TPCA8005-H(TE12LQM

The TPCA8005-H is a 30V P-Channel MOSFET (Metal Oxide Semiconductor Field Effect Transistor) designed for use in a variety of electronic applications, including those in the automotive industry. It is an advanced technology MOSFET, with a low rDS(on) of 0.35 ohms and an on-resistance of 3mOhms. This combination makes it perfect for applications that require high current density and low switching losses.

The TPCA8005-H is based on the TE12LQM – Large Single-Side Heat Sink technology, which improves heat dissipation by providing a “direct-flow” heat sink. This technology utilizes a low-resistance copper foil on one side of the package which allows for maximum heat transfer throughout the entire device. The copper foil makes contact with a metal base in a thermal insulation material, thus reducing any thermal resistance. The base distributes the heat released to the surrounding area, reducing the overall device temperature. This makes the TPCA8005-H well suited for high-power and power-sensitive applications.

The TPCA8005-H is designed to work with the TE12LQM – Large Single-Side Heat Sink technology, which enhances the performance of the device. TE12LQM technology uses a single-sided heat sink that distributes the heat evenly across the device. This helps to reduce the temperature of the device, as well as reducing power losses. The heat sink also facilitates cooling, which helps to keep the device from overheating. Additionally, the heat sink helps to reduce any issues that may arise from RF noise.

The TPCA8005-H is perfect for applications requiring high-current density at low voltages and low switching losses. This device is ideal for use in automotive and transportation applications, as it is able to maintain stable performance in high-pressure conditions. Additionally, it can be used in other applications, such as audio and power amplifiers, as well as high-speed switching.

The TPCA8005-H is a low-power, high-current MOSFET designed to operate in a variety of applications at low voltages. Its low on-resistance and high-power density make it ideal for applications requiring both high-current and high-performance. Moreover, its TE12LQM Large Single-Side Heat Sink technology helps users to maximize performance and reduce power losses in applications.