Inombolo yefowuni
Izixhobo zamandla ahlukeneyo
SL3404 N-Channel Uphuculo MOSFET SOT-23
● Ikhono eliPhezulu langoku: I-Id 5A yezicelo ezifunayo. ● Ukusebenza ngokufanelekileyo: I-RDS ephantsi (kwi) kwi-Vgs 10V. ● Uyilo oluCwangcisiweyo: I-SOT-23 yokudibanisa ukugcina indawo.
SL8205S kabini N-Channel Power MOSFET SOT-23-6
● Intlawulo yesango eliphantsi ● Ukutshintsha ngokukhawuleza amandla ● Ukuthembeka okuphezulu kunye ne-rugged
SL2305 P-Channel Uphuculo MOSFET SOT-23
● Amandla aphezulu kunye nesakhono sokunikezela sangoku ● Imveliso yasimahla yelothe ifunyenwe ● Iphakheji yokunyuswa komphezulu
SL2301S P-Channel Power MOSFET SOT-23
● Amandla aphezulu kunye nesakhono sokunikezela sangoku ● Imveliso yasimahla yelothe ifunyenwe ● Iphakheji yokunyuswa komphezulu
SL2302M N-Channel Uphuculo MOSFET SOT-723
● Ipakeji yokuNyusa umphezulu ● Tshitshi ye-N-Channel ene-RDS ePhantsi(ivuliwe) ● Isebenza kwiNqanaba eliPhantsi lokuQinisa iGate Drive
SL2302 N-Channel Power MOSFET SOT-23
● Amandla aphezulu kunye nesakhono sokunikezela sangoku ● Imveliso yasimahla ekhokelayo iyafunyanwa ● Iphakheji yokunyuswa komphezulu
lobuceducedu
MMSZ5248B Zener Diode SOD-123
PD(mW)：500mW
VZTyp（V）：18V
VZMin(V)：17.1V
VZMax(V)：18.9V
IZT(mA)：7mA
IR(uA)：0.1uA
Package：SOD-123
BZT52C3V3 Zener Diode SOD-123
PD(mW)：500mW
VZTyp（V）：3.3V
VZMin(V)：3.1V
VZMax(V)：3.5V
IZT(mA)：5mA
IR(uA)：5.0uA
Package：SOD-123
BZT52C15 Zener Diode SOD-123
PD(mW)：500mW
VZTyp（V）：15V
VZMin(V)：13.8V
VZMax(V)：15.6V
IZT(mA)：5mA
IR(uA)：0.1uA
Package：SOD-123
MMSZ5242B Zener Diode SOD-123
PD(mW)：500mW
VZTyp（V）：12V
VZMin(V)：11.4V
VZMax(V)：12.6V
IZT(mA)：20mA
IR(uA)：2uA
Package：SOD-123
BZT52C5V1 Zener Diode SOD-123
PD(mW)：500mW
VZTyp（V）：5.1V
VZMin(V)：4.8V
VZMax(V)：5.4V
IZT(mA)：5mA
IR(uA)：2.0uA
Package：SOD-123
MMSZ5245B Zener Diode SOD-123
PD(mW)：500mW
VZTyp（V）：15V
VZMin(V)：14.25V
VZMax(V)：15.75V
IZT(mA)：7.5mA
IR(uA)：0.5uA
Package：SOD-123
SS8050 NPN Bipolar Transistor SOT-23
I-SS8050 yi-NPN ye-Bipolar Junction Transistor (BJT) eyenzelwe iinjongo eziqhelekileyo zokutshintsha kunye nokwandisa izicelo. Ifakwe kwiphakheji eyaziwayo ye-SOT-23, le transistor inikezela ngefom yefom edibeneyo ngelixa ihambisa ukusebenza okuthembekileyo kuluhlu lweesekethe ze-elektroniki.
S8050 NPN Bipolar Transistor SOT-23
Le yi-25V 0.5A Silicon NPN Transistor evela kwiSlkor, efumaneka kwiphakheji yokufaka umphezulu we-SOT-23 subminiature.
MMBT5551 NPN Bipolar Transistor SOT-23
Esi sixhobo siyilelwe ngokubanzi?injongo ephezulu?izixhobo zokwandisa amandla ombane kunye nokukhutshwa kwerhasi yokubonisa abaqhubi.
S8550 PNP Bipolar Transistor SOT-23
I-S8550 yi-PNP ye-Bipolar Junction Transistor (BJT) esebenza kakhulu eyenzelwe iinjongo eziqhelekileyo zokutshintsha kunye nokukhulisa izicelo. Ifakwe kwi-compact SOT-23 iphakheji, le transistor inikezela ngokusebenza ngokufanelekileyo kunye nokuguquguquka kuluhlu olubanzi lweesekethe ze-elektroniki.
S9012 PNP Bipolar Transistor SOT-23
I-S9012 yi-PNP ye-bipolar junction transistor (BJT) enemisebenzi emininzi eyenzelwe izicelo apho i-voltage ephakathi kunye neemfuno zangoku ziyimfuneko. Ifakwe kwiphakheji ye-SOT-23, inika ubungakanani be-compact ngaphandle kokunciphisa ukusebenza. Ngomlinganiselo ophezulu we-collector-emitter voltage (VCEO) ye -25V kunye ne-collector current (IC) yokukala -500mA, i-S9012 ifanelekile kuyilo lwesekethe yamandla aphantsi. Iyakwazi ukusingatha ukuchithwa kwamandla (PD) ukuya kwi-300mW kwaye ibonise i-voltage ye-collector-emitter saturation voltage (i-VCE (sat)) ye-0.6V, iqinisekisa ukuhla kwamandla ombane amancinci ngexesha lokusebenza. I-transistor ibonisa i-frequency transition (fT) ye-150MHz, eyenza ilungele izicelo ezifuna impendulo ephezulu kunye nokutshintsha okusebenzayo. ?
Ulawulo lweMandla
LM317 Linear Voltage Regulators TO-220
I-LM317 i-adjustable 3?terminal positive voltage regulator ekwazi ukubonelela ngaphezu kwe-1.5 A phezu koluhlu lombane oluphumayo lwe-1.2 V ukuya kwi-37 V. Lo mlawuli we-voltage ulula kakhulu ukuyisebenzisa kwaye ufuna kuphela izichasi ezimbini zangaphandle ukuseta umbane ophumayo. Ngaphaya koko, isebenzisa unyino lwangaphakathi lwangoku, ukuvalwa kobushushu kunye nembuyekezo yendawo ekhuselekileyo, oko kuyenza ibe bubungqina bokuvuthela.
I-SL4949 i-Linear Voltage Regulators SOP-8
I-SL4949 sisilawuli sombane esisezantsi se-LDO esine-voltage ephumayo ye-5V, edityaniswe namandla okuseta ngokutsha umsebenzi kunye nomsebenzi wokubeka iliso ombane kwi-chip. I-SL4949 inokubonelela ngombane ozinzileyo wobonelelo lwenkqubo yolawulo lwee-micro-processors, enemveliso eqhelekileyo yangoku ukuya kuthi ga kwi-100mA kunye nombane wokungenisa okwethutyana we-42V, kwaye ilungele kakhulu usetyenziso kwindawo yokusebenza yombane weemoto. Inkxaso yoSetha ngokutsha imveliso, ingasetyenziswa kulawulo lwengqiqo lwe-micro-processors, ukongeza, ixhasa ukujongwa kweSense, kwaye inokukhupha isiginali yokufudumeza phambi kokuphuma komqondiso wokusetha kwakhona. amanyathelo onyango ayimfuneko phambi kokuyeka i-micro-processors kunye nokusetha kwakhona.
I-SL4275 i-Linear Voltage Regulators TO-252-5
I-SL4275 yi-monolithically edibeneyo yokulawula i-voltage edibeneyo ephantsi kwe-dropout kwi-package ye-5-pin TO. Amandla ombane angenayo ukuya kuthi ga kwi-55V alawulwa kwi-voltage ephumayo ye-VQ ye-5.0V. I-chip inokuqhuba umthwalo we-450mA kwaye inokukhusela isiphaluka esifutshane kunye nokukhusela ngaphezu kokushisa. Xa i-voltage ye-VQ ye-output iphantsi kunexabiso eliqhelekileyo le-4.65V, i-pin ye-RQ ye-chip iya kuvelisa isignali yokusetha kwakhona kwinqanaba eliphantsi, kwaye ixesha lokulibaziseka lokusetha linokusetwa yi-D pin yokulibaziseka i-capacitor.
I-SL4284 i-Linear Voltage Regulators TO-252-3L
I-SL4284 luhlobo lwe-NPN uhlobo lwe-monolithic oluhlanganisiweyo lwe-voltage esisigxina kwi-package ye-3-pin TO, kunye ne-drive current ye-400mA, kunye ne-chip package TO252-3. I-chip isetyenziselwa ukuqhuba iinkqubo ze-micro-processor okanye usetyenziso lwemoto yeemeko ezininzi; ukongeza, inokukhusela okugqithisiweyo, ukhuseleko lwesiphaluka esifutshane kunye nokukhuselwa kobushushu obungaphezulu.Ukuba i-voltage yegalelo ye-V1 ingaphakathi kuluhlu lwe (VQ + Vdr)﹤V1﹤55V, ilawulwa kwi-VQ, kunye nokwahlukana kombane Vdr utshintsho phakathi kwe-0.3V kunye ne-0.5V ngokobukhulu bomqhubi wangoku.
SL7812 Voltage Regulator TO-220
?I-SL7812 sisilawuli samandla ombane esomeleleyo esenzelwe ukubonelela ngemveliso ye-12V engatshintshiyo ukusuka kumthombo wamandla ombane aphezulu. Ifakwe kwiphakheji ethembekileyo ye-TO-220, lo mlawuli ufaka igalelo lombane ukuya kuthi ga kwi-40V, nto leyo eyenza ukuba ibe yinto eguquguqukayo kwizicelo zombane ezahlukeneyo. Ngombane ophantsi we-dropout (Vdrop) we-2V kunye ne-high output current (IOUT) ye-1A, i-SL7812 iqinisekisa ukulawulwa okusebenzayo kunye nokulahlekelwa kwamandla amancinci kunye nokutshatyalaliswa kobushushu.
SL7815 Voltage Regulator TO-220
?I-SL7812 sisilawuli samandla ombane esisebenza kakhulu esilungiselelwe ukunikezela ngemveliso ezinzileyo ye-12V kuluhlu olubanzi lwamandla ombane. Ifakwe kwiphakheji ye-TO-220 ehlala ixesha elide, lo mlawuli ulawula ngokufanelekileyo igalelo lombane ukuya kwi-40V, eqinisekisa ukulawulwa kwamandla okuthembekileyo kwizicelo ezahlukeneyo ze-elektroniki. Ngombane ophantsi wokuyeka (i-Vdrop) ye-2V kwaye ikwazi ukubonelela ukuya kwi-1A yemveliso yangoku, i-SL7812 ilungiselelwe ukusebenza kakuhle kunye nokutshatyalaliswa kobushushu, okwenza ukuba ilungele ukusetyenziswa kwezorhwebo kunye nezoshishino.
boluvo
I-SL1603SH i-Holo Effect Sensor SOT-23
I-SL1603 sisivamvo sokutshintsha kwe-Honeywell esinokusetyenziswa kwamandla aphantsi, eyenzelwe ngokukodwa iinkqubo ezineendawo ezixineneyo kunye nezo ezinombane obuthathaka kwiibhetri. Itshiphu inokubonelela ngamaxabiso ahlukeneyo embundwini wemagnethi, ukutshintshela amaza okusebenza kunye neefom zephakheji, ukuze ulungelelanise neentlobo ezahlukeneyo zezicelo.Xa i-S-pole esetyenzisiweyo okanye i-N-pole magnetic induction intensity iphezulu kunendawo yokusebenza yeBOP, itshiphu. iziphumo zomgangatho ophantsi kwaye ziwugcine, de i-S-pole okanye i-N-pole ye-N-pole induction intention ingaphantsi kune-BRP yokukhululwa, xa i-chip ikhupha umgangatho ophezulu. I-chip ifakwe kunye nesiphaluka sembuyekezo yeqondo lokushisa kunye ne-clock logic yesiphaluka ngaphakathi, ukuqinisekisa indawo yokusebenza ezinzileyo kunye nokutshintsha rhoqo kwe-chip. I-chip inokubonelela ngempendulo yemagnethi ye-omnipolar ngokusetyenziswa okuphantsi kakhulu kwangoku.SL1603 inokusebenza ngexesha lokunikezelwa kwamandla okuphakathi kwe-1.6V ukuya kwi-5.5V, kunye nephakheji ye-SOT-23 eqhelekileyo.
I-SLSS41F-9 i-Holo Effect Sensor TO-92S
I-SLSS41F Hall-Effect bipolar sensor, eqeshwe netekhnoloji yombane we-bipolar ephezulu, iyilwe ngenjongo yokusetyenziswa kweemoto nezoshishino, kwaye isebenza ngombane wokubonelela ukusuka kwi-3.8 V ukuya kwi-60 V kuluhlu lobushushu ukusuka -40 °C ukuya kwi-150 °C. ifumaneka kwi-SMD-package SOT23 nakwi-lead version T092UA.
SL1603SL iHolo yoVavanyo lweHolo SOT-23
I-SL1603 sisivamvo sokutshintsha kwe-Honeywell esinokusetyenziswa kwamandla aphantsi, eyenzelwe ngokukodwa iinkqubo ezineendawo ezixineneyo kunye nezo ezinombane obuthathaka kwiibhetri.
I-SL1613SH i-Holo Effect Sensor SOT-23
I-SL1613 yinzwa yokutshintsha kwe-Honeywell esebenzisa amandla aphantsi, eyenzelwe ngokukodwa iinkqubo ezineendawo ezixineneyo kwaye ezinobunzima bombane kwiibhetri. I-chip inokubonelela ngeendlela ezahlukeneyo zomgubasi wemagnethi, ukutshintsha i-frequencies yokusebenza kunye neefom zephakheji, ukwenzela ukuba ulungelelanise iintlobo ezahlukeneyo zezicelo.
I-SL-302B i-Hall Effect Sensor SSIP-4
I-SL-302B yi-Hall Effect Sensor ephuculweyo eyenzelwe ukuguqulwa kombane osebenzayo kwiinkqubo ezahlukeneyo zombane. Ifakwe kwiphakheji ye-SSIP-4, le chip inika imilinganiselo edibeneyo ngelixa igcina ukusebenza okuphezulu kunye nokuthembeka. Ixhasa uluhlu olubanzi lwamandla ombane, nto leyo eyenza ukuba isebenze ngeendlela ezahlukeneyo ukudityaniswa kwiinkqubo zolawulo lwamandla ezahlukeneyo.
I-SL1623SH i-Holo Effect Sensor SOT-23
I-SL1623 yinzwa yokutshintsha kwe-Honeywell esebenzisa amandla aphantsi, eyenzelwe ngokukodwa iinkqubo ezineendawo ezixineneyo kwaye ezinobunzima bombane kwiibhetri. I-chip inokubonelela ngeendlela ezahlukeneyo zomgubasi wemagnethi, ukutshintsha i-frequencies yokusebenza kunye neefom zephakheji, ukwenzela ukuba ulungelelanise iintlobo ezahlukeneyo zezicelo.
6N137 Optocoupler DIP-8
I-6N137 iqulethe i-AlGaAs ye-Light Emitting Diode ephezulu kunye ne-high speed optical detector. Iiparamitha zokusebenza ziqinisekisiwe kuluhlu lobushushu obuphakathi - 55 °C ukuya kwi-100 °C.
6N136 Optocoupler DIP-8
I-6N135 / 6N136 iqukethe i-AlGaAs i-Light Emitting Diode ephezulu kunye ne-high speed optical detector. Olu yilo lubonelela ngokugqwesileyo kwe-AC kunye ne-DC yokwahlula phakathi kwegalelo kunye nemveliso yamacala e-Optocoupler.Uxhulumaniso lwe-bias ye-photodiode luphucula isantya se-coupler ye-phototransistor eqhelekileyo ngokunciphisa i-base-collector capacitances. Ikhaka langaphakathi liqinisekisa ukhuseleko lwexeshana oluqhelekileyo. Imo eqinisekisiweyo yesiqhelo yokugonywa okwexeshana ukuya kuthi ga kwi-1KV
6N136S Optocoupler DIP8
I-6N135 / 6N136 iqukethe i-AlGaAs i-Light Emitting Diode ephezulu kunye ne-high speed optical detector. Olu yilo lubonelela ngokugqwesileyo kwe-AC kunye ne-DC yokwahlula phakathi kwegalelo kunye nemveliso yamacala e-Optocoupler.Uxhulumaniso lwe-bias ye-photodiode luphucula isantya se-coupler ye-phototransistor eqhelekileyo ngokunciphisa i-base-collector capacitances. Ikhaka langaphakathi liqinisekisa ukhuseleko lwexeshana oluqhelekileyo. Imo eqinisekisiweyo yesiqhelo yokugonywa okwexeshana ukuya kuthi ga kwi-1KV
6N135S Optocoupler DIP8
I-6N135 / 6N136 iqukethe i-AlGaAs i-Light Emitting Diode ephezulu kunye ne-high speed optical detector. Olu yilo lubonelela ngokugqwesileyo kwe-AC kunye ne-DC yokwahlula phakathi kwegalelo kunye nemveliso yamacala e-Optocoupler.Uxhulumaniso lwe-bias ye-photodiode luphucula isantya se-coupler ye-phototransistor eqhelekileyo ngokunciphisa i-base-collector capacitances. Ikhaka langaphakathi liqinisekisa ukhuseleko lwexeshana oluqhelekileyo. Imo eqinisekisiweyo yesiqhelo yokugonywa okwexeshana ukuya kuthi ga kwi-1KV
SL247 Optocoupler SOP-16
Isixhobo se-SL-247-4 siqulethe i-infrared led ezine kunye ne-photo detector ye-transistor. Zifakwe kwi-SOP ye-16-pin, ngaphandle kwee-halogens kunye ne-Sb2O3.
6N139 Optocoupler DIP-8
I-6N138 / 6N139 iqulethe i-AlGaAs i-Light Emitting Diode ephezulu kunye ne-high speed optical detector. Olu luyilo lubonelela ngokugqwesileyo kwe-AC kunye ne-DC yokwahlula phakathi kwegalelo kunye nemveliso yamacala e-Optocoupler.Uxhulumaniso lwe-bias ye-photodiode luphucula isantya se-coupler ye-phototransistor eqhelekileyo ngokunciphisa i-base-collector capacitances.
Op-amp & Reference
TL431 Voltage reference chip SOT-23
I-TL431 yi-shunt ye-threminal adjustable shunt regulatoroffering ebalaseleyo uzinzo lobushushu . Esi sixhobo sinempembelelo yemveliso eqhelekileyo ye-0.2. Isixhobo sinokusetyenziswa endaweni yezener diode kusetyenziso oluninzi.
TL432 Voltage reference chip SOT-23
I-TL432 yi-Threminal Shunt Voltage Reference ebonelela ngokuchaneka okuphezulu kwe-1.24V. Uzinzo lwe-thermal TL432 kunye nokusebenza okubanzi kwangoku, kwenza i-sritable kuzo zonke iindidi zezicelo ezifuna isisombululo sexabiso eliphantsi kunye nokusebenza okuphezulu.
TL431B Voltage ireferensi yetshiphu SOT-89
I-TL431B sisilawuli se-shunt esineziphelo ezithathu esibonelela uzinzo olubalaseleyo lobushushu. Esi sixhobo sinempembelelo yemveliso eqhelekileyo ye-0.2. Isixhobo sinokusetyenziswa endaweni yezener diode kusetyenziso oluninzi.
TL431A Voltage reference chip SOT-23
I-TL431A sisilawuli se-shunt esineziphelo ezintathu esibonelela uzinzo olubalaseleyo lobushushu. Esi sixhobo sinemveliso eqhelekileyo ye-impedance ye-0.2Ω. Isixhobo sinokusetyenziswa endaweni yezener diode kusetyenziso oluninzi.
I-TL431L ye-Voltage reference chip SOT-23
I-TL431L yi-shunt ye-threminal adjustable shunt regulatoroffering ebalaseleyo uzinzo lobushushu. Esi sixhobo sinemveliso eqhelekileyo ye-impedance ye-0.2Ω. Isixhobo sinokusetyenziswa endaweni yezener diode kusetyenziso oluninzi.
