Description
GBU610 is a glass passivated single-phase full-wave bridge rectifier from Slkor’s GBU6xx series. It integrates four high-performance rectifier diodes inside standard GBU through-hole package, rated for 6A average forward current and 1000V repetitive peak reverse voltage. Adopting mature glass passivation chip technology, this device delivers stable rectification performance, high surge withstand capability and low forward voltage drop. It has obtained UL recognition (File No.E230084) and fully complies with RoHS environmental standards. Designed for PCB through-hole mounting, it serves as universal AC-to-DC full-wave rectification component for consumer power supplies, audio equipment, household appliances and industrial adapters.
Features
- Rated specifications: 6.0A average rectified current, 1000V repetitive peak reverse voltage (VRRM=1000V)
- Excellent surge current resistance, IFSM up to 175A under 8.3ms single half sine wave pulse
- Low typical forward voltage drop (VFM=1.0V @ 3A), low conduction loss and low heat generation
- Ultra-low reverse leakage current: IR ≤5μA at 25°C rated voltage
- UL certified safety component (Fle #E230084), meets global electronic appliance safety standards
- High-temperature soldering tolerance: withstand 275°C solder dip for 7 seconds per JESD22-B106 standard
- Molded plastic housing with UL94 V-0 flame retardant grade
- RoHS compliant lead-free tin-plated terminals, compatible with lead-free reflow & wave soldering
- Clear polarity marking printed on package body for easy PCB wiring identification
- Wide operating junction temperature range: -55°C ~ +150°C
- High case-to-terminal dielectric isolation strength, reliable insulation safety
Our advantages
- Universal GBU standard through-hole outline, pin dimensions fully compatible with industry mainstream substitutes, no PCB redesign required
- High 1000V reverse voltage rating adapts to high-input AC power supply circuits without extra series diodes
- Strong 175A surge capacity effectively withstands inrush current during power-on, reducing fuse failure risk
- Low VF minimizes power loss, improves power supply efficiency and lowers shell operating temperature
- UL safety certification supports export to North American, European and other overseas markets
- 275°C high-temperature solder resistance fits automated mass production wave soldering lines
- UL94 V-0 flame retardant plastic shell eliminates fire hazards for high-load power equipment
- Low reverse leakage reduces standby power consumption of battery chargers and adapters
- Stable glass passivation chip technology extends service life for long-running household appliances
- Compact flat GBU package saves vertical PCB space compared to bulky separate diode assemblies
Mechanical Data
- Package Type: Standard GBU through-hole 4-pin bridge rectifier plastic package
- Encapsulation Material: UL94 V-0 flame retardant molded plastic, RoHS compliant
- Terminal Treatment: Tin-plated leads, solderable per J-STD-002 & JESD22-B102
- Polarity Identification: AC / DC polarity marks printed on device surface
- Outline Dimensions (Unit: mm):
- Overall length: 21.80 (Min)
- Body width: 3.50 ~ 4.10
- Pin pitch & thickness: 2.06 ~ 2.66
- Approximate Weight: 3.85 grams
- Soldering Condition: Max 275°C solder dip for maximum 7 seconds
- Thermal Parameters:
- Junction-to-ambient thermal resistance RθJA = 26.0 °C/W (without heatsink)
- Junction-to-case thermal resistance RθJC = 3.4 °C/W (with heatsink)
- Junction & Storage Temperature: -55 ℃ ~ +150 ℃
- Dielectric Strength: High isolation voltage between leads and plastic case
Applications
- Switching mode power supplies (SMPS) for monitors, televisions and printers
- AC-DC power adapters, laptop chargers and battery charging equipment
- Audio, video and multimedia playback devices
- Small industrial control power modules
- Household home appliances (refrigerators, air conditioners, washing machines)
- Low-power industrial instrument rectifier circuits
- LED drive power supply full-wave rectification stage
- General-purpose single-phase full-wave AC to DC conversion circuits