CSD95495QVMT

Introduction to CSD95495QVMT:
The CSD95495QVMT is a Texas Instruments part from the CSD family—a dual N-channel MOSFET pair in a compact QVMT package intended for power-switching and load-switch applications. It combines two low-Rds(on) MOSFETs in one device to save board area and simplify power-management topologies such as high-side/low-side switches and synchronous rectification in DC-DC converters.
Key points:
- Dual N-channel MOSFETs in a single package for compact, efficient power switching.
- Suitable for high-side/low-side switching and load-control functions in automotive and consumer designs.
- External gate drive required (no internal gate driver); design-friendly for typical PWM/controller interfaces.
- Benefits include reduced footprint, lower parasitics, and improved thermal performance.
- Packaging labeled as QVMT; consult TI’s datasheet for exact pinout and mechanical details.
For precise electrical specs (Vds, Id, Rds(on), thresholds, and protection features) and recommended operating conditions, refer to the TI datasheet/product page.

VQFN-8 package (3x3 mm).

- Pin count: 8 pins
- Function: High-side load switch with current limit and protection (controls power to a downstream rail, with enable and reverse-current protection).

Manufacturer: Texas Instruments (TI).
What kind of company: TI is an American multinational semiconductor company that designs and manufactures analog, mixed-signal, and embedded processing integrated circuits and related products.

Application areas: power management and distribution for battery-powered and automotive electronics. Typical uses include DC-DC regulation, load switching, power-path management, sequencing, and protection (OC/OV). Suitable for mobile devices (phones, tablets, wearables), IoT sensors, industrial controllers, and automotive modules needing compact, efficient PMIC solutions.

There isn’t a universal drop-in equivalent; cross-references depend on exact specs. Please share the datasheet or required parameters: Vds, per-channel Iout/current limit, enable polarity, protections, and package. I’ll propose exact equivalents or pin-compatible substitutes.