LM321 Jikelele Op-amp SOT-23-5
I-LM321 ngamandla aphantsi, uluhlu olubanzi lwamandla okusebenza kweamplifier yokusebenza; Umsinga omileyo yi-430 μA kuphela iamplifier nganye (5V) eneyunithi ephezulu yokufumana frequency kunye nereyithi yokutshintsha kombane eyi-0.4V/μs. isixhobo sinokusebenza kwelinye - kunye nezicelo zamandla amabini.Ingakwazi nokuqhuba ngokukhululeka imithwalo yesakhono esikhulu.
SL3232E RS232 Transceiver SOP-16
I-transceiver ye-interface ye-serial data yomgangatho we-RS - 232 SL3232E kunye ne-voltage yonikezelo olulodwa kunye ne-bipolar output voltage ye-transmitter, eyenziwe ngokusebenzisa i-oscillator yokuphindaphinda kwamandla ombane eyakhelweyo kwi-capacitances ezine zangaphandle, ezilingana ne-0.1 uF, ehambelana imigangatho ye-EIA/TIA-232E, i-V.28, yenzelwe ukusetyenziswa kwiinkqubo zekhompuyutha ezisebenzayo zangoku ezinoluhlu olubanzi lombane wokubonelela, izixhobo ze-electron zokuphendula ngokukhawuleza ezinokuthembeka okuphezulu kolwazi lotshintshiselwano phakathi kwezinto ezikude.
SL232E RS232 Transceiver SOP-16
● I-SL232E yenzelwe ukusetyenziswa kwiinkqubo zokwenziwa kolwazi oluphezulu kunye nezixhobo zokulawula ukusetyenziswa okubanzi. ● Amanqanaba ombane ofakwayo ahambelana namanqanaba aqhelekileyo e-СMOS. ● Amanqanaba ombane ophumayo ahambelana namanqanaba egalelo le-C-MOS, i-N-MOS kunye neesekethe ezidibeneyo ze-TTL. ● Uluhlu lwamandla okubonelela ukusuka kwi-2.0 ukuya kwi-6.0 V. ● I-low input current: 1.0 mkA; 0.1 mkA kwi-Т = 25 ° С. ● Imveliso yangoku 24 mA. ● I-latching current ingekho ngaphantsi kwe-450 mA kwi-Т = 25 ° С ● Ixabiso elinyamezelekayo lesakhono esimileyo esingekho ngaphantsi kwe-2000V
LM1881 Video Sync Isahluli SOP-8
I-LM1881Ividiyo yomahluli wongqamaniso ikhupha ulwazi olukhuthazayo oluquka ungqamaniso oludibeneyo kunye noluthe nkqo, ixesha lokugqabhuka/lomva kweveranda, kunye nolwazi olungaqhelekanga/elubala lwendawo ukusuka kwi-NTSC, PAL* kunye neempawu zevidiyo ze-SECAM ezinobukhulu ukusuka kwi-0.5Vto2Vp-p. ekwaziyo ukubonelela ngolungelelwaniso lolwahlulo lweempawu zevidiyo ezingekho mgangathweni, ezithe tye ngokukhawuleza. Isiphumo esithe nkqo siveliswa kumda onyukayo we-serration yokuqala kwixesha longqamaniso oluthe nkqo. Imveliso ethe nkqo engagqibekanga iveliswa emva kokulibaziseka kwexesha ukuba umphetho onyukayo okhankanywe ngasentla awenzeki kwixesha lokulibaziseka elisetiweyo lwangaphandle, njengoko kunokuba njalo kumqondiso wevidiyo ongekho mgangathweni.
74LVC1G07DBVR IC BUFF/DRVR W/OD OUT SOT-23-5
I-74LVC1G07 ibonelela ngesithinteli esingaguquliyo. Imveliso yesi sixhobo yidreyini evulekileyo kwaye inokudityaniswa kwezinye iziphumo ezivulekileyo zokusebenzisa i-active-LOW wired-OR okanye esebenzayo-HIGH intambo-KUNYE imisebenzi. Izinto ezifakwayo zinokuqhutywa nokuba yi-3.3V okanye izixhobo ze-5V. Eli nqaku livumela ukusetyenziswa kwesi sixhobo kwindawo edibeneyo ye-3.3V kunye ne-5V. Esi sixhobo sichazwe ngokupheleleyo kusetyenziso lombane oluyinxenye usebenzisa i-IOFF. I-IOFF yesekethe ikhubaza imveliso, ikhusela ukubuya kwe-backflow yangoku ngesixhobo xa iphantsi.
SL8022KS IziLawuli zeSkrini sokuNxiba SOP-8
Itshiphu yolawulo yokuchukumisa enemijelo emibini
SL3232EESE RS232 Transceiver SOP-16
I-SL 3232E yi-3.0V ukuya kwi-5.5V unikezelo lwamandla, i-channel-channel, i-ESD ephezulu ekhuselweyo, i-transceiver enamandla aphantsi ye-RS-232 ehlangabezana ngokupheleleyo neemfuno zomgangatho we-TIA / EIA-232.SL 3232E ibandakanya iidrive ezimbini kunye neembini abamkeli, kunye nomsebenzi wokukhusela we-ESD ophuculweyo, ukufikelela kumandla okukhusela we-HBM ngaphezu kwe-15kV kunye ne-8kV IEC-4100-4-2 yokukhutshwa koqhagamshelwano. Xa inikwe amandla, impompo yentlawulo idinga kuphela ii-capacitors ezine ze-0.1μF zangaphandle ukufezekisa umlinganiselo we-96kbps yokuhanjiswa kwedatha engenaziphene. Umqhubi ngamnye kunye nomamkeli unokusetyenziswa ngokuzimeleyo.
Zomxube
I-SL8025T-UB Iiwotshi zeXesha lokwenyani (RTC) SOP-14
I-Polar SOP-14 Integrated Circuit (IC) sisixhobo esisebenza ngeendlela ezininzi se-semiconductor eyenzelwe uluhlu olubanzi lwezicelo ze-elektroniki. Iquka iphakheji ye-SOP-14, le IC inika ukuhambelana nokusebenza kakuhle, okwenza ukuba ifaneleke kwiindidi ezahlukeneyo zesekethe ezifuna ukusebenza ngamandla kunye nokuthembeka.
Iiwotshi ze-SL8563T zeXesha lokwenyani (RTC) SOP-8
?I-Polar SOP-8 Integrated Circuit (IC) licandelo le-semiconductor elihlangeneyo neliguquguqukayo eliyilelwe ukunikezela ukusebenza ngokufanelekileyo kwizicelo ezahlukeneyo ze-elektroniki. Ngefomathi yephakheji ye-SOP-8, le IC idibanisa uyilo lokugcina indawo kunye nokusebenza okuqinileyo, okwenza ukuba ilungele uluhlu olubanzi lokuphunyezwa kweesekethe.
I-SL1307Z+T Iiwotshi zeXesha langempela (RTC) SOP-8L
Ikloko ye-serial ye-SL1307 yexesha lokwenyani (RTC) ingamandla aphantsi, idesimali egcwele i-binary-coded (BCD) iwotshi/ikhalenda kunye ne-56 bytes ye-NV SRAM. Idilesi kunye neenkcukacha zidluliswa ngokulandelelana nge-I2C, ibhasi ye-bidirectional.Iwotshi / ikhalenda inikeza imizuzwana, imizuzu, iiyure, imini, umhla, inyanga, kunye nolwazi lonyaka. Umhla wokuphela kwenyanga ulungelelaniswa ngokuzenzekelayo kwiinyanga kunye neentsuku ezingaphantsi kwe-31, kubandakanywa nezilungiso zonyaka we-leap. Iwotshi isebenza nokuba yi-24-iyure okanye i-12-iyure ifomathi kunye nesalathisi se-AM / PM. I-SL1307 inomjikelezo owakhelwe ngaphakathi wamandla obona ukusilela kwamandla kwaye utshintshe ngokuzenzekelayo kwi-backup supply. Umsebenzi wokugcina ixesha uyaqhubeka ngelixa inxalenye isebenza kunikezelo lokugcinwa.
Iiwotshi ze-SL555D zeXesha langempela (RTC) DIP-8
I-SL555 yisekethe edibeneyo ye-bipolar ekwaziyo ukuvelisa i-pulses yexesha elichanekileyo. Ngaphakathi, iqulathe iisekethe ezine: i-threshold comparator, i-trigger comparator, i-RS flip-flop, kunye ne-output circuit. Ingasetyenziselwa kunye ne-resistors yangaphandle kunye ne-capacitors ukwenza iisekhethi ze-trigger trigger, i-pulse wide modulation circuits, i-oscillators yomsindo, i-DIP8 / SOP8 kunye nokunye. Isetyenziswa kakhulu kwizinto zokudlala, itrafikhi yemiqondiso, ulawulo oluzenzekelayo, kunye namanye amabala.
Iiwotshi ze-SL1307ZN+T zeXesha langempela (RTC) SOP-8L
Ikloko ye-serial ye-SL1307 yexesha lokwenyani (RTC) ingamandla aphantsi, idesimali egcwele i-binary-coded (BCD) iwotshi/ikhalenda kunye ne-56 bytes ye-NV SRAM. Idilesi kunye nedatha idluliswa ngokulandelelana nge-I2C, ibhasi ejikelezayo. Iwotshi/ikhalenda ibonelela ngemizuzwana, imizuzu, iiyure, usuku, umhla, inyanga, kunye nolwazi lonyaka. Umhla wokuphela kwenyanga ulungelelaniswa ngokuzenzekelayo kwiinyanga kunye neentsuku ezingaphantsi kwe-31, kubandakanywa nezilungiso zonyaka we-leap. Iwotshi isebenza nokuba yi-24-yure okanye i-12-iyure ifomathi kunye nesalathisi se-AM / PM. I-SL1307 inomjikelezo we-power-sens eyakhelwe-ngaphakathi obona ukusilela kwamandla kwaye utshintshe ngokuzenzekelayo kwi-backup supply. Umsebenzi wokugcina ixesha uyaqhubeka ngelixa inxalenye isebenza kunikezelo lokugcinwa.
Iiwotshi ze-SL555S zeXesha lokwenyani (RTC) SOP-8
I-SL555 yisekethe edibeneyo ye-bipolar ekwaziyo ukuvelisa i-pulses yexesha elichanekileyo. Ngaphakathi, iqulathe iisekethe ezine: i-threshold comparator, i-trigger comparator, i-RS flip-flop, kunye ne-output circuit. Ingasetyenziselwa kunye ne-resistors yangaphandle kunye ne-capacitors ukwenza iisekhethi ze-trigger trigger, i-pulse wide modulation circuits, i-oscillators yomsindo, i-DIP8 / SOP8 kunye nokunye. Isetyenziswa kakhulu kwizinto zokudlala, itrafikhi yemiqondiso, ulawulo oluzenzekelayo, kunye namanye amabala.
Izicelo zoshishino
Iimveliso zisetyenziswa kumashishini ahlukeneyo, kuquka iimoto, amashishini, umbane, ikhompyutha, abathengi, iiselula, kunye nezixhobo ezinxitywayo.
izisombululo
Sinomgca wemveliso opheleleyo osusela kwizicelo zemizi-mveliso, ii-SiC diodes, i-SiC MOSFET, i-IGBT, isizukulwana se-5 se-Ultra fast recovery diode zamandla, njl njl. Ezi mveliso zisetyenziswa kakhulu kwizithuthi zombane, izixhobo eziphezulu, izixhobo zonxibelelwano, amandla ombane. izixhobo, iinkqubo ze-photovoltaic zelanga kunye nezixhobo zonyango kunye nokunye. Kwiimveliso zabathengi, sinikezela nge-voltage ephezulu kunye nephantsi ye-MOS, i-SCR, iibhulorho zokulungisa, i-Schottky diode, i-ESD yokukhusela i-ESD, i-TVS diode, i-diode yenjongo jikelele kunye ne-transistors, ii-ICs zolawulo lwamandla, izinzwa zeHolo, i-high-speed optical couplers, i-crystal oscillators, njll Ukunceda iinkampani zesisombululo semveliso ye-elektroniki, iinjineli zezicelo ze-elektroniki, kunye nabathanda izinto zombane ukwenza uninzi lweemveliso ze-Slkor, iinjineli zaseSlkor zikhethe iimeko eziqhelekileyo kwizicelo zabathengi ukuze babelane naye wonke umntu.
Malunga Us - CHG
SLKORImigca yemveliso ibandakanya izixhobo ezicacileyo, njl. kunye neetshiphusi zesekethe ezihlanganisiweyo, njl., abalawuli bemigca, iitshiphusi ze-DC/DC, iitshiphusi ze-interface, izinzwa zeHolo, ii-ADCs, kunye ne-BMS... Sineminyaka yobugcisa obuqokelelweyo kwi-semiconductor ezinikeleyo.
Iiwonga kunye neziQinisekiso
Ukudala iziphumo ezibalaseleyo ngabathengi ababalaseleyo. Enkosi ngokusithemba kwakho! La maxesha abonisa uhambo lwethu lokukhula nempumelelo kunye namaqabane ethu axabisekileyo.
Iindaba & Ulwazi
Iimveliso zisetyenziswa kumashishini ahlukeneyo, kuquka iimoto, amashishini, umbane, ikhompyutha, abathengi, iiselula, kunye nezixhobo ezinxitywayo.
26
2026-06
I-RF Passion, Uhambo Lomsebenzi Wezandla: Kwiminyaka Engaphezulu Kwengama-30 Yokuzinikela Ngokuqinileyo — Udliwanondlebe noKinghelm Injineli Eyintloko uMnu. Qin hongxiang
Injineli eyiNtloko yaseKinghelm uMnu. UQin hongxiang Kinghelm, iNjineli eyiNtloko uMnu. UQin hongxiang ugxininise wathi: "Iimveliso eziphambili zeKinghelm zii-antenna ze-RF microwave, izihlanganisi zesignali, kunye nezinto ezinxulumene nazo." Le nkampani ikwabandakanyeka kwiiteknoloji ezintathu eziphambili zonxibelelwano: i-RF microwave, ukuhanjiswa kwedatha ngesantya esiphezulu, kunye nonxibelelwano lwe-optical. Isicwangciso sethu semveliso silandela iindlela zophuhliso zamaxesha kunye nocwangciso lwesizwe. Umzekelo, unxibelelwano lwesathelayithi kunye nezixhobo zonxibelelwano lwe-optical (izixhobo ze-optical) ziimarike ezifunwa kakhulu. I-China iqhubela phambili ngaxeshanye iinkqubo ezintathu ezinkulu zesathelayithi ezinkulu zeenkwenkwezi ezinkulu — i-GW constellation enesathelayithi ezili-13,000, i-'Qianfan' constellation enesathelayithi ezili-15,000, kunye ne-'Honghu-3' constellation enesathelayithi ezili-10,000, kunye nomlinganiselo opheleleyo odlula iisathelayithi ezingama-40,000. Oku kuza kuvula iitriliyoni zeeyuan kwimfuno yemarike."
Okuphawulekayo kukuba, ngo-Agasti 2025, kwakhutshwa iZimvo eziSikhokelo malunga nokuphucula ukufikelela kwiShishini ukuze kukhuthazwe uPhuhliso lweShishini loNxibelelwano lweSathelayithi, nto leyo eyayibeka umgomo wabasebenzisi bonxibelelwano lwesathelayithi abangaphezu kwezigidi ezili-10 kunye nezicelo ezinkulu zesathelayithi ezithe ngqo kwiselfowuni ngo-2030. NgoJuni ka-2026, kwakhutshwa iZimvo zoPhuculo malunga noPhuhliso oluNtsha lwe-"Artificial Intelligence + Information and Communication" (2026–2028), nto leyo eyathi i-intanethi yesathelayithi yindlela ephambili yokuphumelela kwiminyaka emithathu ezayo. Ifuna ngokucacileyo ukuhlanganiswa okunzulu konxibelelwano lwesathelayithi, i-5G/6G, ubukrelekrele bokwenziwa, kunye nezinye iitekhnoloji zolwazi nonxibelelwano zesizukulwana esilandelayo.
Unxibelelwano lwesathelayithi, njenge "inguqulelo yesithuba" yonxibelelwano lwe-microwave, lumele enye yezona meko zinkulu zesicelo setekhnoloji ye-RF microwave. I-6G, iteknoloji yonxibelelwano lweselula yesizukulwana sesithandathu, ijolise kuhlobo olupheleleyo "oludibeneyo phakathi kwesithuba nomoya nomhlaba" - apho unxibelelwano lwesathelayithi lusombulula ukugubungela, unxibelelwano lwe-optical lusombulula umthamo, kwaye i-AI ilawula ucwangciso. Ubukrelekrele bokwenziwa (AI) buqhuba ukwakhiwa kweenethiwekhi zonxibelelwano lwe-optical ezikhawulezayo kwaye zizisa utshintsho oluphazamisayo kuyo yonke imboni. "I-AI + Unxibelelwano lweSelfowuni oluhamba ngesantya esiphezulu" luza kuba yindawo ephambili yoluntu lwexesha elizayo.
IKinghelm yaqala ngokuphuhlisa nokuvelisa ii-antenna ze-"Kinghelm" zeBeidou (BDS)/GPS kwaye ixesha elide igxile kubuchwepheshe be-RF microwave. La mandla ayibeka kakuhle inkampani ukuze ikwazi ukuxhamla amathuba amatsha.
I. Ukufunda Kuza Kuqala Mnu. UQin ngexesha lodliwanondlebe olukhethekileyo neqela leentatheli zaseKinghelm Kule ngxelo, iqela leentatheli zaseKinghelm lidlan’ udliwanondlebe noNjineli oyiNtloko uMnu. Qing. Wazalwa ngeminyaka yoo-1970 eChengdu, eSichuan, waphumelela kwiYunivesithi yeSayensi ye-elektroniki kunye neTekhnoloji yaseTshayina (i-UESTC) eChengdu.
Echaza imeko-bume edumileyo yaseChengdu kunye nommandla waseSichuan-Chongqing, uthe: "Inkcubeko yaseChengdu kunye nommandla obanzi waseSichuan-Chongqing yeyokuthuthuzela, ukukhululeka, kunye nokungangxami." Abantu apha banomlinganiselo omhle phakathi komsebenzi nobomi. Bazinikela ngokupheleleyo kwiintsuku ezintlanu zokusebenza ngokuzimisela okukhulu noxinzelelo, kodwa emva komsebenzi onzima, bafuna ukuphumla nokuvuselelwa. Indawo yokuhlala yaseChengdu intle kakhulu — abantu bayonwabela ubomi basebusuku ngeentsuku zeveki kwaye babandakanyeka kwimisebenzi yangaphandle, kwiiholide, kwiindawo zokuhlala efama, kwimidlalo yamakhadi, ekulobeni, ekubhayisekeni, ekunyukeni intaba, kwiihambo zokuzonwabisa zasemaphandleni, nakwimisebenzi yabazali nabantwana ngeempelaveki. Zonke ezi ziindlela eziqhelekileyo zokunciphisa uxinzelelo.
Kuphela ngokuthanda ubomi apho umntu anokuthi athande ukufunda ngokwenene. Mr. UQin ugxininise ukuba phakathi kwezinto zonke, ukufunda kubeka phambili. Waphumelela ngo-1992 kwiyunivesithi edumileyo i-985 UESTC waza wathi: "Utata naye wayephumelele kwiyunivesithi i-985." Ukususela ndisemncinci, ndabona indlela ulwazi olunokutshintsha ngayo ikamva. Abazali bam babesoloko befundisa ukuba ulwazi lusisiseko sezinto zonke."
Enyanisweni, ngaphandle kolwazi oluqinileyo, umntu akanakukwazi ukubona ubunjani bezinto, ahlalutye iingxaki ngokuchanekileyo, afikelele kwizigqibo ezifanelekileyo, okanye asombulule imiba ngempumelelo. Mr. UQin uyaqonda nzulu ukuba xa ndijongene noluntu oluntsonkothileyo, ulwazi lundinika ukuqiniseka kwangaphakathi nokuzithemba.
Ngokuphathelele ukufunda kuqala, wakhumbula isigqibo esibalulekileyo ebomini bakhe ngexesha lesikolo sakhe: nokuba angene kwisikolo samabanga aphakamileyo aze aqhubeke neyunivesithi okanye aye kwisikolo samabanga aphakamileyo sobugcisa aze aqale ukusebenza kwangethuba. Uyise wathetha naye ixesha elide ekhululekile. Wakhetha ukungena kwisikolo samabanga aphakamileyo aze ajonge ukuya eyunivesithi kuba wayefuna ukuqokelela ulwazi olwaneleyo aze aqhubeke nokuziphucula ukuze akwazi ukujongana nekamva.
