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1N5336BG is listed in the Single Zener Diodes range at ChipApex. The manufacturer field lists onsemi. Its product description is DIODE ZENER 4.3V 5W AXIAL. Review the specifications below when checking this part for your BOM.
The onsemi 1N5336BG is a silicon-oxide passivated junction Zener diode rated for 5 W steady-state power dissipation. It provides a nominal reverse Zener voltage of 4.3 V with a ±5% tolerance, tested at 290 mA. The device features a maximum Zener impedance of 2 Ω and a maximum reverse leakage current of 10 µA. It operates within a temperature range of -65 °C to +150 °C (DC) or +200 °C (pulsed). Packaged in an axial lead Surmetic 40 (Case 017AA) plastic enclosure, it offers Class 3 ESD protection (>16 kV HBM) and supports surge currents up to 180 W for 8.3 ms pulses.
Verify the specific ordering suffix 'G' confirms Pb-Free packaging status as indicated in the datasheet. Confirm the component matches the JEDEC registered 1N5336B designation with the B-suffix indicating ±5% tolerance. Ensure the procurement documentation references the correct Case 017AA mechanical outline for mounting compatibility.
Select this component when a 4.3 V reference point is required with 5 W thermal handling capabilities. The axial lead configuration allows for flexible mounting positions. Consider the low thermal resistance design which permits operation at high DC currents provided adequate heat sinking is implemented according to the derating curves.
This part belongs to the 1N53 Series, a complete line of 5 Watt Zener voltage regulators manufactured by onsemi. The series spans from 3.3 V to 200 V, utilizing standardized JEDEC type numbers. The 1N5336BG specifically addresses applications requiring stable regulation near the lower end of the voltage spectrum while maintaining high power dissipation capacity.
Compatible substitutes include other manufacturers' equivalents meeting the 1N5336B specification. Verify that replacement parts maintain the same 5 W power rating, 4.3 V nominal voltage, and ±5% tolerance to ensure circuit performance consistency without redesigning the thermal management system.
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