5.0SMDJ33CA is a bidirectional high-power surface-mount transient voltage suppressor from the 5.0SMDJ series. It features a 5000W peak pulse power rating under the standard 10/1000μs surge waveform. Adopting SMC (DO-214AB) low-profile, low-inductance package, this bidirectional TVS can absorb both positive and negative transient voltage surges induced by wiring lines. It provides comprehensive protection against ESD, lightning surges and switching pulses for sensitive circuits and electronic equipment, with ultra-low leakage and ultra-fast response to guarantee stable circuit operation under normal voltage.
5.0SMDJ33CA is a bidirectional high-power surface-mount transient voltage suppressor from the 5.0SMDJ series. It features a 5000W peak pulse power rating under the standard 10/1000μs surge waveform. Adopting SMC (DO-214AB) low-profile, low-inductance package, this bidirectional TVS can absorb both positive and negative transient voltage surges induced by wiring lines. It provides comprehensive protection against ESD, lightning surges and switching pulses for sensitive circuits and electronic equipment, with ultra-low leakage and ultra-fast response to guarantee stable circuit operation under normal voltage.
Features
Ultra-high peak pulse power: 5000W for 10/1000μs surge waveform
Bidirectional design to suppress surges of both positive and negative polarities without polarity limitation
Low-profile SMC package with low inductance to reduce voltage overshoot during surges
Ultra-fast response time: typically less than 1.0ps from 0V to minimum breakdown voltage
Ultra-low reverse leakage current: IR ≤ 1μA for all models above 12V rated stand-off voltage
Excellent voltage clamping capability to limit surge voltage to a safe range rapidly
5000W high surge power capacity, far stronger protection capacity than conventional low-power SMA TVS, suitable for heavy industrial surge protection scenarios
Bidirectional structure replaces two unidirectional TVS diodes, simplifying PCB layout and cutting BOM cost
Low-inductance SMC body minimizes voltage spikes during transient pulses to avoid secondary chip damage
Picosecond-level ultra-fast response instantly clamps ESD and lightning-induced surges with no delay
Microampere tiny leakage current greatly reduces standby power loss, ideal for battery-powered electronics
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