FMXA-2102ST

Diodes - Rectifiers - Arrays

The FMXA-2102ST is a rectifier array that is used in a variety of applications, from automotive to consumer electronics. It is a four-terminal device that offers the advantage of low power consumption and low forward voltage drop. The FMXA-2102ST is available in a range of packages, which allow for a wide range of design applications.

The rectifier array is designed to be used in a range of applications, from low voltage to high voltage. It is suitable for use in automotive, consumer electronics, and other industrial applications. The FMXA-2102ST is designed to reduce the energy consumption and to increase the efficiency of the rectification process.

The FMXA-2102ST rectifier array operates by using the four terminals to direct current flow through a network of two diodes. The two diodes are connected in parallel, with each diode having a positive and negative terminal. When the terminals are connected, one diode will conduct positively charged current, and the other will conduct negatively charged current. This process of current flow is known as rectification.

The output from the FMXA-2102ST rectifier array is regulation free, with the output voltage being dependent on the forward voltage drops of the two diodes. This forward voltage drop is determined by the voltage applied to the terminals of the device. The FMXA-2102ST rectifier array also offers low reverse leakage, with no reverse current flowing when the input voltage is below zero.

The FMXA-2102ST rectifier array is suitable for use in circuits which require current values of up to 1A. It is also suitable for use in circuits which require high voltage, up to 1000V. This device is also suitable for applications which require high frequency operation, with the frequency range being up to 100 kHz.

In conclusion, the FMXA-2102ST rectifier array is an ideal solution for a variety of applications, from automotive to consumer electronics. It offers the advantages of low power consumption and low forward voltage drop, as well as low reverse leakage and a wide range of working frequencies. It is suitable for use in circuits which require current values of up to 1A, and for those applications which require high frequency operation.