Umsebenzi yeyona ndlela ilungileyo yokufunda. Mr. UQin ebesebenza kakhulu kwicandelo le-RF microwave kangangeminyaka engaphezu kwama-30, eqhubeka ephucula ngokufunda, ukucinga, ukuziqhelanisa, nokucamngca. Umsebenzi wakhe ungahlulwahlulwa ube zizigaba ezintathu.
Ukususela ngo-1992 ukuya ku-1999, amava akhe kwishishini likarhulumente abeke isiseko esiqinileyo sobugcisa kwi-microwave nakwi-RF. "Isifundo sam saseyunivesithi yayikubuchwepheshe berediyo." Emva kokugqiba izifundo zam, ndabelwa eChengdu No. 630 Factory, apho ndandisebenza khona kwi-R&D yeenkqubo zokwamkela kunye neenkqubo zokusasaza iTV.
Ukususela ngo-2000 ukuya ku-2006, wayegxile kwizixhobo ze-microwave zonxibelelwano oluphathwayo. "Ngo-1999, ngexesha lokuncitshiswa kwamashishini karhulumente, ndafudukela eShenzhen ndaza ndajoyina iKathrein Telecom yaseJamani, ndisebenza kwizixhobo ze-microwave zonxibelelwano oluphathwayo kwaye ndikhokela iqela lobuchwephesha bobunjineli." Kamva, ndaya eSuzhou ndaza ndajoyina i-Andrew Telecom, ndiqhubeka nokwandisa ulwazi lwam kwizixhobo ze-microwave zonxibelelwano oluphathwayo.
Ukususela ngo-2007 ukuza kuthi ga ngoku, wabuyela ePearl River Delta ukuze anikele ngetekhnoloji yakhe namava akhe. "Iminyaka emininzi yophando lobuchwephesha oluphambili indinike ulwazi olucacileyo." Ndaqonda kwasekuqaleni amandla angaqhelekanga kunye nokukhuphisana okumangalisayo kwePearl River Delta. Liyindawo apho abantu baqala khona ushishino kunye nokuvelisa izinto ezintsha. Ngoko ke ndenze isigqibo sobomi bam bonke sokubuya. Ndijoyine iinkampani ezidwelisiweyo ngokulandelelana ezifana neFoxconn, iLuxshare, kunye neComba, ndifumana amava asebenzayo ekulawuleni iinkqubo ze-R&D, ukwakha amaqonga etekhnoloji ye-antenna ye-RF, kunye nokuseka iiyunithi zoshishino ze-antenna. Ngo-Agasti 2025, xa sibona amandla amakhulu kaKinghelm kunyeSLKORSLKOR Bazimisele ekuqeqesheni italente njengomqhubi wemveliso. Injineli eyiNtloko uMnu. Qin uqhuba iiseshoni zoqeqesho zeveki nganye kubasebenzi bekomkhulu, egubungela izihloko ezinje ngeRF Coaxial Cable Knowledge, Basics and Applications of Communication Antennas, Introduction to RF Connectors, Kinghelm Website Product Categories and Explains, Comprehensive Analysis of Connectors, GNSS Navigation Antenna Principles and Applications, Basics of Optical Fiber and Cables, and more. Ezi seshoni ziqhubeka nokunika amandla iqela, ziqinisa ukuqonda iimpawu eziphambili zemveliso kunye nobuchwepheshe, kwaye zilungelelanisa uphuhliso lwetalente kunye nokukhula okukhawulezayo nokuzinzileyo kwenkampani. Ukongeza, unikezele ngoqeqesho lobuchwephesha kwi-"Kinghelm" brand RF kunye neemveliso ze-connector kwiiarhente ezifana neHong Kong's New Oriental Electronics. Ukwanikezele ngoqeqesho olukhethekileyo lwe-Comprehensive Analysis of Connectors kwi-Shared Procurement Alliance Enterprise Members 2026 salon, enika amandla iinkampani ezingamalungu ngobuchwephesha. Olu qeqesho lukhuthaza ukudalwa kolwazi kunye nobuchule, luxhasa uphuhliso lwezakhono ezikumgangatho ophezulu kunye nemveliso entsha esemgangathweni. 2.Iimveliso Imveliso yokuqala yeKinghelm ethengiswa kakhulu i-TOP20 — Iisampuli zasimahla ziyafumaneka! Injineli Eyintloko uMnu. Qin ugxininise ukuba amacandelo oshishino asebenza kwiKinghelm, aquka i-RF microwave, unxibelelwano lwedatha olukhawulezayo, unxibelelwano lwe-optical, nokunye okuninzi, agcwele amathuba. Ukuthatha i-RF microwave njengomzekelo, iimeko zokusetyenziswa kweemveliso zeKinghelm zikhula ngokukhawuleza, zigubungela izixhobo ze-elektroniki zabathengi, izixhobo zasekhaya ezifana neebrashi zamazinyo zombane kunye noomatshini bokuhlamba, amacandelo oshishino kunye namacandelo akhethekileyo kubandakanya iirobhothi zoshishino, ezolimo, izixhobo ezikrelekrele, ezothutho, ezothutho, nokunye. Okuphawulekayo kukuba, ezi zingasetyenziswa kunye SLKOR iimveliso. Iwebhusayithi yeMveliso eSisemthethweni yaseKinghelm Iimveliso zaseKinghelm zithengiswa kakhulu kwiLichuang Mall! Ngokuphathelele iKinghelm Future Product Roadmap, iNjineli eyiNtloko uMnu. Qin wabelane ngemiqondiso ephambili. Isicwangciso saqala ukuphunyezwa ekuqaleni kowama-2026, kwaye wonke umsebenzi uqhubeka ngendlela ehlelekileyo. Ngowama-2026, iKinghelm iza kuseka uyilo lwemveliso yokuqala, kunye neendidi ze-antenna zokuhamba eziphuculiweyo kancinci kancinci kunye nokungeniswa kwezinto zonxibelelwano lwe-optical. IKinghelm iza kungena ngokusesikweni kwicandelo lonxibelelwano lwe-optical. Nangona umqobo wobugcisa uphezulu kwaye ukwakhiwa kophawu kuthatha ixesha, inkampani iza kuqala iqalise izixhobo zonxibelelwano lwe-optical eziphambili kwaye inyuke kancinci kancinci ukusuka ekubeni ngumdlali ofika emva kwexesha ukuya ekubeni ngumdlali okhokelayo, inceda iqela lokuthengisa livule imakethi. Ngokuphathelele ukuphunyezwa kwesi sicwangciso, wagxininisa ngakumbi: "Xa ndijonga emva kwiminyaka engamashumi amathathu edlulileyo, ukuphazamiseka kweteknoloji kuzise utshintsho olungazange lubonwe ngaphambili. Akufuneki siphumle kwimpumelelo yangaphambili, singakhathali, okanye sivumele ingcinga yethu ibe lukhuni kwaye ivalwe. Kufuneka siqhubeke siqhuba ubuchule betekhnoloji kunye nokuhlaziywa kwemveliso." Ⅲ. Ukulwela Ukunyuka, Ukwamkela Ilanga Iofisi kaNjineli oyiNtloko uMnu. Qin eqaqambileyo neyomoya. Indawo elungileyo ikhulisa kwaye iguqula abantu, ibanike amandla kunye nenkuthazo. Injineli eyiNtloko uMnu. Qin unobuchule kwisiNgesi nesiJapan. Uthe: "IsiNgesi nesiJapan yayizizinto endandizithanda kakhulu eyunivesithi. Ukusebenza kwinkampani yaseJamani uKathrein kundinike indawo yendalo yokuthetha isiNgesi, ngelixa ndifunda isiJapan ngenxa yomdla kuphela. Ngokombono wam, kukho izitshixo ezimbini zokufunda ulwimi: okokuqala, indawo efanelekileyo kunye nomoya; okwesibini, umdla njengamandla aqhubayo." Uyakuthanda nokuva indalo kunye nokufumana amandla emazulwini nasemhlabeni. "Ndisebenza unyaka wonke kwaye ndinomdla wokukhwela ibhayisekile ngaphandle. Ndineseti epheleleyo yezixhobo zobungcali zokukhwela ibhayisekile yasezintabeni. Ndidla ngokuhamba ndedwa iikhilomitha ezininzi kwiipaki zamahlathi, okanye ndikhwele ibhayisekile ukusuka eShenzhen ukuya eZhuhai okanye eGuangzhou ndibuye - ngaphezulu kweekhilomitha ezingama-200 ngosuku olunye. Ndiyayonwabela inkqubo yokukhwela ibhayisekile kwaye ndiyakuthanda ukucoca ingqondo yam kwindalo." Izityalo eziluhlaza kwiNjineli eyiNtloko yeOfisi kaMnu. Qin zondla umoya. Umphathi Jikelele uMnu. Song Shiqiang ugxininise ukuba ukusukela oko wajoyina iKinghelm, iNjineli eyiNtloko uMnu. Qin uthathe uxanduva kwaye wazisa iziphumo kwinkxaso yobugcisa, uqeqesho lwabasebenzi bekomkhulu, ucwangciso lwemveliso yexesha elizayo, kunye nolawulo lwekhonkco lokubonelela. Uncedise ekuphakamiseni izakhono zobugcisa zeqela, waphucula ubunjineli bolwazi benkampani, wonyusa uxinano lolwazi lweKinghelm kunye neKinghelm. SLKOR, kwaye wade wakhuthaza ukudalwa kolwazi kunye nokwabelana ngalo lonke eli shishini. Xa ebuzwa ukuba kutheni ekhethe ngokuqinileyo ukujoyina iKinghelm, uMnu. Qin waphendula ngokungafihlisiyo wathi: "Okokuqala, ukunyaniseka koMphathi Jikelele uSong Shiqiang. Ngexesha lodliwanondlebe, wabelane ngezicwangciso zenkampani, iindlela zolawulo, kunye nefilosofi, ezihambelana ngokusondeleyo nendlela endicinga ngayo. Ujonga ubudlelwane phakathi kwenkampani nabasebenzi kungekhona njengobudlelwane obulula bomsebenzi kodwa njengobudlelwane bokuxhamla, intsebenziswano phakathi kwabo bonke, kunye nokufuna ikamva elingcono kunye. Okwesibini, abasebenzi baziva behlonitshwa kwaye bafumana imvakalelo yokuphumelela. UMnu. Song uqinisekisa ukuba wonke umsebenzi onegalelo ekujuleni unethuba lokwabelana ngempumelelo yenkampani kwixesha elizayo. Okwesithathu, ukhathalelo lwenkampani kubasebenzi. UKinghelm uqhelisela ukhathalelo lokwenene lobuntu. Xa abasebenzi bejongene nobunzima, uMnu. Song unika uncedo kunye nenkxaso ngexesha elifanelekileyo - uncedo lokwenyani xa lufuneka kakhulu." UKinghelm kunye SLKOR intlanganiso yabasebenzi bonke kwikomkhulu, ephethwe nguMphathi Jikelele uSong Shiqiang (owokuqala ukusuka ekunene) uMnu. Qin wabelane ngesisa ngamava akhe omsebenzi angaphezu kweminyaka engama-30. Kwiteknoloji, umntu kufuneka abe ngumntu othobekileyo kuba ukuqokelelana kobugcisa kwakhiwa inyathelo ngenyathelo ngaphandle kweendlela ezimfutshane. Uphando nophuhliso lobuchwephesha bemveliso kufuneka lwenziwe ngumntu ngamnye ukuze afumane amava asuka kuye. Umntu kufuneka ahlale evulekile engqondweni kwaye abe nobuchule ekwamkeleni izimvo zabanye, njengoko eyona nto ithintelwayo kwiteknoloji kukucinga ngokungqongqo kunye nokugatya izimvo ezahlukeneyo. Ukwabelana nokuphanda ubuchwepheshe yinto evuyisayo kakhulu. Eyona nto ibalulekileyo kukuhlala uthembekile entliziyweni yakho, wenze okwangoku kakuhle, kwaye ubeke iliso kwihlabathi ngokulandela ubuchwepheshe bamva nje kunye neendlela zentlalo ukuze uhambisane namaxesha. Gcina ingqondo eyakhayo, unganyanzelisi ulwazi lwakho kunye nezakhono zakho kwabanye, vuma iimpazamo zakho, kwaye ube nesibindi sokuzilungisa kwaye uzame ukufikelela nokugqitha. Ekupheleni kodliwanondlebe, iNjineli eyiNtloko uMnu. Qin wayenethemba elinyanisekileyo lokuba phantsi kobunkokeli boMphathi Jikelele uSong Shiqiang, iKinghelm kunye SLKOR Amaqela aza kubumbana, asebenzisane ukuphucula, nokuqhuba uphuhliso. Ujonge phambili kuzo zombini iinkampani ukuba ziphumelele kakuhle ngekamva elithembisayo, kwaye bonke abasebenzi bakhe ubomi obumangalisayo! Kinghelm kunye SLKOR
Kinghelm kunye SLKOR Umphathi Jikelele uMnu. Song Shiqiang UMnu. Song Shiqiang (Huaqiangbei Song Shiqiang) ngumsunguli kunye noMphathi Jikelele weKinghelm Electronics kunye SLKOR Ungumqokeleli weSemiconductor. Ukwangumphandi kwiZiko loPhando loPhuhliso lweBhunga leSizwe lezoqoqosho lwabucala, ilungu leDathabheyisi yoLwazi lweeNkcukacha ze-Electronic ye-China Association for Science and Technology, umfundisi weqela leengcali ze-China Electronics Society, ingcali yophando lweshishini le-Huaqiangbei, kunye nombhali weendaba zesayensi odumileyo. Ungumfundi wokuqala wenkcubeko ukufunda nzulu "i-Huaqiangbei Spirit" kwaye ashwankathele "iNkcubeko ye-Huaqiangbei," eyaziwa ngokuba yi-"Huaqiangbei Observer" kunye ne-"Huaqiangbei Stall Economist." Zombini iKinghelm Electronics kunye SLKOR I-Semiconductor, etyalwe kwaye ilawulwa nguMnu. Song Shiqiang, ngamashishini esizwe asebenza ngobuchwepheshe obuphezulu. I-"Kinghelm" kunye ne-"SLKOR"Iimpawu zinempembelelo nedumela lamazwe ngamazwe kwaye ziye zafana "nokutshintshwa kwelizwe."
SLKOR Company IntshayeleloSLKOR uluhlu lweemveliso uMnu. Song Shiqiang uqaphele ukuba ukususela ekusekweni kwabo, iKinghelm kunye SLKOR Bazilinganisele namashishini akumgangatho wehlabathi ekwenzeni izigqibo ezicwangcisiweyo, ukwabiwa kwezixhobo, ulawulo lwangaphakathi, ixabiso lophawu, amandla okuvelisa izinto ezintsha, kunye nokwanda kwamazwe ngamazwe. Iqela lobuchwephesha likaKinghelm livela kwiYunivesithi yaseTsinghua kunye neYunivesithi yeSayensi ye-elektroniki kunye neTekhnoloji yaseTshayina, lizisa imvelaphi yobugcisa kunye namava atyebileyo. Le nkampani ibigxile kwitekhnoloji ye-microwave RF kangangeminyaka emininzi, isebenzisana neeyunivesithi ukuseka amaziko ophando, kwaye iqhubeka nokukhuthaza ukuveliswa kwezinto ezintsha kwetekhnoloji kunye nokuphuculwa kweemveliso. IKinghelm ihlala ilinganisa itekhnoloji, iindleko, ulawulo, ukusebenza kakuhle, kunye nophuhliso oluzinzileyo, izama ukubonelela ngeemveliso kunye neenkonzo ezisebenzayo nezithembekileyo kakhulu.
SLKOR I-Semiconductor ibisoloko iphanda izixhobo ezintsha kunye neenkqubo, iqalisa iimveliso ezintsha ukuqhuba uphuhliso oluqhubekayo. Ezi nkampani zimbini ziqhubela phambili ngokukhawuleza nangendlela "eqhuba ngamavili amabini" yokufikelela kwihlabathi liphela. I-"Kinghelm" kunye "SLKOR"Iimpawu zikhula ngokuthe ngcembe zibe ngamagama aziwayo kwihlabathi liphela."
SLKOR Isisombululo se-SL-W-TRS-5.5D1 sokulinganisa ubushushu be-infrared One-Stop Kutshanje, SLKOR Ngokuzingca siqalise isisombululo sesicelo se-SL-W-TRS-5.5D1. I-SL-W-TRS-5.5D1 inezinga eliphezulu lokuphendula nge-infrared, ukuphindaphindwa okuphezulu, kunye nokuthembeka okuphezulu. Isebenzisa iphakheji yesinyithi ye-TO-39 equlethe itshiphu ye-MEMS thermopile sensor kunye netshiphu ye-ASIC yokulungisa isignali yobungcali. I-ASIC idibanisa i-24-bit Sigma-Delta high-precision ADC, i-PGA yezixhobo eziphantsi kwengxolo, kunye ne-interface circuitry, kunye ne-thermistor eyakhelwe ngaphakathi ephezulu-precision yokuhlawula ubushushu obungqongileyo. Ukunceda iinjineli zehardware zisebenzise ngcono SLKOR iimveliso, uNjineli uXiong ovela kwi SLKOR isincomo sesisombululo see-milk shakers (ii-baby formula mixers). Ulawulo oluchanekileyo lobushushu bobisi lubalulekile ekukhuseleni impilo yosana. SLKORI-infrared temperature sensor izisa izisombululo ezintsha ezikrelekrele ngokulinganisa ngaphandle kokuthintana, ukuqonda ubushushu ngokuchanekileyo, impendulo ngexesha langempela, kunye nolawulo lobushushu olukrelekrele ngokonga amandla. Le teknoloji iphucula ukulula kunye nokhuseleko lwee-milk shakers ngelixa inciphisa ukusetyenziswa kwamandla ngoyilo olusebenzisa amandla kakuhle, inika iintsapho zanamhlanje amava okukhulisa abantwana akrelekrele nasebenza ngakumbi. Uphawu olucingisiswe ngakumbi yiteknoloji yokulinganisa ngaphandle kokuthintana, esusa iingozi zokungcoliswa okunqamlezileyo kunye nobunzima bokucoca obuhambelana nee-contaminant sensors zemveli. Abazali abasafuneki bakhathazeke malunga nokucoca ii-sensor okanye iimpazamo zokulinganisa ngenxa yokunxibelelana okubi. Le ndlela "yokubona ngaphandle kokuthintana" ibonelela ngokulinganisa ubushushu okusebenzayo ngakumbi kunye nokhuseleko olucocekileyo kwimpilo yeentsana. Okulandelayo, SLKOR iza kuqalisa iitships zeCMOS ezidityanisiweyo kusetyenziswa itekhnoloji ye-NFC yokuhambisa umbane kunye nesignali, esetyenziswa kakhulu kwiibrashi zamazinyo zombane, iimveliso zabantu abadala, izixhobo zonyango, nokunye. Hlala ubukele!
24
2026-06
Amashumi amawaka eeNkampani akhetha iiBrand zaseTshayina – iKinghelm kunye neSlkor zithengiswa kakuhle kwihlabathi liphela!
Kwiminyaka elishumi edlulileyo okanye ngaphezulu kokukhula kweshishini leesekethe ezidibeneyo eTshayina, iinkampani ezimbini ezinekomkhulu eShenzhen – iKinghelm Electronics kunye neSlkor Semiconductor – ziye zaphucuka zasebenzisana. Kwiminyaka engaphezu kweshumi yokunyamezela nobuchule, baye bavelisa indlela yophuhliso olusemgangathweni ophezulu kwiimveliso zasekhaya. Ikomkhulu laseKinghelm lineziko le-IDC kunye nendawo yokugcina izinto; ilebhu yayo eseTangxia, eDongguan, ixhotyiswe ngegumbi elipheleleyo elingenantsingiselo, ii-network analyzers, kunye nezinye izixhobo, ezikwaziyo ukwenza uvavanyo lobushushu obuphezulu/obuphantsi, iimvavanyo eziphindwe kabini ezingama-85, kunye neprototyping yemveliso entsha kunye nokulungisa iimpazamo. Isiseko sayo semveliso eLuzhai County, eGuangxi, sisebenza ngeendlela ezininzi zokwenza imveliso ngokuzenzekelayo kunye nabasebenzi abapheleleyo, kwaye iqela - emva kweminyaka yoqeqesho lobuchwephesha kunye nokungena - liqinisekisa ukuhanjiswa ngexesha elifanelekileyo, umgangatho ophezulu, kunye nomthamo ophezulu. ISlkor, ekhokelwa yifilosofi ethi "Slkor, Chips Driven Future," izinikele ekukhathaleleni oogxa bayo, ekuphuhliseni iimveliso ezintsha, nasekukhonzeni abathengi behlabathi. Ineeofisi zophando nophuhliso eBeijing naseSuzhou, kwaye kutshanje iqalise iimveliso ezintsha zophawu lwe-"slkor" eziquka ii-Hall sensors, ii-ADCs, ii-BMS ICs, ii-sensors, ii-optocouplers ezinesantya esiphezulu, kunye neekristale ezingasebenziyo. Ezi nkampani zimbini zingoodade, ezityalwe kwaye ziqhutywa nguMnu. USong Shiqiang, babelana ngombono ofanayo kunye nefilosofi, bebonke bebonelela abavelisi be-elektroniki behlabathi ngenkxaso yobugcisa epheleleyo kunye neemveliso eziqala kwi-"chip" ukuya kwi-"terminal".
