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SI82F99EEC-IS1 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 SI82F99EEC-IS1 is a dual-channel isolated gate driver from Skyworks Solutions, housed in a SOIC-16 package. It provides 3.75 kV isolation and supports high-side and low-side configurations with non-inverting logic. The device delivers a peak output current of 4 A and operates on supply voltages between 3 V and 20 V. Key timing parameters include a maximum propagation delay of 20 ns, rise time of 17 ns, and fall time of 20 ns. It functions within a temperature range of -40°C to +125°C and utilizes CMOS input logic.
Verify the specific suffix IS1 against official Skyworks documentation to confirm pinout and isolation ratings. Ensure compatibility with system voltage levels and thermal requirements. Confirm RoHS compliance status through manufacturer datasheets prior to integration. Cross-reference ordering part numbers with authorized distributors to avoid counterfeit components.
Select this component when high-speed switching and strong drive current are required for IGBT or MOSFET gates. The dual-channel architecture simplifies half-bridge designs compared to single-channel alternatives. Consider the SOIC-16 footprint for PCB layout constraints. Evaluate the 3.75 kV isolation barrier against system creepage and clearance requirements.
This device belongs to the SI82F99 series of isolated gate drivers. It shares architectural similarities with other Skyworks Si82x products but offers specific current and speed characteristics tailored for medium-power applications. The series emphasizes reliability and compact packaging for modern power electronics designs.
Direct substitutes may include SI82E99ABC-IS1 for similar performance in different packages. Verify channel count and isolation voltage for equivalent models. Check pin-to-pin compatibility before replacing existing designs.
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