1N5256B A0G

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The 1N5256B A0G is a small-signal Zener diode that is commonly used for voltage regulation or reference voltage for applications across many industries. Not only does the 1N5256B A0G have a wide range of operating temperature, from -55°C to +125°C, it also has a low threshold voltage and is capable of carrying a maximum current of 600mA. The 1N5256B A0G is a Single Zener Diode with an anode-cathode reverse voltage (V₊) of 6.2V, a maximum power dissipation of 500mW, and a breakdown voltage (VZ) of 6.2V ± 5%.

The main application of the 1N5256B A0G is as part of voltage reference and clamping circuits, and it is often used in a wide range of electronic components and devices including power supplies, amplifiers, RF electronics, computers, communication equipment, and automotive electronics. The 1N5256B A0G has a peak reverse leakage current (I₊R) of 2µA at ambient temperature and is capable of withstanding high reverse voltages, meaning it is a cost-effective and reliable solution for voltage regulation tasks.

The working principle of the 1N5256B A0G is based on the same principle as other Zener diodes. When forward-biased, the diode allows for current to flow freely across it. When when reverse-biased, depending on the applied voltage, current will not flow until it reaches a specified voltage - in the case of the 1N5256B A0G the specified voltage is 6.2V. Once this specified voltage is reached, current begins to flow through the diode which creates a voltage drop that results in a regulated voltage. This regulated voltage can be used to regulate fluctuations in the input voltage, and create a stable voltage output.

In conclusion, the 1N5256B A0G is a Single Zener Diode that is used for voltage regulation and reference voltage in a range of applications across multiple industries. It has a wide operating temperature, a low threshold voltage, and a maximum current capacity of 600mA. Its main application is as part of voltage reference and clamping circuits and it works on the principle that it will tolerate a specified voltage before allowing current to flow which will then create a voltage drop that regulates the output voltage.

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