Indawo yokwamkela iindwendwe eKinghelm naseSlkor Shenzhen. Ukususela ngo-2007, iKinghelm Electronics yazinza eHuaqiangbei, eShenzhen, idibanisa iitalente zobugcisa ezivela kwiYunivesithi yaseTsinghua, kwiYunivesithi yeSayensi ye-Elektroniki kunye neTekhnoloji, nakwamanye amaziko ukuze kwakhiwe amaqela obuchwephesha ophando kunye nophuhliso kunye namaqela okuthengisa. Kwiminyaka edlulileyo, ifumene amalungelo obunikazi kunye neziqinisekiso ezininzi zokuyila izinto ezintsha kuquka i-ISO9001, i-Dun & Bradstreet, i-RoHS, kunye ne-REACH. Kangangeminyaka ephantse ibe ngama-20, le nkampani ibigxile ekudlulisweni kwesignali engenazingcingo, izihlanganisi ze-elektroniki, kunye neenkqubo zonxibelelwano, kunye nothotho lwayo lwe-"Kinghelm" kunye noluhlu lwe-"KH" lwee-antenna, izihlanganisi ze-RF, ii-wiring harnesses, kunye neemveliso ezenziwe ngokwezifiso ezisetyenziswa kakhulu kwiziseko zophuhliso ezintsha, izithuthi zamandla amatsha, i-IoT, kunye nezinye iindawo eziphambili.
Iingenelo eziphambili zemveliso kaKinghelm zikwizihlanganisi ze-RF coaxial kunye nee-antenna. Izihlanganisi zayo ze-RF coaxial zibonelela ngoluhlu olupheleleyo lweentlobo ngeentlobo ezisebenza ngokuzinzileyo; iimodeli ezidumileyo ziquka i-KH-IPEX-K501-29, i-KH-SMA-K513-G, i-KH-SMA-KE-Z, i-KH-SMA-KWE17-G, i-KH-MMCX-Z, i-KH-IPEX4-2020, i-KH-SMA-KE-Z48H, i-KH-BNC50-3511, kunye ne-KH-SMA-P-8496, ezihlangabezana neemfuno ezahlukeneyo zonxibelelwano ukusuka kwizikhululo zonxibelelwano ukuya kwiimodyuli ze-IoT. Kwiimveliso ze-antenna, iKinghelm ibonisa ukugubungela okuqinileyo kwemeko, ukusuka kwi-antenna ye-2.4G/WiFi/Bluetooth KH-(2400)-K503-JB, ukuya kwizipringi ze-antenna KH-300922-TP kunye ne-KH-401525-TP, kunye ne-antenna efakwe kwibhodi KH-3216-A35.
Iziganeko zokusetyenziswa kweKinghelm KH-IPEX4-2020 Emva kweminyaka yokuqokelelana, uluhlu lwemveliso lweKinghelm luye lwanda lwaba ngamacandelo amaninzi: iziqwenga ze-shield KH-PBJ-440808, izixhumi ze-Ethernet (RJ45) KH-RJ45-58-8P8C kunye ne-KH-RCH56-8P8C-D, izixhumi ze-TYPE/USB KH-TYPE-C-16P kunye ne-KH-TYPE-CW-16P-T, izixhumi ze-audio KH-PJ-209-SMT, kunye neentambo ze-RF KHB(RG113)-100-29, ezenza ipotifoliyo yokudluliselwa kwesignali epheleleyo. Ezi mveliso zingasebenza njengendawo yokutshintsha iimodeli ezivela kwi-TE Connectivity (1909763-1), i-Amphenol, i-Hirose (W.FL-R-SMT-1), i-HRO, i-ECT (818026350), i-SOFNG, kunye nezinye iimpawu. Namhlanje, iimveliso zeKinghelm zithunyelwa kwamanye amazwe kwihlabathi liphela, zinceda abathengi abangaphezu kwe-10,000 bamanye amazwe.
Njengenkampani engudade boKinghelm, iSlkor Semiconductor yasekwa ngo-2015. Iqale njengendlu yoyilo lwe-IP yezixhobo zamandla, yakhula ngokukhawuleza yaba lishishini lesizwe lobuchwepheshe obuphezulu elidibanisa uphando nophuhliso, imveliso kunye nokuthengisa. Ngesiseko sobugcisa esomeleleyo, iqela layo eliphambili lidibanisa iingcali ezivela kwiYunivesithi yaseYonsei eMzantsi Korea kunye neYunivesithi yaseTsinghua, eziqhuba kakuhle kwiinkqubo zokuvelisa i-silicon carbide MOSFET eziphambili kwihlabathi kunye neetekhnoloji zesizukulwana sesihlanu ezikhawulezayo zokubuyisela amandla e-diode core. Ukususela oko yasekwa, ifumene iziqinisekiso zeCalifornia Proposition 65, ISO9001, RoHS, kunye neREACH, ukuqinisekisa inkqubo yomgangatho epheleleyo nethembekileyo.
Amaqela eKinghelm kunye neSlkor kwiMunich (Shanghai) Electronics Fair ka-2025. Isebenzisa iqonga eliqinileyo le-R&D, iSlkor ngoku inikezela ngeemveliso ezingaphezu kwama-2,000, kuquka iidiode, iitransistors, izixhobo zamandla, ii-IC zolawulo lwamandla, kunye nezinye ii-IC kwiinkalo ezintathu eziphambili, zenza i-matrix yemveliso ebanzi yezicelo ezahlukeneyo. Kwii-IC zolawulo lwamandla, ii-power chips ze-DC DC ze-Slkor zithathwa kakhulu ngokusebenza kakuhle nangokuzinza; iimodeli ezidumileyo ezifana ne-LM2596S‑5.0, LM2596S‑ADJ, LM2596S‑12, LM2575S‑5.0, kunye ne-LM2576S‑5.0 zisetyenziswa kakhulu kwizixhobo zonxibelelwano kunye ne-elektroniki yabathengi. Kwi-linear regulators (ii-LDO), i-LM317 kunye ne-SL4949 zibonelela ngezisombululo zombane ezinokuthenjwa. Kwizixhobo zamandla, uthotho lwe-thyristor (SCR) olufana ne-BTA16‑800B, BTA12‑600B, BTA41‑800B, BTA08‑800B, kunye ne-MOSFETs i-SL9945 kunye ne-IRFR5305 xa zizonke zenza uluhlu oluqinileyo lokuphatha amandla.
Ngaphezu koko, iitships zomqhubi kunye ne-interface - kuquka ii-gate drivers SL27524 kunye ne-SL27511, i-logic-output optocoupler 6N137S kunye ne-SLM601, i-RS232 chip SL3232E, i-transistor-output optocoupler SL247N, kunye ne-power switch BSP75N - zinokuthatha indawo yeemodeli ezivela kwiTexas Instruments (UCC27511), STMicroelectronics, Infineon, Renesas (PS2801C‑4‑F3‑A/M), ON Semiconductor, kunye nabanye, zibonelela ngokusebenza okuzinzileyo kwizixhobo zonyango, izixhobo ezisebenzisa ibhetri, kunye nezicelo zokubeka imoto.
Umqhubi wesango laseSlkor SL27524 usetyenziso lweemeko "Iminyaka elishumi yokutyala imithi, iminyaka elikhulu yokukhulisa abantu." KuKinghelm noSlkor, iminyaka elishumi sisiqalo nje esitsha. Kule minyaka ilishumi idlulileyo, siqhutywa bubuchule bobuchwepheshe kwaye sisekelwe kumgangatho wemveliso, sifumene ukuqatshelwa kwemarike kunye nokuthenjwa. Sijonge phambili kwiminyaka elishumi ezayo, siza kuqhubeka sisebenza eShenzhen, sisebenzisane ngokusondeleyo namaqabane angasentla nasezantsi, sivumele amashishini amaninzi ukuba asebenzise izinto ezinokuthenjwa nezinokuthenjwa, size sivumele ihlabathi libone amandla eempawu zaseTshayina.
11
2026-06
Emva kweZihloko eZimbini Ezilandelelanayo, Sisaqhubeka——Udliwanondlebe lukaSlkor noSun Gaofei
Emva kokuphumelela ubuntshatsheli beqela lentengiso lenyanga nganye kwi-"A-team" yenkampani ngoMatshi nango-Epreli, kunye nelungu eliphambili uLuo Yanping ephumelele ubuntshatsheli bokuthengisa ngabanye kabini, uSun Gaofei, uMlawuli weSebe leNtengiso I eSlkor, ukhokela iqela lakhe ukuba lizame ukufumana isihloko sesithathu. Ngexesha lodliwanondlebe, uthe, "Imeko yangoku yeqela lethu yile: ukunyuka intaba ukuya kuzingela iingwe, kwaye neengwe ziyasoyika." Emva koko wahleka wathi, "Kodwa loo nto yintlekisa nje yangaphakathi." Ukuphumelela olu khuphiswano kubangelwa kukusebenza nzima komntu wonke."
USong Shiqiang, uMphathi Jikelele weKinghelm & Slkor, enika ibhaso kwiSebe lezeNtengiso u-I Sun Gaofei ofunde izifundo zeTekhnoloji ye-Elektroniki ekholejini. Emva kokugqiba izifundo zakhe, wasebenza kwi-R&D iminyaka emithathu. Imvelaphi yakhe yobugcisa ibe luncedo kakhulu ekukhokheleni iqela – abasebenzi bezobugcisa babathengi bazimisele ukuba neencoko ezinzulu naye, kwaye unokunceda amalungu eqela ngokuthe ngqo ukuba asombulule iingxaki. Nangona kunjalo, xa wayethetha ngeendlela zokuphumelela ubuntshatsheli, wagxila ekusebenzeni kweqela. Indlela acinga ngayo icacile: qala ngokuhlalutya iinjongo zeqela kumntu ngamnye, uze emva koko umntu ngamnye azisebenzise kunye nabathengi abathile. NgoMatshi, balawula imfuno ngokubonisa abathengi ukuba bafake ii-odolo kwangethuba. Ukungena ku-Epreli, wayelindele ukuba oku kusetyenziswa kwangoko kuya kukhokelela ekuncipheni kwesantya, ngoko ke walungisa ngokukhawuleza icebo - efuna iqela ukuba lingene nzulu kubathengi abakhoyo ukuze bavelise ezinye iimodeli zemveliso ukuze zivelise ukusebenza okukhawulezileyo. "Ekubeni abathengi sele besebenzisana nathi, ukuthembana kwabo kuthi kuphezulu kakhulu." Isiphumo sale nkqubo yokumba nzulu sibonakale ngo-Epreli, kwaye iqela lilwe elinye idabi elibalaseleyo lokusebenza.
USong Shiqiang, uLuo Yanping, uSun Gaofei Ngokombono wakhe, amaqhinga omntu wonke afana kakhulu, kwaye eyona nto ibalulekileyo kwimpumelelo yindlela iqela elicinga ngayo. "Olunye uphawu lweqela lethu kukuba nanini na xa ndisithi kufuneka sityhalele phambili ukuze sisebenze kakuhle, wonke umntu uzele kukuzithemba nomdla." Imeko apho wonke umntu elwela kwaye ethembana khona yeyona nto iphambili kukhuphiswano. Emva kokuba uLuo Yanping ephumelele itshatsheli yokuthengisa nganye nganye kangangeenyanga ezimbini zilandelelana, uSun Gaofei wamcela ngokukodwa ukuba enze iseshoni yokwabelana ngenkqubo epheleleyo - egubungela yonke into ukusuka ekuphuhlisweni kwabathengi, ukulandelela abathengi, ukufumana ii-odolo, ukuya kulawulo lweshedyuli yokuhanjiswa kweenkonzo, ukuqokelelwa kwentlawulo, kunye nokugcinwa kwabathengi. "Nje ukuba kumiselwe umlinganiselo, wonke umntu uyaqonda ukuba lo asilulo uphahla, kodwa luphawu oluphezulu okwangoku, kwaye wonke umntu ufuna ukulusukela." Loo seshoni yokwabelana ifumene impendulo entle kwiqela, ingakumbi kumalungu amatsha awayengacacanga ngeenjongo zawo; emva kokumamela, ayazi ukuba aza kujolisa kweyiphi indlela imizamo yawo.
Isebe lezentengiso I indebe yentshatsheli kunye neflegi ebomvu yeselula Ukukwazi kweqela ukuhlasela phambili bekungenakwenzeka ngaphandle kwenkxaso enamandla evela kumdlali ongasemva. USun Gaofei ukhankanye ngokuphindaphindiweyo ukubaluleka kodumo lwegama leSlkor kunye nentsebenziswano phakathi kwamasebe: "Impembelelo yegama lelo ibaluleke kakhulu." Ngoku uphawu lweSlkor lufumene udumo kwimarike, kwaye inani lemibuzo yemihla ngemihla lizinzile. Ngentsebenziswano ekhawulezileyo evela kwicandelo lokubonelela ngeenkonzo, kwindawo yokugcina impahla, kunye namasebe ezezimali, siyakwazi ukuvala izivumelwano. Ukusebenza akupheleli nje ekulweleni iqela lokuthengisa ii-odolo; kwenziwa kunye ngumntu wonke."
USu Gaofei, uMlawuli weSebe leNtengiso I, ngexesha lodliwanondlebe. Emva kokuba nguMlawuli weSebe leNtengiso I kangangeminyaka engaphezu kwemibini, uSun Gaofei ukholelwa ukuba ezona zinto zimbini zibalulekileyo ekukhokeleni iqela zezi: ukunceda amalungu asombulule iingxaki kunye nokusasaza izibonelelo ngokufanelekileyo. "Njengenkokeli yeqela, kufuneka usombulule iingxaki ngokwanelisayo, ungazobi nje umfanekiso omhle ngaphandle kokuthatha amanyathelo." Unike umzekelo: ngelixa ilungu leqela lalikwikhefu lokubeleka, umthengi wakhe eZhongshan wayenesikhalazo. Wakhawuleza waya apho nonjineli waza wayisombulula loo ngxaki ngaloo mini inye. "Abathengisi banamehlo abukhali; bazi kakuhle ukuba ungabanceda ngokwenene na ukusombulula iingxaki."
"Isishwankathelo Esisemgangathweni Soqeqesho Oluphezulu Nolusebenzayo" lukaSun Gaofei Ngokuphathelele abo baqalayo ukuqeqesha, inyathelo lokuqala likaSun Gaofei "kukunika utyando lokuthintela". "Kwishishini le-semiconductor, akukho mntu ufikayo onokuphumelela kwangoko emva kokujoyina." Ukukhula kokwenyani kuvela ekuqaleni ngabathengi abancinci ukuya kwabakhulu, ukusuka ekulandeleni iimvavanyo zesampulu ukuya kwimveliso enkulu - le yinkqubo ende. Kodwa wakuba uphumelele, iprojekthi enye elungileyo ingazisa imbuyekezo eqhubekayo iminyaka emithathu ukuya kwemihlanu.
Ngokuphathelele uqeqesho oluthile, ugxininisa amagama asibhozo: "Yiba ngumntu osebenzayo, yenza ngokuthembeka." "Abafikayo bayabhideka xa bejoyina; sibanika abacebisi, kodwa kufuneka uthathe inyathelo lokubuza." Umgaqo weSebe lethu lokuThengisa I kukuba nanini na xa umntu omtsha ebuza umbuzo, sabelane ngayo yonke into esiyaziyo. Uthi ufundise abantu abaninzi, kodwa ukuba bafunda kangakanani kuxhomekeke kwisakhono sabo. "Umntu ozimiseleyo ngokuqinisekileyo uya kufunda ngokukhawuleza."
I-Sun Gaofei iqeqesha abathengisi abatsha ngolwazi lobungcali Uthotho lweemveliso ze-semiconductor ze-Slkor Ejonge phambili kwimarike ye-semiconductor ngoMeyi, i-Sun Gaofei ivumile ukuba eli xesha lonyaka lidla ngokuba lixesha eliphakamileyo, kodwa kulo nyaka kukho ukwehla kwesantya, kunye nabathengi abambalwa abacela iikowuteshini. Iqela okwangoku lisebenzisa amaqhinga amatsha okugcina ukukhula kwentsebenzo, kodwa akakhululekanga ukuwatyhila kwangaphambili. "Akulunganga ukuthetha ngezinto ezingekazaliseki." Ngokuphathelele ukuba bangayiphumelela na intshatsheli okwesithathu, impendulo yakhe yayicacile kakhulu: "Hlala ubukele."
Umphathi Jikelele uSong Shiqiang uvakalise ithemba lakhe lokuba amaqela aliqela okuthengisa aseKinghelm naseSlkor aza kugcina umoya wawo wokulwa, aqinise intsebenziswano phakathi kokhuphiswano, aze afumane ii-odolo ezingaphezulu kwimarike. Unqwenelele inkampani kunye noogxa bakhe ukusebenza ngcono!
I-RF Passion, Uhambo Lomsebenzi Wezandla: Kwiminyaka Engaphezulu Kwengama-30 Yokuzinikela Ngokuqinileyo — Udliwanondlebe noKinghelm Injineli Eyintloko uMnu. Qin hongxiang
2026-06-26
Injineli eyiNtloko yaseKinghelm uMnu. UQin hongxiang Kinghelm, iNjineli eyiNtloko uMnu. UQin hongxiang ugxininise wathi: "Iimveliso eziphambili zeKinghelm zii-antenna ze-RF microwave, izihlanganisi zesignali, kunye nezinto ezinxulumene nazo." Le nkampani ikwabandakanyeka kwiiteknoloji ezintathu eziphambili zonxibelelwano: i-RF microwave, ukuhanjiswa kwedatha ngesantya esiphezulu, kunye nonxibelelwano lwe-optical. Isicwangciso sethu semveliso silandela iindlela zophuhliso zamaxesha kunye nocwangciso lwesizwe. Umzekelo, unxibelelwano lwesathelayithi kunye nezixhobo zonxibelelwano lwe-optical (izixhobo ze-optical) ziimarike ezifunwa kakhulu. I-China iqhubela phambili ngaxeshanye iinkqubo ezintathu ezinkulu zesathelayithi ezinkulu zeenkwenkwezi ezinkulu — i-GW constellation enesathelayithi ezili-13,000, i-'Qianfan' constellation enesathelayithi ezili-15,000, kunye ne-'Honghu-3' constellation enesathelayithi ezili-10,000, kunye nomlinganiselo opheleleyo odlula iisathelayithi ezingama-40,000. Oku kuza kuvula iitriliyoni zeeyuan kwimfuno yemarike."
Okuphawulekayo kukuba, ngo-Agasti 2025, kwakhutshwa iZimvo eziSikhokelo malunga nokuphucula ukufikelela kwiShishini ukuze kukhuthazwe uPhuhliso lweShishini loNxibelelwano lweSathelayithi, nto leyo eyayibeka umgomo wabasebenzisi bonxibelelwano lwesathelayithi abangaphezu kwezigidi ezili-10 kunye nezicelo ezinkulu zesathelayithi ezithe ngqo kwiselfowuni ngo-2030. NgoJuni ka-2026, kwakhutshwa iZimvo zoPhuculo malunga noPhuhliso oluNtsha lwe-"Artificial Intelligence + Information and Communication" (2026–2028), nto leyo eyathi i-intanethi yesathelayithi yindlela ephambili yokuphumelela kwiminyaka emithathu ezayo. Ifuna ngokucacileyo ukuhlanganiswa okunzulu konxibelelwano lwesathelayithi, i-5G/6G, ubukrelekrele bokwenziwa, kunye nezinye iitekhnoloji zolwazi nonxibelelwano zesizukulwana esilandelayo.
