CPH6635-TL-H

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The CPH6635-TL-H represents a transistor array module that is specifically constructed for power supply and voltage control applications. This array module is fabricated with a vertical substrate and is made up of an integrated circuit P-channel power MOSFET configured to be controlled through a single gate. As a result, CPH6635-TL-H offers minimal junction capacitance, high input impedance as well as low output noise. It is also relatively temperature stable and offers enhanced reliability for both high-speed and high-current applications.

In spite of its small size, the CPH6635-TL-H array module offers great current handling ability and features an on/off capability that offers a switching speed as high as 1 mHz. This makes it an ideal choice for controlling high-power load circuits. The power MOSFET within the CPH6635-TL-H can also achieve high collector-emitter voltage with 100% on-state current.

The CPH6635-TL-H array module works by allowing two input logic alternatives (ON and OFF) to drive the output level. When this array module is fed with a logic high signal, its output OFF signal is enabled, while a logic low signal will activate the output ON signal. This module also features a high input impedance, which allows it to easily function with TTL signal levels.

When it comes to its applications, the CPH6635-TL-H is best suited for voltage-controlled power supply regulations, software control for current pulse signal generation, DC-to-DC converter circuits and power variable speed control. Most of these applications primarily involve a great deal of switching at high frequencies. It is also used in applications where having high-speed switching speed, low noise, low power loss and improved thermal performance is necessary.

In conclusion, the CPH6635-TL-H transistor array module offers a variety of benefits to electronic applications, ranging from minimal switching noise, low power loss and high speed switching to improved thermal performance and enhanced reliability. It’s ideal for applications that require high frequency switching, such as power supply regulations, DC-to-DC converters and power variable speed control.

The specific data is subject to PDF, and the above content is for reference