2EZ170D2E3/TR12

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The 2EZ170D2E3/TR12 from DH Electronics is a single Zener diode which is designed for use in applications that require accurate Zener regulation and improved thermal stability. This diode offers superior performance for power dissipation and low leakage current.

The 2EZ170D2E3/TR12 is an uni-directional semiconductor device with two terminals. It is constructed of a Zener diode with a protective oxide coating and is designed to work in applications with a range of 4.7V to 33V. It is rated at 1.2 µA maximum leakage current, 2.0V maximum reverse breakdown voltage and 5 mW maximum power dissipation.

The 2EZ170D2E3/TR12 is suitable for use in a variety of applications including power supply protection, voltage regulation, over-voltage protection and voltage limiting. Its superior thermal stability allows it to work effectively in temperatures ranging from -65°C to +175°C. Additionally, it has a low leakage current rating, which makes it effective in applications that require low power consumption.

The working principles of the 2EZ170D2E3/TR12 are based on controlling the flow of current in one direction. It is like a valve that allows a current to pass in one direction and blocks it from passing in the other direction. When a voltage is applied to the diode, it creates a field across the diode which causes current to flow in one direction. This current is known as the forward current. When a reverse voltage is applied, the diode will begin to break down, allowing current to pass in the opposite direction, this current is known as the Zener current.

The 2EZ170D2E3/TR12 is a reliable and efficient device which is suitable for use in a variety of applications. Its high performance, low power consumption and superior thermal stability makes it an ideal choice for a variety of power-supplies, over-voltage protection circuits and voltage limiting circuits. Its superior performance and low leakage current ratings make it a perfect choice for applications that require accurate Zener regulation and improved thermal stability.

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