Unxibelelwano lwesathelayithi, njenge "inguqulelo yesithuba" yonxibelelwano lwe-microwave, lumele enye yezona meko zinkulu zesicelo setekhnoloji ye-RF microwave. I-6G, iteknoloji yonxibelelwano lweselula yesizukulwana sesithandathu, ijolise kuhlobo olupheleleyo "oludibeneyo phakathi kwesithuba nomoya nomhlaba" - apho unxibelelwano lwesathelayithi lusombulula ukugubungela, unxibelelwano lwe-optical lusombulula umthamo, kwaye i-AI ilawula ucwangciso. Ubukrelekrele bokwenziwa (AI) buqhuba ukwakhiwa kweenethiwekhi zonxibelelwano lwe-optical ezikhawulezayo kwaye zizisa utshintsho oluphazamisayo kuyo yonke imboni. "I-AI + Unxibelelwano lweSelfowuni oluhamba ngesantya esiphezulu" luza kuba yindawo ephambili yoluntu lwexesha elizayo.
IKinghelm yaqala ngokuphuhlisa nokuvelisa ii-antenna ze-"Kinghelm" zeBeidou (BDS)/GPS kwaye ixesha elide igxile kubuchwepheshe be-RF microwave. La mandla ayibeka kakuhle inkampani ukuze ikwazi ukuxhamla amathuba amatsha.
I. Ukufunda Kuza Kuqala Mnu. UQin ngexesha lodliwanondlebe olukhethekileyo neqela leentatheli zaseKinghelm Kule ngxelo, iqela leentatheli zaseKinghelm lidlan’ udliwanondlebe noNjineli oyiNtloko uMnu. Qing. Wazalwa ngeminyaka yoo-1970 eChengdu, eSichuan, waphumelela kwiYunivesithi yeSayensi ye-elektroniki kunye neTekhnoloji yaseTshayina (i-UESTC) eChengdu.
Echaza imeko-bume edumileyo yaseChengdu kunye nommandla waseSichuan-Chongqing, uthe: "Inkcubeko yaseChengdu kunye nommandla obanzi waseSichuan-Chongqing yeyokuthuthuzela, ukukhululeka, kunye nokungangxami." Abantu apha banomlinganiselo omhle phakathi komsebenzi nobomi. Bazinikela ngokupheleleyo kwiintsuku ezintlanu zokusebenza ngokuzimisela okukhulu noxinzelelo, kodwa emva komsebenzi onzima, bafuna ukuphumla nokuvuselelwa. Indawo yokuhlala yaseChengdu intle kakhulu — abantu bayonwabela ubomi basebusuku ngeentsuku zeveki kwaye babandakanyeka kwimisebenzi yangaphandle, kwiiholide, kwiindawo zokuhlala efama, kwimidlalo yamakhadi, ekulobeni, ekubhayisekeni, ekunyukeni intaba, kwiihambo zokuzonwabisa zasemaphandleni, nakwimisebenzi yabazali nabantwana ngeempelaveki. Zonke ezi ziindlela eziqhelekileyo zokunciphisa uxinzelelo.
Kuphela ngokuthanda ubomi apho umntu anokuthi athande ukufunda ngokwenene. Mr. UQin ugxininise ukuba phakathi kwezinto zonke, ukufunda kubeka phambili. Waphumelela ngo-1992 kwiyunivesithi edumileyo i-985 UESTC waza wathi: "Utata naye wayephumelele kwiyunivesithi i-985." Ukususela ndisemncinci, ndabona indlela ulwazi olunokutshintsha ngayo ikamva. Abazali bam babesoloko befundisa ukuba ulwazi lusisiseko sezinto zonke."
Enyanisweni, ngaphandle kolwazi oluqinileyo, umntu akanakukwazi ukubona ubunjani bezinto, ahlalutye iingxaki ngokuchanekileyo, afikelele kwizigqibo ezifanelekileyo, okanye asombulule imiba ngempumelelo. Mr. UQin uyaqonda nzulu ukuba xa ndijongene noluntu oluntsonkothileyo, ulwazi lundinika ukuqiniseka kwangaphakathi nokuzithemba.
Ngokuphathelele ukufunda kuqala, wakhumbula isigqibo esibalulekileyo ebomini bakhe ngexesha lesikolo sakhe: nokuba angene kwisikolo samabanga aphakamileyo aze aqhubeke neyunivesithi okanye aye kwisikolo samabanga aphakamileyo sobugcisa aze aqale ukusebenza kwangethuba. Uyise wathetha naye ixesha elide ekhululekile. Wakhetha ukungena kwisikolo samabanga aphakamileyo aze ajonge ukuya eyunivesithi kuba wayefuna ukuqokelela ulwazi olwaneleyo aze aqhubeke nokuziphucula ukuze akwazi ukujongana nekamva.
Umsebenzi yeyona ndlela ilungileyo yokufunda. Mr. UQin ebesebenza kakhulu kwicandelo le-RF microwave kangangeminyaka engaphezu kwama-30, eqhubeka ephucula ngokufunda, ukucinga, ukuziqhelanisa, nokucamngca. Umsebenzi wakhe ungahlulwahlulwa ube zizigaba ezintathu.
Ukususela ngo-1992 ukuya ku-1999, amava akhe kwishishini likarhulumente abeke isiseko esiqinileyo sobugcisa kwi-microwave nakwi-RF. "Isifundo sam saseyunivesithi yayikubuchwepheshe berediyo." Emva kokugqiba izifundo zam, ndabelwa eChengdu No. 630 Factory, apho ndandisebenza khona kwi-R&D yeenkqubo zokwamkela kunye neenkqubo zokusasaza iTV.
Ukususela ngo-2000 ukuya ku-2006, wayegxile kwizixhobo ze-microwave zonxibelelwano oluphathwayo. "Ngo-1999, ngexesha lokuncitshiswa kwamashishini karhulumente, ndafudukela eShenzhen ndaza ndajoyina iKathrein Telecom yaseJamani, ndisebenza kwizixhobo ze-microwave zonxibelelwano oluphathwayo kwaye ndikhokela iqela lobuchwephesha bobunjineli." Kamva, ndaya eSuzhou ndaza ndajoyina i-Andrew Telecom, ndiqhubeka nokwandisa ulwazi lwam kwizixhobo ze-microwave zonxibelelwano oluphathwayo.
Ukususela ngo-2007 ukuza kuthi ga ngoku, wabuyela ePearl River Delta ukuze anikele ngetekhnoloji yakhe namava akhe. "Iminyaka emininzi yophando lobuchwephesha oluphambili indinike ulwazi olucacileyo." Ndaqonda kwasekuqaleni amandla angaqhelekanga kunye nokukhuphisana okumangalisayo kwePearl River Delta. Liyindawo apho abantu baqala khona ushishino kunye nokuvelisa izinto ezintsha. Ngoko ke ndenze isigqibo sobomi bam bonke sokubuya. Ndijoyine iinkampani ezidwelisiweyo ngokulandelelana ezifana neFoxconn, iLuxshare, kunye neComba, ndifumana amava asebenzayo ekulawuleni iinkqubo ze-R&D, ukwakha amaqonga etekhnoloji ye-antenna ye-RF, kunye nokuseka iiyunithi zoshishino ze-antenna. Ngo-Agasti 2025, xa sibona amandla amakhulu kaKinghelm kunyeSLKORSLKOR Bazimisele ekuqeqesheni italente njengomqhubi wemveliso. Injineli eyiNtloko uMnu. Qin uqhuba iiseshoni zoqeqesho zeveki nganye kubasebenzi bekomkhulu, egubungela izihloko ezinje ngeRF Coaxial Cable Knowledge, Basics and Applications of Communication Antennas, Introduction to RF Connectors, Kinghelm Website Product Categories and Explains, Comprehensive Analysis of Connectors, GNSS Navigation Antenna Principles and Applications, Basics of Optical Fiber and Cables, and more. Ezi seshoni ziqhubeka nokunika amandla iqela, ziqinisa ukuqonda iimpawu eziphambili zemveliso kunye nobuchwepheshe, kwaye zilungelelanisa uphuhliso lwetalente kunye nokukhula okukhawulezayo nokuzinzileyo kwenkampani. Ukongeza, unikezele ngoqeqesho lobuchwephesha kwi-"Kinghelm" brand RF kunye neemveliso ze-connector kwiiarhente ezifana neHong Kong's New Oriental Electronics. Ukwanikezele ngoqeqesho olukhethekileyo lwe-Comprehensive Analysis of Connectors kwi-Shared Procurement Alliance Enterprise Members 2026 salon, enika amandla iinkampani ezingamalungu ngobuchwephesha. Olu qeqesho lukhuthaza ukudalwa kolwazi kunye nobuchule, luxhasa uphuhliso lwezakhono ezikumgangatho ophezulu kunye nemveliso entsha esemgangathweni. 2.Iimveliso Imveliso yokuqala yeKinghelm ethengiswa kakhulu i-TOP20 — Iisampuli zasimahla ziyafumaneka! Injineli Eyintloko uMnu. Qin ugxininise ukuba amacandelo oshishino asebenza kwiKinghelm, aquka i-RF microwave, unxibelelwano lwedatha olukhawulezayo, unxibelelwano lwe-optical, nokunye okuninzi, agcwele amathuba. Ukuthatha i-RF microwave njengomzekelo, iimeko zokusetyenziswa kweemveliso zeKinghelm zikhula ngokukhawuleza, zigubungela izixhobo ze-elektroniki zabathengi, izixhobo zasekhaya ezifana neebrashi zamazinyo zombane kunye noomatshini bokuhlamba, amacandelo oshishino kunye namacandelo akhethekileyo kubandakanya iirobhothi zoshishino, ezolimo, izixhobo ezikrelekrele, ezothutho, ezothutho, nokunye. Okuphawulekayo kukuba, ezi zingasetyenziswa kunye SLKOR iimveliso. Iwebhusayithi yeMveliso eSisemthethweni yaseKinghelm Iimveliso zaseKinghelm zithengiswa kakhulu kwiLichuang Mall! Ngokuphathelele iKinghelm Future Product Roadmap, iNjineli eyiNtloko uMnu. Qin wabelane ngemiqondiso ephambili. Isicwangciso saqala ukuphunyezwa ekuqaleni kowama-2026, kwaye wonke umsebenzi uqhubeka ngendlela ehlelekileyo. Ngowama-2026, iKinghelm iza kuseka uyilo lwemveliso yokuqala, kunye neendidi ze-antenna zokuhamba eziphuculiweyo kancinci kancinci kunye nokungeniswa kwezinto zonxibelelwano lwe-optical. IKinghelm iza kungena ngokusesikweni kwicandelo lonxibelelwano lwe-optical. Nangona umqobo wobugcisa uphezulu kwaye ukwakhiwa kophawu kuthatha ixesha, inkampani iza kuqala iqalise izixhobo zonxibelelwano lwe-optical eziphambili kwaye inyuke kancinci kancinci ukusuka ekubeni ngumdlali ofika emva kwexesha ukuya ekubeni ngumdlali okhokelayo, inceda iqela lokuthengisa livule imakethi. Ngokuphathelele ukuphunyezwa kwesi sicwangciso, wagxininisa ngakumbi: "Xa ndijonga emva kwiminyaka engamashumi amathathu edlulileyo, ukuphazamiseka kweteknoloji kuzise utshintsho olungazange lubonwe ngaphambili. Akufuneki siphumle kwimpumelelo yangaphambili, singakhathali, okanye sivumele ingcinga yethu ibe lukhuni kwaye ivalwe. Kufuneka siqhubeke siqhuba ubuchule betekhnoloji kunye nokuhlaziywa kwemveliso." Ⅲ. Ukulwela Ukunyuka, Ukwamkela Ilanga Iofisi kaNjineli oyiNtloko uMnu. Qin eqaqambileyo neyomoya. Indawo elungileyo ikhulisa kwaye iguqula abantu, ibanike amandla kunye nenkuthazo. Injineli eyiNtloko uMnu. Qin unobuchule kwisiNgesi nesiJapan. Uthe: "IsiNgesi nesiJapan yayizizinto endandizithanda kakhulu eyunivesithi. Ukusebenza kwinkampani yaseJamani uKathrein kundinike indawo yendalo yokuthetha isiNgesi, ngelixa ndifunda isiJapan ngenxa yomdla kuphela. Ngokombono wam, kukho izitshixo ezimbini zokufunda ulwimi: okokuqala, indawo efanelekileyo kunye nomoya; okwesibini, umdla njengamandla aqhubayo." Uyakuthanda nokuva indalo kunye nokufumana amandla emazulwini nasemhlabeni. "Ndisebenza unyaka wonke kwaye ndinomdla wokukhwela ibhayisekile ngaphandle. Ndineseti epheleleyo yezixhobo zobungcali zokukhwela ibhayisekile yasezintabeni. Ndidla ngokuhamba ndedwa iikhilomitha ezininzi kwiipaki zamahlathi, okanye ndikhwele ibhayisekile ukusuka eShenzhen ukuya eZhuhai okanye eGuangzhou ndibuye - ngaphezulu kweekhilomitha ezingama-200 ngosuku olunye. Ndiyayonwabela inkqubo yokukhwela ibhayisekile kwaye ndiyakuthanda ukucoca ingqondo yam kwindalo." Izityalo eziluhlaza kwiNjineli eyiNtloko yeOfisi kaMnu. Qin zondla umoya. Umphathi Jikelele uMnu. Song Shiqiang ugxininise ukuba ukusukela oko wajoyina iKinghelm, iNjineli eyiNtloko uMnu. Qin uthathe uxanduva kwaye wazisa iziphumo kwinkxaso yobugcisa, uqeqesho lwabasebenzi bekomkhulu, ucwangciso lwemveliso yexesha elizayo, kunye nolawulo lwekhonkco lokubonelela. Uncedise ekuphakamiseni izakhono zobugcisa zeqela, waphucula ubunjineli bolwazi benkampani, wonyusa uxinano lolwazi lweKinghelm kunye neKinghelm. SLKOR, kwaye wade wakhuthaza ukudalwa kolwazi kunye nokwabelana ngalo lonke eli shishini. Xa ebuzwa ukuba kutheni ekhethe ngokuqinileyo ukujoyina iKinghelm, uMnu. Qin waphendula ngokungafihlisiyo wathi: "Okokuqala, ukunyaniseka koMphathi Jikelele uSong Shiqiang. Ngexesha lodliwanondlebe, wabelane ngezicwangciso zenkampani, iindlela zolawulo, kunye nefilosofi, ezihambelana ngokusondeleyo nendlela endicinga ngayo. Ujonga ubudlelwane phakathi kwenkampani nabasebenzi kungekhona njengobudlelwane obulula bomsebenzi kodwa njengobudlelwane bokuxhamla, intsebenziswano phakathi kwabo bonke, kunye nokufuna ikamva elingcono kunye. Okwesibini, abasebenzi baziva behlonitshwa kwaye bafumana imvakalelo yokuphumelela. UMnu. Song uqinisekisa ukuba wonke umsebenzi onegalelo ekujuleni unethuba lokwabelana ngempumelelo yenkampani kwixesha elizayo. Okwesithathu, ukhathalelo lwenkampani kubasebenzi. UKinghelm uqhelisela ukhathalelo lokwenene lobuntu. Xa abasebenzi bejongene nobunzima, uMnu. Song unika uncedo kunye nenkxaso ngexesha elifanelekileyo - uncedo lokwenyani xa lufuneka kakhulu." UKinghelm kunye SLKOR intlanganiso yabasebenzi bonke kwikomkhulu, ephethwe nguMphathi Jikelele uSong Shiqiang (owokuqala ukusuka ekunene) uMnu. Qin wabelane ngesisa ngamava akhe omsebenzi angaphezu kweminyaka engama-30. Kwiteknoloji, umntu kufuneka abe ngumntu othobekileyo kuba ukuqokelelana kobugcisa kwakhiwa inyathelo ngenyathelo ngaphandle kweendlela ezimfutshane. Uphando nophuhliso lobuchwephesha bemveliso kufuneka lwenziwe ngumntu ngamnye ukuze afumane amava asuka kuye. Umntu kufuneka ahlale evulekile engqondweni kwaye abe nobuchule ekwamkeleni izimvo zabanye, njengoko eyona nto ithintelwayo kwiteknoloji kukucinga ngokungqongqo kunye nokugatya izimvo ezahlukeneyo. Ukwabelana nokuphanda ubuchwepheshe yinto evuyisayo kakhulu. Eyona nto ibalulekileyo kukuhlala uthembekile entliziyweni yakho, wenze okwangoku kakuhle, kwaye ubeke iliso kwihlabathi ngokulandela ubuchwepheshe bamva nje kunye neendlela zentlalo ukuze uhambisane namaxesha. Gcina ingqondo eyakhayo, unganyanzelisi ulwazi lwakho kunye nezakhono zakho kwabanye, vuma iimpazamo zakho, kwaye ube nesibindi sokuzilungisa kwaye uzame ukufikelela nokugqitha. Ekupheleni kodliwanondlebe, iNjineli eyiNtloko uMnu. Qin wayenethemba elinyanisekileyo lokuba phantsi kobunkokeli boMphathi Jikelele uSong Shiqiang, iKinghelm kunye SLKOR Amaqela aza kubumbana, asebenzisane ukuphucula, nokuqhuba uphuhliso. Ujonge phambili kuzo zombini iinkampani ukuba ziphumelele kakuhle ngekamva elithembisayo, kwaye bonke abasebenzi bakhe ubomi obumangalisayo! Kinghelm kunye SLKOR
Kinghelm kunye SLKOR Umphathi Jikelele uMnu. Song Shiqiang UMnu. Song Shiqiang (Huaqiangbei Song Shiqiang) ngumsunguli kunye noMphathi Jikelele weKinghelm Electronics kunye SLKOR Ungumqokeleli weSemiconductor. Ukwangumphandi kwiZiko loPhando loPhuhliso lweBhunga leSizwe lezoqoqosho lwabucala, ilungu leDathabheyisi yoLwazi lweeNkcukacha ze-Electronic ye-China Association for Science and Technology, umfundisi weqela leengcali ze-China Electronics Society, ingcali yophando lweshishini le-Huaqiangbei, kunye nombhali weendaba zesayensi odumileyo. Ungumfundi wokuqala wenkcubeko ukufunda nzulu "i-Huaqiangbei Spirit" kwaye ashwankathele "iNkcubeko ye-Huaqiangbei," eyaziwa ngokuba yi-"Huaqiangbei Observer" kunye ne-"Huaqiangbei Stall Economist." Zombini iKinghelm Electronics kunye SLKOR I-Semiconductor, etyalwe kwaye ilawulwa nguMnu. Song Shiqiang, ngamashishini esizwe asebenza ngobuchwepheshe obuphezulu. I-"Kinghelm" kunye ne-"SLKOR"Iimpawu zinempembelelo nedumela lamazwe ngamazwe kwaye ziye zafana "nokutshintshwa kwelizwe."
SLKOR Company IntshayeleloSLKOR uluhlu lweemveliso uMnu. Song Shiqiang uqaphele ukuba ukususela ekusekweni kwabo, iKinghelm kunye SLKOR Bazilinganisele namashishini akumgangatho wehlabathi ekwenzeni izigqibo ezicwangcisiweyo, ukwabiwa kwezixhobo, ulawulo lwangaphakathi, ixabiso lophawu, amandla okuvelisa izinto ezintsha, kunye nokwanda kwamazwe ngamazwe. Iqela lobuchwephesha likaKinghelm livela kwiYunivesithi yaseTsinghua kunye neYunivesithi yeSayensi ye-elektroniki kunye neTekhnoloji yaseTshayina, lizisa imvelaphi yobugcisa kunye namava atyebileyo. Le nkampani ibigxile kwitekhnoloji ye-microwave RF kangangeminyaka emininzi, isebenzisana neeyunivesithi ukuseka amaziko ophando, kwaye iqhubeka nokukhuthaza ukuveliswa kwezinto ezintsha kwetekhnoloji kunye nokuphuculwa kweemveliso. IKinghelm ihlala ilinganisa itekhnoloji, iindleko, ulawulo, ukusebenza kakuhle, kunye nophuhliso oluzinzileyo, izama ukubonelela ngeemveliso kunye neenkonzo ezisebenzayo nezithembekileyo kakhulu.
SLKOR I-Semiconductor ibisoloko iphanda izixhobo ezintsha kunye neenkqubo, iqalisa iimveliso ezintsha ukuqhuba uphuhliso oluqhubekayo. Ezi nkampani zimbini ziqhubela phambili ngokukhawuleza nangendlela "eqhuba ngamavili amabini" yokufikelela kwihlabathi liphela. I-"Kinghelm" kunye "SLKOR"Iimpawu zikhula ngokuthe ngcembe zibe ngamagama aziwayo kwihlabathi liphela."
