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SI82F39ACC-IS1R is listed in the Isolators - Gate Drivers range at ChipApex. The manufacturer field lists Skyworks Solutions Inc.. Its product description is 3.75 KV 2-CHANNEL ISOLATED SELVC. Review the specifications below when checking this part for your BOM.
The SI82F39ACC-IS1R is a dual-channel isolated gate driver from Skyworks Solutions, designed for high-reliability power conversion. It features a 3.75 kV isolation rating compliant with SELVCD standards. The device operates on a supply voltage range of 5 V to 30 V and supports non-inverting configurations. Key electrical parameters include a rise time of 17 ns and a fall time of 20 ns. It is housed in a 16-lead SOIC package and functions within a temperature range of -40°C to +125°C.
Verify the specific suffix IS1R against the manufacturer datasheet to confirm packaging configuration and reel specifications. Ensure the procurement source provides valid RoHS compliance documentation. Cross-reference the full part number with Skyworks official databases to validate current production status and availability constraints before finalizing orders.
Select this component when dual-channel isolation with 3.75 kV rating is required for safety-critical applications. The non-inverting logic simplifies control interface design compared to mixed polarity options. Consider the 16-pin SOIC footprint for PCB layout compatibility. Evaluate thermal performance requirements against the specified operating temperature range for your specific enclosure environment.
This device belongs to the SI82F39 series of isolated gate drivers. It shares architectural similarities with other members like the SI82F39EEC-IS1 but differs in output current capabilities and specific isolation certifications. The series emphasizes robust noise immunity and fast switching speeds suitable for modern wide-bandgap semiconductor applications.
Direct substitutes include SI82F39EEC-IS1 for higher current drive requirements or SI82F39ACE-IS3 for 6 kV isolation needs. Verify pinout compatibility and thermal characteristics when transitioning between these variants to ensure circuit continuity.
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