TZX2V7A-TR

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

Diodes are energy-converting semiconductor components with two terminals, the anode and cathode. A Zener diode is a two-terminal component with a heavily doped p-n junction that allows opening or closing of the junction with low voltage. The TZX2V7A-TR is a single Zener diode device.

The forward voltage drop of a TZX2V7A-TR is incredibly low, typically at 0.5V. They have a maximum power dissipation of 500mW for extended pulses, but typically no more than 200mW for normal use. Additionally, this diode comes in an ultra-small SOD-523F package, adding to their versatility.

The TZX2V7A-TR has a wide variety of applications. Its small size allows it to be installed in electronic circuits with limited internal space, such as set-top boxes, computers, and phones. Its low current requirements make it ideal for use in applications where precision current management is the desired outcome. Furthermore, the low forward bias of the TZX2V7A-TR ensures that it can be used in applications with low voltage power supplies.

In terms of working principles, the TZX2V7A-TR functions by allowing a reverse current to flow through the diode when a certain voltage is applied to it. When this voltage is reached, the Zener diode breaks down, allowing a constant voltage to be maintained across the diode. This operation is known as the avalanche effect. By forming a circuit with a current limiting resistor and a load, the voltage can be regulated to a predetermined value. The TZX2V7A-TR is particularly useful in this regard, as it is designed to operate in a rather wide operating temperature range, making it suitable for various environmental conditions.

In conclusion, the TZX2V7A-TR is a single Zener diode device with a low forward voltage drop, a high power dissipation, and an ultra-small package size. Its wide range of applications include precision current management and usage in low-voltage power supplies. The working principle involves breaking down the junction with a certain voltage, to form an avalanche effect and regulate the voltage to a predetermined value.

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