SLKOR Isisombululo se-SL-W-TRS-5.5D1 sokulinganisa ubushushu be-infrared One-Stop Kutshanje, SLKOR Ngokuzingca siqalise isisombululo sesicelo se-SL-W-TRS-5.5D1. I-SL-W-TRS-5.5D1 inezinga eliphezulu lokuphendula nge-infrared, ukuphindaphindwa okuphezulu, kunye nokuthembeka okuphezulu. Isebenzisa iphakheji yesinyithi ye-TO-39 equlethe itshiphu ye-MEMS thermopile sensor kunye netshiphu ye-ASIC yokulungisa isignali yobungcali. I-ASIC idibanisa i-24-bit Sigma-Delta high-precision ADC, i-PGA yezixhobo eziphantsi kwengxolo, kunye ne-interface circuitry, kunye ne-thermistor eyakhelwe ngaphakathi ephezulu-precision yokuhlawula ubushushu obungqongileyo. Ukunceda iinjineli zehardware zisebenzise ngcono SLKOR iimveliso, uNjineli uXiong ovela kwi SLKOR isincomo sesisombululo see-milk shakers (ii-baby formula mixers). Ulawulo oluchanekileyo lobushushu bobisi lubalulekile ekukhuseleni impilo yosana. SLKORI-infrared temperature sensor izisa izisombululo ezintsha ezikrelekrele ngokulinganisa ngaphandle kokuthintana, ukuqonda ubushushu ngokuchanekileyo, impendulo ngexesha langempela, kunye nolawulo lobushushu olukrelekrele ngokonga amandla. Le teknoloji iphucula ukulula kunye nokhuseleko lwee-milk shakers ngelixa inciphisa ukusetyenziswa kwamandla ngoyilo olusebenzisa amandla kakuhle, inika iintsapho zanamhlanje amava okukhulisa abantwana akrelekrele nasebenza ngakumbi. Uphawu olucingisiswe ngakumbi yiteknoloji yokulinganisa ngaphandle kokuthintana, esusa iingozi zokungcoliswa okunqamlezileyo kunye nobunzima bokucoca obuhambelana nee-contaminant sensors zemveli. Abazali abasafuneki bakhathazeke malunga nokucoca ii-sensor okanye iimpazamo zokulinganisa ngenxa yokunxibelelana okubi. Le ndlela "yokubona ngaphandle kokuthintana" ibonelela ngokulinganisa ubushushu okusebenzayo ngakumbi kunye nokhuseleko olucocekileyo kwimpilo yeentsana. Okulandelayo, SLKOR iza kuqalisa iitships zeCMOS ezidityanisiweyo kusetyenziswa itekhnoloji ye-NFC yokuhambisa umbane kunye nesignali, esetyenziswa kakhulu kwiibrashi zamazinyo zombane, iimveliso zabantu abadala, izixhobo zonyango, nokunye. Hlala ubukele!
Amashumi amawaka eeNkampani akhetha iiBrand zaseTshayina – iKinghelm kunye neSlkor zithengiswa kakuhle kwihlabathi liphela!
2026-06-24
Kwiminyaka elishumi edlulileyo okanye ngaphezulu kokukhula kweshishini leesekethe ezidibeneyo eTshayina, iinkampani ezimbini ezinekomkhulu eShenzhen – iKinghelm Electronics kunye neSlkor Semiconductor – ziye zaphucuka zasebenzisana. Kwiminyaka engaphezu kweshumi yokunyamezela nobuchule, baye bavelisa indlela yophuhliso olusemgangathweni ophezulu kwiimveliso zasekhaya. Ikomkhulu laseKinghelm lineziko le-IDC kunye nendawo yokugcina izinto; ilebhu yayo eseTangxia, eDongguan, ixhotyiswe ngegumbi elipheleleyo elingenantsingiselo, ii-network analyzers, kunye nezinye izixhobo, ezikwaziyo ukwenza uvavanyo lobushushu obuphezulu/obuphantsi, iimvavanyo eziphindwe kabini ezingama-85, kunye neprototyping yemveliso entsha kunye nokulungisa iimpazamo. Isiseko sayo semveliso eLuzhai County, eGuangxi, sisebenza ngeendlela ezininzi zokwenza imveliso ngokuzenzekelayo kunye nabasebenzi abapheleleyo, kwaye iqela - emva kweminyaka yoqeqesho lobuchwephesha kunye nokungena - liqinisekisa ukuhanjiswa ngexesha elifanelekileyo, umgangatho ophezulu, kunye nomthamo ophezulu. ISlkor, ekhokelwa yifilosofi ethi "Slkor, Chips Driven Future," izinikele ekukhathaleleni oogxa bayo, ekuphuhliseni iimveliso ezintsha, nasekukhonzeni abathengi behlabathi. Ineeofisi zophando nophuhliso eBeijing naseSuzhou, kwaye kutshanje iqalise iimveliso ezintsha zophawu lwe-"slkor" eziquka ii-Hall sensors, ii-ADCs, ii-BMS ICs, ii-sensors, ii-optocouplers ezinesantya esiphezulu, kunye neekristale ezingasebenziyo. Ezi nkampani zimbini zingoodade, ezityalwe kwaye ziqhutywa nguMnu. USong Shiqiang, babelana ngombono ofanayo kunye nefilosofi, bebonke bebonelela abavelisi be-elektroniki behlabathi ngenkxaso yobugcisa epheleleyo kunye neemveliso eziqala kwi-"chip" ukuya kwi-"terminal".
Indawo yokwamkela iindwendwe eKinghelm naseSlkor Shenzhen. Ukususela ngo-2007, iKinghelm Electronics yazinza eHuaqiangbei, eShenzhen, idibanisa iitalente zobugcisa ezivela kwiYunivesithi yaseTsinghua, kwiYunivesithi yeSayensi ye-Elektroniki kunye neTekhnoloji, nakwamanye amaziko ukuze kwakhiwe amaqela obuchwephesha ophando kunye nophuhliso kunye namaqela okuthengisa. Kwiminyaka edlulileyo, ifumene amalungelo obunikazi kunye neziqinisekiso ezininzi zokuyila izinto ezintsha kuquka i-ISO9001, i-Dun & Bradstreet, i-RoHS, kunye ne-REACH. Kangangeminyaka ephantse ibe ngama-20, le nkampani ibigxile ekudlulisweni kwesignali engenazingcingo, izihlanganisi ze-elektroniki, kunye neenkqubo zonxibelelwano, kunye nothotho lwayo lwe-"Kinghelm" kunye noluhlu lwe-"KH" lwee-antenna, izihlanganisi ze-RF, ii-wiring harnesses, kunye neemveliso ezenziwe ngokwezifiso ezisetyenziswa kakhulu kwiziseko zophuhliso ezintsha, izithuthi zamandla amatsha, i-IoT, kunye nezinye iindawo eziphambili.
Iingenelo eziphambili zemveliso kaKinghelm zikwizihlanganisi ze-RF coaxial kunye nee-antenna. Izihlanganisi zayo ze-RF coaxial zibonelela ngoluhlu olupheleleyo lweentlobo ngeentlobo ezisebenza ngokuzinzileyo; iimodeli ezidumileyo ziquka i-KH-IPEX-K501-29, i-KH-SMA-K513-G, i-KH-SMA-KE-Z, i-KH-SMA-KWE17-G, i-KH-MMCX-Z, i-KH-IPEX4-2020, i-KH-SMA-KE-Z48H, i-KH-BNC50-3511, kunye ne-KH-SMA-P-8496, ezihlangabezana neemfuno ezahlukeneyo zonxibelelwano ukusuka kwizikhululo zonxibelelwano ukuya kwiimodyuli ze-IoT. Kwiimveliso ze-antenna, iKinghelm ibonisa ukugubungela okuqinileyo kwemeko, ukusuka kwi-antenna ye-2.4G/WiFi/Bluetooth KH-(2400)-K503-JB, ukuya kwizipringi ze-antenna KH-300922-TP kunye ne-KH-401525-TP, kunye ne-antenna efakwe kwibhodi KH-3216-A35.
Iziganeko zokusetyenziswa kweKinghelm KH-IPEX4-2020 Emva kweminyaka yokuqokelelana, uluhlu lwemveliso lweKinghelm luye lwanda lwaba ngamacandelo amaninzi: iziqwenga ze-shield KH-PBJ-440808, izixhumi ze-Ethernet (RJ45) KH-RJ45-58-8P8C kunye ne-KH-RCH56-8P8C-D, izixhumi ze-TYPE/USB KH-TYPE-C-16P kunye ne-KH-TYPE-CW-16P-T, izixhumi ze-audio KH-PJ-209-SMT, kunye neentambo ze-RF KHB(RG113)-100-29, ezenza ipotifoliyo yokudluliselwa kwesignali epheleleyo. Ezi mveliso zingasebenza njengendawo yokutshintsha iimodeli ezivela kwi-TE Connectivity (1909763-1), i-Amphenol, i-Hirose (W.FL-R-SMT-1), i-HRO, i-ECT (818026350), i-SOFNG, kunye nezinye iimpawu. Namhlanje, iimveliso zeKinghelm zithunyelwa kwamanye amazwe kwihlabathi liphela, zinceda abathengi abangaphezu kwe-10,000 bamanye amazwe.
Njengenkampani engudade boKinghelm, iSlkor Semiconductor yasekwa ngo-2015. Iqale njengendlu yoyilo lwe-IP yezixhobo zamandla, yakhula ngokukhawuleza yaba lishishini lesizwe lobuchwepheshe obuphezulu elidibanisa uphando nophuhliso, imveliso kunye nokuthengisa. Ngesiseko sobugcisa esomeleleyo, iqela layo eliphambili lidibanisa iingcali ezivela kwiYunivesithi yaseYonsei eMzantsi Korea kunye neYunivesithi yaseTsinghua, eziqhuba kakuhle kwiinkqubo zokuvelisa i-silicon carbide MOSFET eziphambili kwihlabathi kunye neetekhnoloji zesizukulwana sesihlanu ezikhawulezayo zokubuyisela amandla e-diode core. Ukususela oko yasekwa, ifumene iziqinisekiso zeCalifornia Proposition 65, ISO9001, RoHS, kunye neREACH, ukuqinisekisa inkqubo yomgangatho epheleleyo nethembekileyo.
Amaqela eKinghelm kunye neSlkor kwiMunich (Shanghai) Electronics Fair ka-2025. Isebenzisa iqonga eliqinileyo le-R&D, iSlkor ngoku inikezela ngeemveliso ezingaphezu kwama-2,000, kuquka iidiode, iitransistors, izixhobo zamandla, ii-IC zolawulo lwamandla, kunye nezinye ii-IC kwiinkalo ezintathu eziphambili, zenza i-matrix yemveliso ebanzi yezicelo ezahlukeneyo. Kwii-IC zolawulo lwamandla, ii-power chips ze-DC DC ze-Slkor zithathwa kakhulu ngokusebenza kakuhle nangokuzinza; iimodeli ezidumileyo ezifana ne-LM2596S‑5.0, LM2596S‑ADJ, LM2596S‑12, LM2575S‑5.0, kunye ne-LM2576S‑5.0 zisetyenziswa kakhulu kwizixhobo zonxibelelwano kunye ne-elektroniki yabathengi. Kwi-linear regulators (ii-LDO), i-LM317 kunye ne-SL4949 zibonelela ngezisombululo zombane ezinokuthenjwa. Kwizixhobo zamandla, uthotho lwe-thyristor (SCR) olufana ne-BTA16‑800B, BTA12‑600B, BTA41‑800B, BTA08‑800B, kunye ne-MOSFETs i-SL9945 kunye ne-IRFR5305 xa zizonke zenza uluhlu oluqinileyo lokuphatha amandla.
Ngaphezu koko, iitships zomqhubi kunye ne-interface - kuquka ii-gate drivers SL27524 kunye ne-SL27511, i-logic-output optocoupler 6N137S kunye ne-SLM601, i-RS232 chip SL3232E, i-transistor-output optocoupler SL247N, kunye ne-power switch BSP75N - zinokuthatha indawo yeemodeli ezivela kwiTexas Instruments (UCC27511), STMicroelectronics, Infineon, Renesas (PS2801C‑4‑F3‑A/M), ON Semiconductor, kunye nabanye, zibonelela ngokusebenza okuzinzileyo kwizixhobo zonyango, izixhobo ezisebenzisa ibhetri, kunye nezicelo zokubeka imoto.
Umqhubi wesango laseSlkor SL27524 usetyenziso lweemeko "Iminyaka elishumi yokutyala imithi, iminyaka elikhulu yokukhulisa abantu." KuKinghelm noSlkor, iminyaka elishumi sisiqalo nje esitsha. Kule minyaka ilishumi idlulileyo, siqhutywa bubuchule bobuchwepheshe kwaye sisekelwe kumgangatho wemveliso, sifumene ukuqatshelwa kwemarike kunye nokuthenjwa. Sijonge phambili kwiminyaka elishumi ezayo, siza kuqhubeka sisebenza eShenzhen, sisebenzisane ngokusondeleyo namaqabane angasentla nasezantsi, sivumele amashishini amaninzi ukuba asebenzise izinto ezinokuthenjwa nezinokuthenjwa, size sivumele ihlabathi libone amandla eempawu zaseTshayina.
Emva kweZihloko eZimbini Ezilandelelanayo, Sisaqhubeka——Udliwanondlebe lukaSlkor noSun Gaofei
2026-06-11
Emva kokuphumelela ubuntshatsheli beqela lentengiso lenyanga nganye kwi-"A-team" yenkampani ngoMatshi nango-Epreli, kunye nelungu eliphambili uLuo Yanping ephumelele ubuntshatsheli bokuthengisa ngabanye kabini, uSun Gaofei, uMlawuli weSebe leNtengiso I eSlkor, ukhokela iqela lakhe ukuba lizame ukufumana isihloko sesithathu. Ngexesha lodliwanondlebe, uthe, "Imeko yangoku yeqela lethu yile: ukunyuka intaba ukuya kuzingela iingwe, kwaye neengwe ziyasoyika." Emva koko wahleka wathi, "Kodwa loo nto yintlekisa nje yangaphakathi." Ukuphumelela olu khuphiswano kubangelwa kukusebenza nzima komntu wonke."
USong Shiqiang, uMphathi Jikelele weKinghelm & Slkor, enika ibhaso kwiSebe lezeNtengiso u-I Sun Gaofei ofunde izifundo zeTekhnoloji ye-Elektroniki ekholejini. Emva kokugqiba izifundo zakhe, wasebenza kwi-R&D iminyaka emithathu. Imvelaphi yakhe yobugcisa ibe luncedo kakhulu ekukhokheleni iqela – abasebenzi bezobugcisa babathengi bazimisele ukuba neencoko ezinzulu naye, kwaye unokunceda amalungu eqela ngokuthe ngqo ukuba asombulule iingxaki. Nangona kunjalo, xa wayethetha ngeendlela zokuphumelela ubuntshatsheli, wagxila ekusebenzeni kweqela. Indlela acinga ngayo icacile: qala ngokuhlalutya iinjongo zeqela kumntu ngamnye, uze emva koko umntu ngamnye azisebenzise kunye nabathengi abathile. NgoMatshi, balawula imfuno ngokubonisa abathengi ukuba bafake ii-odolo kwangethuba. Ukungena ku-Epreli, wayelindele ukuba oku kusetyenziswa kwangoko kuya kukhokelela ekuncipheni kwesantya, ngoko ke walungisa ngokukhawuleza icebo - efuna iqela ukuba lingene nzulu kubathengi abakhoyo ukuze bavelise ezinye iimodeli zemveliso ukuze zivelise ukusebenza okukhawulezileyo. "Ekubeni abathengi sele besebenzisana nathi, ukuthembana kwabo kuthi kuphezulu kakhulu." Isiphumo sale nkqubo yokumba nzulu sibonakale ngo-Epreli, kwaye iqela lilwe elinye idabi elibalaseleyo lokusebenza.
USong Shiqiang, uLuo Yanping, uSun Gaofei Ngokombono wakhe, amaqhinga omntu wonke afana kakhulu, kwaye eyona nto ibalulekileyo kwimpumelelo yindlela iqela elicinga ngayo. "Olunye uphawu lweqela lethu kukuba nanini na xa ndisithi kufuneka sityhalele phambili ukuze sisebenze kakuhle, wonke umntu uzele kukuzithemba nomdla." Imeko apho wonke umntu elwela kwaye ethembana khona yeyona nto iphambili kukhuphiswano. Emva kokuba uLuo Yanping ephumelele itshatsheli yokuthengisa nganye nganye kangangeenyanga ezimbini zilandelelana, uSun Gaofei wamcela ngokukodwa ukuba enze iseshoni yokwabelana ngenkqubo epheleleyo - egubungela yonke into ukusuka ekuphuhlisweni kwabathengi, ukulandelela abathengi, ukufumana ii-odolo, ukuya kulawulo lweshedyuli yokuhanjiswa kweenkonzo, ukuqokelelwa kwentlawulo, kunye nokugcinwa kwabathengi. "Nje ukuba kumiselwe umlinganiselo, wonke umntu uyaqonda ukuba lo asilulo uphahla, kodwa luphawu oluphezulu okwangoku, kwaye wonke umntu ufuna ukulusukela." Loo seshoni yokwabelana ifumene impendulo entle kwiqela, ingakumbi kumalungu amatsha awayengacacanga ngeenjongo zawo; emva kokumamela, ayazi ukuba aza kujolisa kweyiphi indlela imizamo yawo.
Isebe lezentengiso I indebe yentshatsheli kunye neflegi ebomvu yeselula Ukukwazi kweqela ukuhlasela phambili bekungenakwenzeka ngaphandle kwenkxaso enamandla evela kumdlali ongasemva. USun Gaofei ukhankanye ngokuphindaphindiweyo ukubaluleka kodumo lwegama leSlkor kunye nentsebenziswano phakathi kwamasebe: "Impembelelo yegama lelo ibaluleke kakhulu." Ngoku uphawu lweSlkor lufumene udumo kwimarike, kwaye inani lemibuzo yemihla ngemihla lizinzile. Ngentsebenziswano ekhawulezileyo evela kwicandelo lokubonelela ngeenkonzo, kwindawo yokugcina impahla, kunye namasebe ezezimali, siyakwazi ukuvala izivumelwano. Ukusebenza akupheleli nje ekulweleni iqela lokuthengisa ii-odolo; kwenziwa kunye ngumntu wonke."
USu Gaofei, uMlawuli weSebe leNtengiso I, ngexesha lodliwanondlebe. Emva kokuba nguMlawuli weSebe leNtengiso I kangangeminyaka engaphezu kwemibini, uSun Gaofei ukholelwa ukuba ezona zinto zimbini zibalulekileyo ekukhokeleni iqela zezi: ukunceda amalungu asombulule iingxaki kunye nokusasaza izibonelelo ngokufanelekileyo. "Njengenkokeli yeqela, kufuneka usombulule iingxaki ngokwanelisayo, ungazobi nje umfanekiso omhle ngaphandle kokuthatha amanyathelo." Unike umzekelo: ngelixa ilungu leqela lalikwikhefu lokubeleka, umthengi wakhe eZhongshan wayenesikhalazo. Wakhawuleza waya apho nonjineli waza wayisombulula loo ngxaki ngaloo mini inye. "Abathengisi banamehlo abukhali; bazi kakuhle ukuba ungabanceda ngokwenene na ukusombulula iingxaki."
"Isishwankathelo Esisemgangathweni Soqeqesho Oluphezulu Nolusebenzayo" lukaSun Gaofei Ngokuphathelele abo baqalayo ukuqeqesha, inyathelo lokuqala likaSun Gaofei "kukunika utyando lokuthintela". "Kwishishini le-semiconductor, akukho mntu ufikayo onokuphumelela kwangoko emva kokujoyina." Ukukhula kokwenyani kuvela ekuqaleni ngabathengi abancinci ukuya kwabakhulu, ukusuka ekulandeleni iimvavanyo zesampulu ukuya kwimveliso enkulu - le yinkqubo ende. Kodwa wakuba uphumelele, iprojekthi enye elungileyo ingazisa imbuyekezo eqhubekayo iminyaka emithathu ukuya kwemihlanu.
