HTZ270H64K

The HTZ270H64K is a rectifier array that is used to convert alternating current (AC) power to direct current (DC) power. It features an integrated dual high-speed rectifier that helps to ensure minimum power dissipation. This rectifier array is suitable for applications such as motor control, ac to dc power supplies, and high frequency dc to dc conversion.

HTZ270H64K consists of two highly-efficient rectifiers which are designed to provide a maximum of 270A peak current at 64V maximum reverse voltage. It is capable of operating at up to 400kHz switching frequency. It is compatible with any SMPS topology and is capable of providing high efficiency, low switching losses and fast recovery times. In addition to its high peak current capability and efficiency, HTZ270H64K also offers protection features such as over-current protection (OCP), short-circuit protection (SCP), and overvoltage protection (OVP) that provide a robust rectifier operation.

The two integrated diodes used in the HTZ270H64K are designed to provide fast switching times and low on-resistance. Fast switching speeds can help minimize the amount of energy lost during the energy conversion process. In addition, the integrated diodes are designed to maintain a uniform output voltage and current over a wide range of input frequencies. This helps reduce energy losses due to differences in output voltage and current levels.

The HTZ270H64K also features an onboard control circuit that accepts an external control signal to turn the device on and off. This control signal is typically used for applications where the device needs to be switched on and off in order to maintain a constant output voltage and current levels. This feature helps reduce power draws and extends the life of the device. The control circuit also helps regulate the temperature of the device by constantly monitoring the junction temperature.

The HTZ270H64K array is a highly efficient and reliable solution for converting AC to DC power. Its high peak current capability and protection features make it suitable for a wide range of applications in the motor control, ac to dc power, and high frequency dc to dc conversion fields. Its fast switching speed and onboard control circuit also help provide improved performance and long-term reliability. In addition, its integrated diodes provide a uniform output voltage and current over a wide range of input frequencies, helping reduce energy losses due to differences in output voltage and current levels.