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The ACPL-339J-000E is a logic output optocoupler from the Broadcom ACPL series, housed in a 16-pin SOIC package. It features a single channel with an isolation voltage of 5000 Vrms and supports surface mount installation. The device operates within a temperature range of -40°C to +105°C, with a power dissipation of 600 mW. Electrical characteristics include a rise time of 40 ns, a fall time of 40 ns, a maximum continuous output current of 5.5 A, and a forward current of 10 mA. The forward voltage is specified at 1.7 V, while the reverse voltage rating is 5 V.
Verify component authenticity through official Broadcom channels or authorized distributors. Confirm RoHS compliance status via the manufacturer's detailed specifications. Ensure the selected packaging variant matches the required assembly process, as tube and reel options may be available. Validate that the specific ordering suffix aligns with the desired packaging configuration before finalizing procurement orders.
Select this component when designing circuits requiring isolated gate driving for wide-bandgap semiconductors like SiC MOSFETs. The integrated timing control simplifies design by managing cross-conduction risks. Ensure the system voltage requirements do not exceed the 5000 Vrms isolation limit. Consider the thermal management needs given the 600 mW power dissipation rating and the operating temperature range up to 105°C.
This part belongs to the ACPL series of logic output optocouplers manufactured by Broadcom Limited. It represents a specialized solution for power electronics, distinguishing itself from standard logic isolators by including active gate drive features. The series focuses on providing integrated protection and timing control for modern power switching applications.
Public confirmed substitute part numbers are not provided in the source material. Consult Broadcom technical documentation for direct replacements or verify compatibility with alternative gate drive optocouplers based on pinout and electrical specifications.
It prevents cross-conduction and minimizes switching losses in the MOSFET buffer stage.
Yes, it is optimized for driving both high-side and low-side MOSFET buffer stages.