Ngokuphathelele uqeqesho oluthile, ugxininisa amagama asibhozo: "Yiba ngumntu osebenzayo, yenza ngokuthembeka." "Abafikayo bayabhideka xa bejoyina; sibanika abacebisi, kodwa kufuneka uthathe inyathelo lokubuza." Umgaqo weSebe lethu lokuThengisa I kukuba nanini na xa umntu omtsha ebuza umbuzo, sabelane ngayo yonke into esiyaziyo. Uthi ufundise abantu abaninzi, kodwa ukuba bafunda kangakanani kuxhomekeke kwisakhono sabo. "Umntu ozimiseleyo ngokuqinisekileyo uya kufunda ngokukhawuleza."
I-Sun Gaofei iqeqesha abathengisi abatsha ngolwazi lobungcali Uthotho lweemveliso ze-semiconductor ze-Slkor Ejonge phambili kwimarike ye-semiconductor ngoMeyi, i-Sun Gaofei ivumile ukuba eli xesha lonyaka lidla ngokuba lixesha eliphakamileyo, kodwa kulo nyaka kukho ukwehla kwesantya, kunye nabathengi abambalwa abacela iikowuteshini. Iqela okwangoku lisebenzisa amaqhinga amatsha okugcina ukukhula kwentsebenzo, kodwa akakhululekanga ukuwatyhila kwangaphambili. "Akulunganga ukuthetha ngezinto ezingekazaliseki." Ngokuphathelele ukuba bangayiphumelela na intshatsheli okwesithathu, impendulo yakhe yayicacile kakhulu: "Hlala ubukele."
Umphathi Jikelele uSong Shiqiang uvakalise ithemba lakhe lokuba amaqela aliqela okuthengisa aseKinghelm naseSlkor aza kugcina umoya wawo wokulwa, aqinise intsebenziswano phakathi kokhuphiswano, aze afumane ii-odolo ezingaphezulu kwimarike. Unqwenelele inkampani kunye noogxa bakhe ukusebenza ngcono!
Isisombululo sesicelo sokukhusela ibhetri ye-Slkor DW03 Lithium
2026-06-11
SLKOR"Uphawu lufumene udumo negama kwihlabathi liphela, ngesabelo semarike esikhulayo rhoqo, kwaye lufumene iziqinisekiso ze-ISO9001, RoHS, REACH, California 65, kunye nezinye."
ISlkor ineziko lophando nophuhliso eBeijing naseSuzhou, kwaye ikomkhulu layo laseShenzhen liquka ilebhu kunye nendawo yokugcina impahla ephakathi. Iimveliso eziphambili ziquka uthotho oluthathu olukhulu: ii-diode kunye nee-transistors, izixhobo zamandla, kunye neetships zokulawula amandla. Iimveliso ezintsha ezifana nee-Hall sensors, ii-ADCs, ii-BMS, ii-optocouplers ezikhawulezayo, kunye nee-crystal oscillators ziyaziswa kancinci kancinci. Ezi mveliso zisetyenziswa kwiifowuni eziphathwayo, iilaptop, iirobhothi, izixhobo zamandla, iitelematics, iimveliso zedijithali ze-3C, i-AIoT, kunye nezinye izimboni, zisebenzisana namaqabane ehlabathi angaphezu kwe-10,000!
"Ikamva leSlkor Micro Chips Driven". Iwebhusayithi esemthethweni kaSlkor yakhiwe yaba liqonga apho oontanga be-semiconductor bafunda khona kwaye batshintshiselane ngezimvo, bedala inkqubo yezoshishino kwi-cyberspace ukuze bakhonze ukusebenza nophuhliso lwenkampani. Umbono wenkampani kukuba emva kweminyaka engama-30 yemizamo engapheliyo, oogxa bakhe baza kwenza iSlkor ibe "yinkampani ekhokelayo kushishino lwe-semiconductor"!
1.1 Igama: Isisombululo sesicelo sokukhusela ibhetri ye-Slkor DW03 Lithium 1.2 Isicelo: Iphakheji yebhetri ye-lithium-ion yeseli enye; iphakheji yebhetri ye-lithium polymer 2. Itshiphu iza kwiphakheji ye-SOT23-5.
2.1 Iimpawu zeMveliso Imveliso ye-DW03 sisisombululo esidibeneyo kakhulu sokukhusela iipakethi zebhetri ezitshajwayo ze-lithium-ion/lithium polymer ezineseli enye. I-DW03 iquka i-MOSFET enamandla aphambili, iisekethe zokufumanisa umbane ezichanekileyo kakhulu, kunye neesekethe zokulibaziseka.
I-DW03 inika yonke imisebenzi yokukhusela ibhetri efunekayo efana nokutshaja kakhulu, ukukhupha ngaphezulu, umbane ogqithisileyo, kunye ne-short circuit, kunye nokusetyenziswa kwamandla okuphantsi kakhulu ngexesha lokusebenza. Le chip ayenzelwanga iifowuni eziphathwayo kuphela kodwa ikwalungele zonke iintlobo zeemveliso zolwazi ezifuna iibhetri ze-lithium-ion okanye i-lithium polymer ezinokutshajwa ukuze zifumane umbane ixesha elide.
2.2 I-DW03 ijonga i-voltage yebhetri kunye nomsinga, kwaye ikhusela ibhetri ye-lithium etshajwayo yeseli enye ekonakaleni ngenxa ye-voltage etshajwayo kakhulu, i-voltage ekhuphayo kakhulu, i-overcharge current, i-over-discharge current, kunye ne-short circuit ngokususa itshaja okanye umthwalo. Le nkqubo inesekethe yangaphandle elula. I-MOSFET yakhelwe ngaphakathi, inokumelana okuqhelekileyo kwe-65mΩ.
3.1 Ukufunyanwa kwetshaja; Umsebenzi wokutshaja ibhetri ye-0V; ixesha lokulibaziseka elisetwe ngaphakathi; ukufunyanwa kwevolthi echanekileyo kakhulu.
3.2 Umbane othuleyo ophantsi: Umbane oqhelekileyo osebenzayo: 2.8uA; Umbane olindileyo: 1.5uA; I-RoHS kunye nokuthobela i-lead-free.
4. Isicelo soKhuseleko lweBhetri yeLithium yeSlkor DW03 kwiSisombululo soMchebi woMbane: Umfanekiso 1 Umfanekiso 2 Umfanekiso 3 Umgaqo woSetyenziso Ukhuseleko lwebhetri ye-lithium yeseli enye yeSlkor DW03. I-DW03 iquka i-MOSFET enamandla aphucukileyo, iisekethe zokubona umbane ezichanekileyo, kunye neesekethe zokulibaziseka, kwaye isetyenziswa kakhulu kwizixhobo ezincinci zasekhaya. Kwisekethe yesicelo seshaver eboniswe kumfanekiso, i-USB Type-C inika amandla okutshaja ibhetri ye-lithium yeseli enye. Ngexesha lokutshaja, i-MCU's ADC I/O port iqokelela i-voltage yokutshaja kwaye ibonise inqanaba lebhetri kwityhubhu yedijithali. Isekethe yokutshaja yakhiwe ngolawulo lokutshaja lweSlkor SL4056 kunye neesekethe ezilula ze-peripheral. Kwicandelo lokuqhuba iimoto, kusetyenziswa i-Slkor 3400 MOSFET, kwaye i-MCU I/O port iqokelela imiqondiso ephambili ukulawula ukuvulwa/ukuvalwa kwemoto. I-DRV sisignali yokuqhuba isango. Xa i-MCU ibona ukuba isitshixo sicinezelwe, i-DRV ikhupha umgangatho ophezulu kwaye i-shaver iqala ukujikeleza.
5.1 Umfanekiso 1 yisekethe yesalathiso kuphela ye-MCU yokuqokelela ukutshaja kwebhetri ye-lithium. Qaphela ukuba i-DW03 iqhagamshela kwisiphelo se-positive sebhetri ye-lithium nge-resistor ye-100R, i-pin 2 yetship iqhagamshela kwisiphelo se-negative sebhetri ye-lithium, kwaye ii-pin 4 kunye ne-5 ziqhagamshela kwi-GND. Abasebenzisi banokulandela iinkcukacha zokuyila nokwakha ngokulula isekethe yokukhusela ibhetri ye-lithium-ion yeseli enye.
I-DW03 ikhusela ibhetri ye-lithium etshajwayo yeseli enye ekonakaleni ngenxa ye-voltage egqithisileyo, i-voltage ekhuphayo kakhulu, i-current ekhuphayo kakhulu, i-current ekhuphayo kakhulu, kunye ne-short circuit. Ukuba akukho meko ingaqhelekanga ifunyenweyo, i-transistor ephumayo ihlala ivuliwe, kwaye ukutshaja nokukhupha kungatshintsha ngokukhululekileyo. Oku kubizwa ngokuba yimo yokusebenza eqhelekileyo. Ngexesha lokukhupha ibhetri ngendlela eqhelekileyo, xa i-voltage yebhetri yehla ngaphantsi kwe-voltage yokubona i-over-discharge detection (VDL) kwaye ubude bayo bufikelela okanye budlule ixesha lokulibaziseka kwe-over-discharge voltage detection (TDL), i-DW03 iyayikhupha ibhetri kumthwalo ize iyeke ukuyikhupha.
Oku kubizwa ngokuba yimeko ye-over-discharge voltage. Kwindlela yokusebenza eqhelekileyo, xa umsinga wokukhupha ulingana okanye ungaphezulu kwexabiso elibekiweyo (i-voltage ye-VM ilingana okanye ingaphezulu kwe-voltage yokufumanisa umsinga ogqithisileyo) kwaye ubude bufikelela kwixesha lokulibaziseka kokufumanisa umsinga ogqithisileyo, i-DW03 iyayicima i-FET yokukhupha kwaye iyeke ukuyikhupha. Oku kubizwa ngokuba yimeko yangoku yokukhupha inkunkuma kakhulu. Ngexesha lokutshaja okuqhelekileyo, ukuba i-voltage ye-VM yehla ngaphantsi kwe-voltage yokubona itshaja (i-VCHA) kwaye ubude bayo budlula ixesha lokulibaziseka kokuchaja ngokugqithisileyo (i-TCU), i-DW03 iyayicima i-FET yokutshaja ize iyeke ukutshaja. Oku kubizwa ngokuba kukufumanisa i-charge current engaqhelekanga, njl.
5.2 KuMfanekiso 2, iiTVS ezibhekisa kwicala elinye zokukhusela ukuvuza yiSlkor SMF5.0CA, enevolthi yeVRWM eyi-5.0V kunye nokukwazi ukubamba okugqwesileyo, kunye namandla okubetha okuphezulu angama-200W phantsi kwe-10/1000 µs waveform. I-Q2 kunye ne-Q4 zombini zii-Slkor MOSFET. I-MCU ivumela ulawulo lwesignali Q2 ukuba luvule i-Q4, kwaye emva kokuba i-Q4 iqhubekile, i-Type-C ikhupha i-voltage VCC ukuze inike amandla umthwalo.
5.3 KuMfanekiso 3, i-D4 kunye ne-D5 zisebenza kakhulu njengebhetri kunye nesekethe yokutshintsha umbane yohlobo lwe-C. Xa itshaja isusiwe, ibhetri ye-lithium inika amandla. I-D4 kunye ne-D5 zii-diode ze-Slkor 1N5819WT Schottky, ezine-reverse leaking current ye-1uA, i-voltage rating ye-40V, i-maximum forward current ye-1A, kunye ne-low forward voltage drop, nto leyo eyenza ukuba zifaneleke kakhulu kwii-low-current applications ezifana nee-MCU.
6. Ulwazi lweTheyibhile yeBOM yoKhuseleko lweSlkor DW03 Lithium Battery lulandelayo: I-Slkor Semiconductor inika abathengi bokugqibela kunye nabasasazi ukufikelela lula kwiimveliso ezintsha phantsi kophawu lwe-"Slkor", iqinisa iinkonzo zenkxaso yobugcisa kubathengi, kwaye inikezela ngolwazi oluneenkcukacha ngemveliso. Nceda uqhagamshelane nabasebenzi bethu ukuze ufumane iinkcukacha ezithe vetshe.
IYunivesithi yaseTsinghua iphuhlisa iMathiriyeli ye-EUV yokuFotoresist efanelekileyo
2025-08-01
?Kutsha nje, iqela lophando elikhokelwa nguNjingalwazi uXu Huaping ovela kwiSebe leKhemistri kwiYunivesithi yaseTsinghua lenze inkqubela phambili ebonakalayo kwimathiriyeli ye-photoresist ye-ultraviolet (EUV) egqithisileyo. Baphuhlise i-photoresist yenoveli esekwe kwi-polytelluoxane (PTeO), enikezela ngesicwangciso esitsha soyilo lwezixhobo eziphambili kwimveliso ye-semiconductor ephezulu.
I-Rapidus yaseJapan iQalisa iMveliso yoVavanyo lwe-2nm, ijolise kwiZiphumo ezininzi ngo-2027.
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Umenzi wetshiphu waseJapan uRapidus ubhengeze ukuqaliswa ngokusemthethweni kovavanyo lwemveliso ye-2nm wafers, kunye nezicwangciso zokufikelela kwimveliso yobuninzi obupheleleyo ngo-2027.
Ixabiso leSivuno le-Samsung DRAM lidlula i-50%, iCwangciso loMveliso weMisa ye-HBM4 kwisiqingatha sesibini
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I-Samsung Electronics yenze inkqubela phambili ebonakalayo kwinkqubo yayo ye-10-nanometer-class yesithandathu yesizukulwana (1c) yeDRAM, kunye nezinga lesivuno elidlula i-50%. Le mpumelelo ibonakalisa amandla e-Samsung okuphucula ukukhuphisana kwayo kwimakethi yememori esebenza kakhulu kwaye iceba ukuqalisa ukuveliswa ngobuninzi besizukulwana sesithandathu seMemori yoBandwidth ePhakamileyo (HBM4) kwisiqingatha sesibini salo nyaka.
I-5% ephezulu yeeNkampani ziMonapolisa iiNzuzo kwi-Global AI Semiconductor Industry
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Inzuzo yezoqoqosho ebanjwe yi-5% ephezulu yeenkampani igqithise inzuzo yezoqoqosho iyonke (i-147 yeebhiliyoni zeedola) eveliswe yimarike yonke ye-semiconductor.
UMorgan Stanley: Imakethi yee-semiconductor ingafikelela kwi-$1.5 trillion ngo-2030
2026-05-26
I-International1. I-Micron Technology iza kuqalisa kwakhona imveliso ye-DDR4 kunye ne-LPDDR4, kunye nokwanda okulindelweyo okuphindwe kane kokunikezelwa kwe-DDR4 wafer. 2. Ngokweengxelo, i-Samsung Electronics iphumeze ngempumelelo itekhnoloji yokuqala yehlabathi ye-900 layer V-level NAND prototype. 3. I-Amkor iyandisa uyilo lwayo oluphambili lokupakisha e-Arizona kwaye ityhile ukuba inkampani isebenzisana ne-AMD kwi-chip packaging. 4. I-Nvidia iza kuseka ilebhu yophando lwe-AI eSingapore ukukhuthaza ngakumbi uyilo lwetekhnoloji ye-automation kunye ne-robotics. 5. I-SK Hynix ibhengeze ukuqaliswa kwetekhnoloji yokugcina ubushushu elawulwa bubushushu ebizwa ngokuba yi-"iHBM". Xa kuthelekiswa nezisombululo zemveli, ukumelana nobushushu kwe-iHBM kuncitshiswe ngama-30%. 6. Ngokwengxelo kaMorgan Stanley, kuqikelelwa ukuba ubungakanani bemarike yeshishini le-semiconductor yehlabathi bunokufikelela kwi-$1.5 trillion ngo-2030, kunye neetships ezinxulumene ne-AI ezinegalelo ukuya kuthi ga kwi-50%. I-Domestic1. I-Huatian Technology ityale i-3 yeebhiliyoni zeeyuan ukwakha "iProjekthi yokwakha ye-Huatian Nanjing Advanced Packaging and Testing Industry Base Phase II Phase II". 2. UZiguang Guowei uceba ukuthenga iRuineng Semiconductor nge-1.9 yeebhiliyoni zeerandi. Emva kokuba intengiselwano igqityiwe, iRuineng Semiconductor iya kuba yinkampani ephethwe ngokupheleleyo yiZiguang Guowei. 3. IKinghelm kunye neSlkor baqesha aBalawuli beeAkhawunti eziPhambili! Kufuneka babe nokufikelela kwizixhobo zabathengi ezinkulu kunye nokukwazi ukujongana nemingeni kushishino lwe-elektroniki, ngembuyekezo enkulu. Wamkelekile abantu abanamabhongo ukuba bajoyine nathi, bahlole imakethi kunye, kwaye benze ikamva kunye! 4. UYu Hao, i-CEO yeZhumi Technology, uxele esidlangalaleni ukuba iZhumi Auto kulindeleke ukuba ifezekise imveliso enkulu malunga nonyaka onesiqingatha, kubekwe phambili ekwandiseni kwiimarike zaphesheya. 5. Ii-wafers ze-silicon ze-monocrystalline zeGlobal Crystal ezingama-2-intshi zesikwere ziqalile ukuqinisekiswa kancinci kwaye kulindeleke ukuba zenziwe ngobuninzi kwikota yesine ka-2026. 6. I-NE Times ikhuphe idatha yekota yokuqala ka-2026, ebonisa ukuba amandla afakiweyo eemodyuli zamandla ze-silicon carbide ezihlanganisiweyo zeXinlian akwindawo yesibini eTshayina, enesabelo semarike se-14.6%.
I-Changxin Technology iqalile ukupapashwa kuluhlu lwe-"Global Top 100 Innovative Institutions"
2026-01-22
I-Changxin Technology ifakiwe kuluhlu luka-2026 lwe-"Global Top 100 Innovative Institutions," eyinkampani yodwa yememori ye-semiconductor phakathi kwamashishini asixhenxe aseTshayina kuloluhlu kulo nyaka.
Amanqaku eKinghelm kunye neSlkor Heat asasazwa kwihlabathi liphela!
2026-01-21
Kutshanje, amanqaku adumileyo kaKinghelm noSlkor asasazwe ngokubanzi kwihlabathi liphela, nto leyo eyandisa udumo kunye nempembelelo ye-"Kinghelm" kunye ne-"Slkor."
Imarike ye-IoT yeZithuthi yaseTshayina iyanda: Iza kudlula i-1.2 Trillion Yuan ngo-2030 nge-15.8% CAGR!
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Ngowama-2024, imakethi ye-IoT yaseTshayina yezithuthi ifikelele kwisikali se-yuan ezingama-500 eebhiliyoni, kwaye kulindeleke ukuba idlule kwi-yuan ezili-1.2 trillion ngo-2030, kunye nezinga lokukhula lonyaka elihlanganisiweyo (CAGR) le-15.8% ngeli xesha.
Intetho kaSong Yuanming kwiNtetho kaHuaqiang: Indlela eya kwiBranding yeHlabathi kaKinghelm noSlkor
2026-06-05
Ngomhla we-16 kuCanzibe, ngowama-2026, uSong Yuanming, uMlawuli weHlabathi weKinghelm/Slkor, wamenywa ukuba athethe kwiNtetho yeHuaqiang. Egxile kumxholo othi "Indlela eya kwiBranding yeHlabathi yeeBrandi zasekhaya," wabelane ngamava asebenzayo ekuhlanganiseni iibrandi ze-semiconductor zaseTshayina kwihlabathi liphela kunye nabanye oochwephesha kushishino lwezixhobo ze-elektroniki. Esebenzisa uphando lwakutshanje lukaKinghelm noSlkor kunye nempumelelo kwiimarike zaphesheya, wachaza ngokucwangcisiweyo indlela iimpawu zasekhaya ezinokuphuma ngayo ukusuka "ekubonweni" ukuya "ekukhethweni," ukusuka ekwakheni imatrix yokuthengisa yedijithali ukuya kuluhlu lwamaqonga aphesheya.
USong Yuanming, uMlawuli weHlabathi weKinghelm/Slkor Global Strategy: Ukusuka kwi "Passive Involution" ukuya kwi "Proactive Breakthrough" Ngexesha lentetho yakhe, uSong Yuanming ubonise ukuba imakethi yezixhobo ze-elektroniki zasekhaya ijongene nokhuphiswano oluqinileyo, kunye neemfazwe zamaxabiso eziqhubeka zicinezela inzuzo, nto leyo eyenza ukuba ukuya kwihlabathi liphela kube lukhetho olubalulekileyo. Kwangaxeshanye, iikhrayitheriya zovavanyo lwabathengi bamanye amazwe nazo ziyatshintsha: amandla obuchwephesha, uzinzo lokuhambisa, kunye nokuthembeka kophawu lwemveliso kuya kuba yinto ebaluleke ngakumbi. Iinjineli kunye nabasebenzi bokuthenga bakhetha ngakumbi ukufumana ababoneleli ngeGoogle, uphendlo lweBing, kunye namaqonga oshishino. "Nabani na obonwa kuqala aze abonakale engochwephesha ngakumbi ufumana imibuzo emininzi kunye nee-odolo." Ngokusekelwe kolu lwazi, uKinghelm kunye noSlkor bakhe ngokucwangcisiweyo imatrix yokuthengisa ngedijithali phesheya kwiminyaka yakutshanje, bephuhlisa kancinci indlela yehlabathi "yokukhangela → uphando → isampulu → ukuthenga okuphindaphindiweyo."
