16CTQ150

The 16CTQ150 is a Rectifier Array specifically designed to replace multiple discrete diodes in power supply or other circuit applications. It is particularly suitable for use in low voltage, high frequency applications. The 16CTQ150 employs two NPN transistors, two PNP transistors, two Schottky barrier rectifiers and a voltage regulator to deliver superior rectification performance in a space saving package.

The 16CTQ150 is ideally suited for applications requiring low power dissipation while providing high measure of reliability at high frequency applications. It is intended to be used as an on-board power source in mobile devices, battery-powered systems and digital processing and controllers. It can also be used in battery charger and power supply applications where high peak currents are required.

The 16CTQ150 is designed for use in both forward and reverse polarity applications. It is capable of providing low-noise output voltages and current waveforms. It is also designed with three diodes to supply additional low-voltage current at a given voltage.

The 16CTQ150 is comprised of a NPN transistor, a PNP transistor, two Schottky barrier rectifiers and a voltage regulator. The NPN transistor works in the reverse breakdown region and is typically used to reduce the forward diode loss. The PNP transistor is used to reduce the reverse diode loss. The two Schottky barrier diodes are provided for rectification. The voltage regulator is provided for precise and stable voltage control.

The 16CTQ150 is available in a space-saving, 8-pin surface-mount package and offers high output power, low on-resistance, low offset voltage, low distortion, highspeed switching and excellent linearity. It is designed to operate at high frequencies up to 1.5 MHz and provide low temperature coefficients for current-regulation. It provides high efficiency at low voltages and has low power dissipation.

The 16CTQ150 can be used in battery-operated systems and other applications where precise current control and low power are desired. It delivers excellent high-frequency performance and precise, stable current regulation. It is ideal for low-power and high-frequency applications.