1PMT5945A/TR7

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 1PMT5945A/TR7 belongs to the diode family, specifically the Zener Single type. It is an epitaxial planar silicon device with an improved construction and high temperature stability. It utilizes a high temperature hermetic sealing process and is designed for high power applications. This device is usually used in voltage regulation, switching power supplies, bipolar power supplies and voltage leveled applications.

The 1PMT5945A/TR7 comes with a dual super-junction MOSFET structure. It is capable of withstanding up to 160V and is also available with a lower voltage of 90V. The device has a breakdown voltage of 5.8V and a maximum forward current of 457mA. The device is also capable of withstanding reverse voltage of up to 30V and a maximum peak current of 0.05A.

The working principles of this device involves applying a reverse bias across it. This causes the P-region to be depleted of carriers and creates a reverse breakdown voltage. When this voltage is exceeded, it will breakdown and conduct current. This current is then regulated by the Zener diode, allowing for a steady voltage to be applied.

The 1PMT5945A/TR7 is used mainly in high power applications such as in power supplies, voltage regulators and switching power converters. It is also used in bipolar power supplies and voltage leveled applications. Due to its high temperature stability and high voltage capabilities, it is a popular choice for many applications.

In conclusion, the 1PMT5945A/TR7 is a Zener Single type diode that is used mainly in voltage regulation, switching power supplies, bipolar power supplies and voltage leveled applications. It is designed with a dual super-junction MOSFET structure and can withstand reverse voltages of up to 30V and forward currents of up to 457mA. It can also withstand temperatures up to 160V and breakdown voltages of 5.8V. The working principle of the device is based on the application of a reverse bias which causes a reverse breakdown voltage to be created. This voltage is then regulated by the Zener diode, allowing for a steady voltage to be applied.

The specific data is subject to PDF, and the above content is for reference