I-Song Yuanming yabelana nge-SEO kunye ne-GEO optimization Ii-Four Core Levers zokwakha i-Overseas Marketing Closed Loop I-Song Yuanming ishwankathele i-overseas marketing ibe ziinqanaba ezine eziphambili, yenza i-closed loop epheleleyo ukusuka kwi-traffic ukuya kwii-odolo.
Indlela kaKinghelm noSlkor yokuThengisa ngaMazwe ngaMazwe Indlela yoKwakha iiWebhusayithi ezizimeleyo. UKinghelm noSlkor bagqibile ukuseta iiwebhusayithi zabo ezizimeleyo zesiNgesi, ezigubungela iimodyuli eziphambili ezifana nokubekwa kwebhrendi, izatifikethi, iiparameter zemveliso, ukhuphelo lweDatasheet, iiportals zophando, kunye nezicelo zeesampuli. USong ugxininise wathi: "Iwebhusayithi esemthethweni ayisiyo nje ikhadi le-e-business, kodwa yindawo yokusebenzela efumana abantu rhoqo, igcina abathengi, kwaye iqhubela phambili ukuguquka kwemibuzo."
Ukuphucula i-SEO kunye ne-GEO. I-Song Yuanming ibonise idatha ephilayo ye-Google indexing: ukuza kuthi ga ngoku, igama elingundoqo le-Kinghelm brand linama-521,000 e-indexed, ngelixa igama elingundoqo le-Slkor brand linama-15,000,000 e-indexed. "I-SEO inceda abathengi ukuba basifumane kwiinjini zokukhangela; i-GEO inceda abathengi basibone kwiimpendulo ezinkulu – le yindlela elandelayo ephambili yokufumana abathengi bebhrendi yethu."
Isaziso seendaba kunye nokuThengisa ngoMxholo. IKinghelm kunye neSlkor zihlala zivelisa umxholo osemgangathweni ophezulu kwimidiya yeshishini, iiblogi zobuchwepheshe, iLinkedIn, kunye namanye amaqonga, zifezekisa ukuthembeka kwebhrendi kunye nokwakha i-backlink ye-SEO. Okwangoku, isicwangciso esipheleleyo seTikTok, iYouTube, iDouyin, iWeibo, iXiaohongshu, kunye neLinkedIn sigqityiwe. USlkor unabalandeli abangama-24,500 kwiTikTok, abantu abali-150,000 abathandwayo kunye nabalandeli abangama-45,000 kwiDouyin, nto leyo ebonisa impumelelo eqhubekayo kwi-matrix yabo yokukhuthaza.
Ukufakwa kuluhlu kumaQonga aMazwe ngaMazwe. Ukudweliswa kumaqonga afana neDigiKey, Mouser, Element14, Supplyframe, kunye neCorestaff "litikiti lokungena" kwiibhrendi zasekhaya ukuze zingene kwikhonkco lokubonelela ngeenkonzo kwihlabathi liphela. Ecaphula idatha ye-DigiKey backend, uSong ubonise ukuba ii-diode zikaSlkor, ii-transistors, ii-sensors, ii-IC zolawulo lwamandla, ii-optocouplers, kunye nezinye iindidi ziye zabona ukunyuka rhoqo kwenani lee-odolo ukusuka ngoJulayi 2024 ukuya ku-Epreli 2026, zidlula ii-odolo ezili-1,700 ngo-Epreli 2026.
Indlela uSlkor asebenzisa ngayo i-odolo kwiqonga leDigiKey Le ndlela iqinisekisiwe kwiKinghelm kunye neSlkor. USong Yuanming uqukumbele ngelithi: "Ubudlelwane behlabathi obusekelwe kwi-intanethi beempawu ze-elektroniki zasekhaya abupheleli nje ekukhuthazeni." Igxile kwiwebhusayithi ezimeleyo, isebenzisa i-SEO, i-GEO, kunye nomxholo njengeenjini zokukhula, ixhomekeke kwimatrix yokukhuthaza ukungena kwethrafikhi kunye nokuqinisekiswa kokuthembana, kwaye isebenzisa uluhlu lweqonga njengezixhobo zokukhulisa ii-odolo. Ngokombono wakhe, amaqonga azisa ukuvezwa, iwebhusayithi ithwala uphawu, kwaye umxholo wakha ukuthembana - kuphela xa ezi zintathu zisebenzisana apho ukuthengwa okuphindaphindiweyo kwexesha elide kungenziwa khona.
I-Song Yuanming ibonisa i-Google indexing volumes yeKinghelm kunye neSlkor. Impumelelo yeempawu zeKinghelm kunye neSlkor kwihlabathi liphela ayinakwahlulwa kwinkcubeko yeHuaqiangbei "yokuzama, yokusungula izinto ezintsha, yokuzingisa, neyokusebenza" eyayikhuthazwa nguMnu. Ingoma Shiqiang. Esi siganeko sokwabelana sinike iKinghelm kunye neSlkor ithuba lokubonisa impumelelo yabo eyenzeka kwamanye amazwe, ukwazisa ixabiso lophawu, kunye nokutshintshiselana ngezimvo noontanga babo. Kwintetho yakhe yokugqibela, uSong Yuanming umeme abanye oontanga bakhe ukuba bajoyine uphuhliso lweKinghelm kunye neSlkor, besebenzisana ukuze iimveliso zasekhaya zisasazwe kwihlabathi liphela!
Iprofayili yeNkampani yokufunda kunye nokutshintshiselana: Amalungu obuchwephesha aphambili eKinghelm naseSlkor avela kwiYunivesithi yaseTsinghua nakwiYunivesithi yeSayensi ye-elektroniki kunye neTekhnoloji yaseTshayina, kwaye aquka nabantu abaninzi ababuya kwamanye amazwe. IKinghelm ibisoloko ibandakanyeka kakhulu kwiteknoloji ye-microwave RF kangangeminyaka ephantse ibe ngama-20. Ilebhu yayo ephambili eShenzhen ixhotyiswe kakuhle, ikwazi ukugqiba ngokuzimela uphando nophuhliso lwemveliso entsha kunye novavanyo. Isiseko sayo semveliso eLuzhai County, kwiPhondo laseGuangxi, sixhotyiswe ngemigca yemveliso ekrelekrele, evumela ukuhanjiswa kwemveliso ngobuninzi. Iimveliso ziquka ii-antenna zeBeidou/GPS, ii-antenna zeBluetooth kunye neWiFi, kunye nothotho lweentambo ze-RF jumper; izihlanganisi zesignali, izihlanganisi zebhodi ukuya kwelinye, izihlanganisi zebhodi kunye nezihlanganisi, iimveliso zochungechunge lweswitshi; kunye neentambo zentambo zonyango nezeemoto ezenzelwe wena, iiprobe ezingezizo ezisemgangathweni kunye nophuhliso lwezihlanganisi, kunye nokuzoba, ukuvula isikhunta, ukuvavanya, ukuvelisa ngobuninzi kunye nezinye iinkonzo ezixhasayo. "Slkor, shukumisa ikamva ngentliziyo." USlkor uphatha oogxa bakhe kunye noontanga bakhe ngokunyanisekileyo, eqhuba inkampani kunye nophuhliso lweshishini rhoqo ngezixhobo ezintsha, ubuchwepheshe, iimveliso kunye neemodeli zenkonzo. Iimveliso eziphambili zikaSlkor ziquka ii-diode zeTVS, ii-transistors, iiMOSFET, ii-IGBT kunye nezinye izixhobo zamandla; ii-IC zolawulo lwamandla, njl. Ikwaqalise iimveliso ezintsha ezifana nee-Hall sensors, i-BMS, ii-optocouplers ezinesantya esiphezulu, kunye neekristale ezingasebenziyo. Mr. USong Shiqiang waseka iShenzhen Kinghelm Electronics Co., Ltd. kunye neShenzhen Slkor Micro Semicon Co., Ltd. eHuaqiangbei. Ezi nkampani bezisoloko zinamathele kwinkcubeko yenkampani "yokunyaniseka, ukukhuthala, ukuzimisela, kunye nokuqwalasela iinkcukacha," kunye nemigaqo yokuziphatha yenkampani yobulungisa, ukuvuleleka, intsebenziswano, kunye nokuphumelela komntu ngamnye, okuvumela uphuhliso oluzinzileyo. IKinghelm kunye neSlkor ngoku zikhule zaba ziimpawu ezinefuthe negama elihle kwihlabathi liphela, zibonelela ngeemveliso kwaye zixhasa iinkonzo zobugcisa kubathengi abangaphezu kwama-40,000 kwihlabathi liphela.
INtaba iMaluan eNtlabeni kuNyaka weHashe—Kunye, Phambili, Akukho loyiko! Isakhiwo seQela laseNtwasahlobo saseKinghelm naseSlkor sika-2026
2026-04-02
Umoya wasentwasahlobo ngoMatshi ulungile, kwaye yonke into ithembisa kakhulu. Ngomhla wama-28 kweyoKwindla, abasebenzi abangaphezu kwekhulu kunye namalungu osapho athile avela eKinghelm naseSlkor, bekhokelwa nguMphathi Jikelele uMnu. USong Shiqiang, waqalisa uhambo lwasentwasahlobo olunesihloko esithi "Ukunyuka iNtaba yaseMaluan ngoNyaka weHashe, Ukulwela Kunye ngeNtshiseko kunye nokuSebenza kunye!" Wonke umntu wathabatha ikhefu kwimisebenzi yakhe exakekileyo, watshintsha impahla yakhe yezemidlalo ekhululekileyo, walahla ukudinwa okuqhelekileyo, waza wazibhokoxa kwindawo yendalo. Baphefumla intsingiselo yentwasahlobo phakathi kweentaba baza bomeleza umanyano lwamaqela ngexesha lokunyuka.
Iqela laseKinghelm/Slkor lithatha ifoto yeqela phambi kweHolo yooNkokho baseLuo. Ngentsimbi ye-9:30 kusasa, iqela eliphambili laqala ukusuka ekungeneni okusemantla kweNtaba yaseMaluan. Indlela yayinemithi eluhlaza, kwaye iqela lalihambahamba ecaleni kwendlela ngamaqela amancinci, lincokola kwaye lihleka njengoko babehamba ehlathini. Bakufika kwiMaluan Mountain Waterfall, inkungu ebandayo yatshiza kubo, kwaye wonke umntu wema kancinci ukuze athathe iifoto phambi kwamanzi aqukuqelayo.
ULi Jianhui, uMphathi weWarehouse eKinghelm, kwiMaluan Mountain Waterfall. Iqela lihamba ngeenyawo ehlathini. Bedlula kwindawo yoVukelo lokuQala lweNguquko ka-1911, bamisa umgca kakuhle phambi kweHolo yookhokho baseLuo baza bathabatha ifoto yeqela ephilayo neyayithandwa. Emini, baphumla eMeiting Pavilion, bahlala phantsi baza babelana ngokutya ababekuzele, benandipha ulonwabo olulula lomoya ovuthuzayo entabeni. Emva koko bahamba kancinci kancinci badlula i-Erdie Waterfall baza ekugqibeleni bafika kwiPond Cypress Forest (isango elingasentla-ntshona leNtaba yaseMaluan). Uhambo lwaluzaliswe ziintaba ezintle kunye nemilambo, ehamba nomoya opholileyo, ozisa uvuyo kubantu abadala nakubantwana.
Oogxa bakaKinghelm noSlkor babelana ngokutya kunye Wonke umntu uphumle kwaye encokola phakathi entabeni. Kuyana imvula! Ukonwabela izimuncumuncu kwimozulu enamafu Ngo-4 emva kwemini, iqela lafika kwindlu yasefama kufutshane neenyawo zentaba ukuze lidle isidlo seqela. Emva kosuku lokuhamba ngeenyawo, izitya eziphekiweyo ekhaya eziphekiweyo ngomphunga bezimnandi, zineentlanzi ezintsha eziphekiweyo ngomphunga kunye nemifuno yexesha lonyaka esandul’ ukuqokelelwa. Wonke umntu wahlala phantsi, encokola ngovuyo kwaye esabelana ngamabali anomdla osuku. Indlu yasefama yayikwanayo nendawo yogcino-zilwanyana encinci enemivundla emihle, iinyamakazi ezithambileyo, iinciniba, iidonki, iipikoko, nezinye izilwanyana. Abantwana bondla iinyamakazi kunye noonogwaja ngengca, kwaye izilwanyana ezinomdla zaqokelelana, zisenza umboniso ofudumeleyo nowonwabisayo.
Isidlo sokwakha iqela laseKinghelm / Slkor Abantwana bayonwabele kakhulu ukondla izilwanyana EKinghelm naseSlkor, inkcubeko yenkampani ayisiyo nje intetho eseludongeni; ihlanganiswe kwiinkcukacha zobomi bemihla ngemihla. Umphathi Jikelele uMnu. USong Shiqiang udla ngokuthi, "Bavumele abasebenzi batye kakuhle, baphumle kakuhle, kwaye babe nemali eyaneleyo yokuchitha, ukuze bakwazi ukusebenza kakuhle." Ngokukhumbula impilo-ntle yabasebenzi nokuqinisekisa ukuba wonke umntu wonwabile, iqela liyakha umanyano ngokwendalo. Ukucwangciswa kwendlela, ixesha, kunye nayo yonke into enxulumene nesi siganeko kuqwalaselwe ngononophelo ukuze wonke umntu aphumle ngokwenene kwaye onwabele usuku.
Umphathi Jikelele uSong Shiqiang (wesibini ukusuka ekhohlo) encokola kwaye ehleka nabasebenzi njengoko benyuka intaba. Kangangeminyaka, uKinghelm kunye noSlkor bebesebenzisa ulawulo lwedijithali nolwenkqubo, beqinisekisa ukuba ulwazi oluhambelanayo kunye nokuhamba kwemveliso phakathi kwesebe le-R&D, uthotho lwezinto ezibonelelwayo, ifektri, indawo yokugcina impahla yokuthutha yaseLonghua, isebe lentengiso, kunye nabathengi. IKinghelm igxile kwizihlanganisi ze-elektroniki, ii-antenna ze-RF, kunye neendawo ezinxulumene noko, ngelixa iSlkor igxile kwi-R&D kunye nokuyila uthotho lwemveliso ezintathu eziphambili: ii-diode kunye nee-transistors, izixhobo zamandla, kunye nee-IC zolawulo lwamandla. Ukuqhubela phambili kwezobuchwepheshe yinto esiyifunayo, kodwa siyaqonda ngakumbi ukuba eyona nto ibalulekileyo kuthi liqela lethu. Ukuhamba intaba, isidlo seqela, iseshoni yoqeqesho, umdlalo webhola yomnyazi – le misebenzi ibonakala iqhelekile yindlela yethu yokudibanisa iqela kunye nokuqokelela amandla. Uncumo ebusweni babasebenzi, ukuhleka etafileni yokutyela, kunye nomoya wokunganikezeli enkundleni zezona zinto zibalulekileyo kwinkcubeko yethu yeshishini.
Iqela lebhola yomnyazi leSlkor Warriors lika-2026 Umsebenzi woQeqesho lwaseNtwasahlobo Ukunyuka iNtaba yaseMaluan kuNyaka weHashe, sizabalaza kunye ngomdla nangokusebenzisana! Kwixesha elizayo, uKinghelm noSlkor baza kuqhubeka besebenza kunye nabo bonke abasebenzi, behlanganisa amandla ethu ukuze sinyuke iincopho eziphezulu size sihambe siye kwiindawo ezibanzi.
Iziganeko Ezibalulekileyo Zophuhliso Lwenkampani Ye-Kinghelm Electronics Iziganeko Ezibalulekileyo Zophuhliso Lwenkampani Ye-Slkor Semiconductor Iziganeko Ezibalulekileyo Zophuhliso Lwenkampani Ye-Kinghelm kunye ne-Slkor's Song Shiqiang ngabokuqala ukuchaza nokukhuthaza 'iNkcubeko Ye-Huaqiangbei' ngendlela ecwangcisiweyo. Ungumfundi wokuqala ukuphakamisa imodeli yoshishino yemarike ye-Huaqiangbei ezenzekelayo ibe yisakhelo sethiyori. USong Shiqiang wachaza amaxabiso aphambili 'obugorha, ubuchule, ukuqina, kunye nokusebenza' kwintsingiselo yeNkcubeko yeHuaqiangbei waza washwankathela indlela yokuphucula amashishini 'yokulingisa - ukuphucula - ubuchule.' Ucebise ukuba 'ikhawuntara yemitha enye yiyunithi yokuvelisa izinto ezintsha,' emele umoya omncinci woburhwebi. Amashishini amancinci angundoqo kuphuhliso loluntu, evula ukuqatshelwa kwexabiso elingazange libonwe ngaphambili kwaye enika amandla inkqubo entsha ye-ecosystem yaseHuaqiangbei.
USong ukwachonge imigaqo yokusinda nophuhliso lweHuaqiangbei 'njengezinto ezilula, ukuphindaphinda ngokukhawuleza, ukuguqulwa okuphezulu, kunye nokuqhutywa lulwazi.' Ngobuchule wazisa ingcamango yeHuaqiangbei 'njengesisele sokuhambisa izinto' kwishishini le-elektroniki, echaza indlela elawula ngayo uluhlu lwemveliso, ehambelana ngokufanelekileyo nokubonelela kunye nemfuno, kwaye ithintela iingozi zenkqubo yendalo yemizi-mveliso. Le ngcamango ibe yenye yeziseko zethiyori zokuqonda uphuhliso olukhawulezileyo lwenkqubo ye-elektroniki yaseTshayina emva kokuguqulwa.
IKinghelm, eyasekwa nguSong Shiqiang, igxile kwicandelo le-antenna yokuhamba nge-GPS yeBeidou, inegalelo kuphuhliso lweenkqubo zokuhambisa nokubeka izinto zasekhaya. I-Slkor, egxile kwizixhobo zamandla ze-silicon carbide, ikhule ngokukhawuleza kumacandelo afana nezithuthi zamandla ezintsha kunye ne-photovoltaics. Mr. USong Shiqiang wonyulwa njengo-'Huaqiangbei Entrepreneurial Mentor' yiFutian District yaseShenzhen. IKinghelm kunye neSlkor zikhonze abathengi abangaphezu kwama-30,000 kwihlabathi liphela, ziba ngabameli ababalaseleyo bemveliso yobukrelekrele yaseTshayina kwihlabathi liphela.
I-Slkor Micro Semiconductor eNtsha enikwe iPatent yeModeli yoNcedo lweThyristor Heating Device
2026-02-02
I-Shenzhen Slkor Micro Semiconductor Co., Ltd., enomqolo wayo wobugcisa oqulethwe ziitalente ezivela kwiYunivesithi yaseTsinghua kunye neYunivesithi yaseYonsei eMzantsi Korea, ikhokela uphuhliso lwenkampani ngezixhobo ezintsha, iinkqubo ezintsha, kunye neemveliso ezintsha.
Ukwakha phezu koBuchule, Ukuphumelela ngokuziPhucula: Imbali yoShishino lukaKinghelm, uSlkor, kunye noMnu. Song Shiqiang baseHuaqiangbei!
2026-01-26
USong Shiqiang ngusomashishini waseTshayina, isazi ngenkcubeko, kunye nombhali wemihlathi yeshishini, kunye nomhlohli wesayensi odumileyo kwiZiko le-elektroniki laseTshayina.
ShenzhenSLKORI-MicroSemiconCo., Ltd.
SLKORImigca yemveliso ibandakanya izixhobo ezicacileyo, njl. kunye neetshiphusi zesekethe ezihlanganisiweyo, njl., abalawuli bemigca, iitshiphusi ze-DC/DC, iitshiphusi ze-interface, izinzwa zeHolo, ii-ADCs, kunye ne-BMS... Sineminyaka yobugcisa obuqokelelweyo kwi-semiconductor ezinikeleyo.
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