BYV95-2-EBT1133TAP

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BYV95-2-EBT1133TAP application field and working principle

The BYV95-2-EBT1133TAP has been traditionally used as components of diodes and rectifiers. It is a single diode with a maximum forward voltage drop of 3.5 V, an emission temperature of -55°C to +175°C, and a reverse leakage current of 1.0 μA. It is made with a junction gate controlled Thyristor (JGCT) process.

Application Field

The BYV95-2-EBT1133TAP is a fast switching diode that can be used for a variety of applications such as in a power supply, amplifier, switching regulator units, automotive applications, or a current-limiting circuit. It can also be used in DC/DC converters and voltage converters. The BYV95-2-EBT1133TAP is suitable for applications with high-frequency current inrush and high-pulse power demand.

Typical Working Principle

The typical working principle of the BYV95-2-EBT1133TAP is inversely related to its forward voltage drop. This means that the current is blocked while the voltage is over 3.5 V and turned to flow through when the voltage drops under 3.5 V. This diode is specifically designed for switching applications in a few microseconds.

Reverse Recovery Time

The reverse recovery time of the BYV95-2-EBT1133TAP is very low due to its JGCT process, and can typically be set to 150 ns. During this time the diode requires very little external energy and carries almost no resonance in the driver circuit with its high switching speed.

Stability and Reliability

The BYV95-2-EBT1133TAP has high level of stability and reliability, since it is made with highly reliable JGCT process. This results in better performance and improved device functionality. The wide operating temperature range of the BYV95-2-EBT1133TAP allows for its use in ambient temperature constraints.

Conclusion

The BYV95-2-EBT1133TAP diode is a fast switching diode that can be used for a variety of applications such as in a power supply, amplifier, switching regulator units, automotive applications, or a current-limiting circuit. It also has a low reverse recovery time, high stability and reliability, and a wide range of operating temperatures.

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