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The SIL2308-TP is a dual N-channel and P-channel enhancement mode MOSFET array manufactured by Micro Commercial Components. It utilizes Trench MOSFET technology within a compact SOT-23-6L surface-mount package. The device features a drain-source voltage rating of 20V, with continuous drain currents of 5A for the N-channel and 4A for the P-channel. Key electrical characteristics include a maximum on-resistance of 38mΩ at 4.5V gate drive for the N-channel and 90mΩ at -4.5V for the P-channel. The component operates across a junction temperature range of -55°C to +150°C.
Verify authenticity through authorized MCC distributors or direct procurement channels to ensure traceability and quality standards. Confirm RoHS compliance via the "P" suffix designation. Check for specific halogen-free requirements using the "-HF" suffix if applicable. Ensure ordering information matches the exact SIL2308-TP part number to avoid substitution errors.
Select this component for applications requiring complementary switching in a minimal footprint. The low on-resistance supports efficient power handling in battery-operated devices. Verify that the 20V breakdown voltage aligns with system supply rails. Consider the SOT-23-6L thermal resistance when designing heat dissipation strategies for high-current loads.
This component belongs to the SIL2308 series of dual MOSFET arrays from Micro Commercial Components. It is designed as a space-saving alternative to discrete transistors, integrating both N-channel and P-channel devices into one assembly. The series targets portable electronics and automotive applications where board real estate is limited.
Public confirmed substitute part numbers are not available in the provided documentation. Cross-referencing requires matching pinout, voltage ratings, and package dimensions with equivalent dual MOSFET arrays.
The marking code printed on the device is 2038.
The provided datasheet does not list AEC-Q101 qualification for this specific part number.
The absolute maximum gate-source voltage rating is ±12V.