1PMT5954E3/TR13

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Diodes - Zener - Single
The 1PMT5954E3/TR13 is a type of diode that falls into the Zener diode category. It is a Single Zener diode which is designed for applications such as voltage regulation, switching and signal clipper. It has a power dissipation capability of 500 milliwatts, a breakdown voltage at 5.6 volts and a voltage regulation of 3 percent when operating at 500 milliamperes.
Application Field
This diode is typically used in applications that require low Reverse Leakage Current, low voltage regulation and minimum switching noise. It is suitable for use in portable electronics, automotive and industrial applications. It is also well suited for voltage clamping and voltage reference circuits. The low power dissipation of this diode makes it a perfect choice for applications where power dissipation is a limiting factor.
Working Principle
The 1PMT5954E3/TR13 is a Zener diode which works by allowing current to flow in the forward direction when a voltage is applied to its anode. When this voltage is greater than the breakdown voltage (also known as the Zener voltage) of the diode, current will rapidly increase until it reaches the value of the Zener voltage. The voltage of the current flowing through the diode will be clamped to the Zener voltage and, as a result, the diode can be used as a regulator of the voltage. As a result, the diode can be used to regulate the voltage in switching, signal clipper and voltage reference circuits.
Conclusion
The 1PMT5954E3/TR13 is a single Zener diode that is designed for a wide range of applications. It is well suited for use in applications requiring low Reverse Leakage Current, low voltage regulation and minimum switching noise, and is a great choice for voltage clamp circuits and voltage reference circuits due to its low power dissipation. This diode works by allowing current to flow in the forward direction when a voltage is applied to its anode, and when this voltage is greater than the breakdown voltage of the diode, current will rapidly increase until it reaches the value of the Zener voltage, thus regulating the voltage downstream.

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