BZD27C150PHM2G

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The BZD27C150PHM2G is a zener diode which is used for different applications and is classified under the diodes, zener and single category.

Zener diodes produce a voltage greater than the applied voltage and are most commonly used in circuits where the device is reverse biased. When the device is reversed biased it allows current to flow in the reverse direction, resulting in the flow of power, with the voltage produced being much greater than the applied voltage. Zener diodes are usually used as voltage sources in various electronic devices such as power rectifiers, surge protectors, voltage regulators, and over-voltage protection circuits.

The BZD27C150PHM2G is a high-powered zener diode, which has a peak reverse power dissipation of 1.5W. This power dissipation is significantly higher than that of other zener diodes and helps to provide additional power handling capacity during operation. The device also has a peak forward current of 150mA, this is also higher than that of many other zener diodes, making it suitable for higher power applications. Additionally, the BZD27C150PHM2G has a zener voltage of 27V, a reverse peak current of 115mA, and a maximum reverse voltage of 65V.

In terms of the applications for the BZD27C150PHM2G it can be used in a variety of different circuits providing both power and voltage regulation. It can be used as a series regulator, parallel regulator, current limiter, or even as an overload protection device.

The working principle behind the BZD27C150PHM2G is quite simple. When the device is connected in a circuit, current will flow through the device in the forward direction. When the device is reversed biased, a voltage greater than the applied voltage will be produced, meaning that the device acts as a voltage source within the circuit.

In conclusion, the BZD27C150PHM2G is a high-powered zener diode which is able to provide both power and voltage regulation in a variety of different circuits. Due to its high peak reverse power dissipation and peak forward current this device is also suitable for higher power applications. The working principle behind the device is quite simple, and the device is able to act as a voltage source when reverse biased.

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