1N735

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A 1N735 is a single Zener diode. It is a two lead component that, when conducting, drops the same voltage regardless of the current draw. This makes them ideal for protecting circuits against voltage spikes and regulating voltages. For example, in a circuit, the diodes can protect the components from becoming damaged when an over-voltage event occurs, ensuring the connected components remain safe.

First and foremost, a 1n735 is designed to provide protection from over-voltage. When the voltage on either lead rises to the Zener voltage (5.6V for a 1N735 Zener diode) it starts to conduct current. This will then start to regulate the voltage of the circuit and protect other components from the over-voltage. It does this by having the current limited by its impedance.

To maximize the protection the diode affords, it is common to connect a 1N735 diode in parallel with a resistor, a capacitor, and a Zener diode. The resistor will act to limit the current flow, while the capacitor smooths out any voltage spikes. The Zener diode is then used to regulate the voltage. This approach enables a circuit to take full advantage of the 1N735\'s over-voltage protection.

Apart from being used to protect against over-voltage, a 1N735 single Zener diode can also be used to regulate voltages. This is done by connecting the diode in series with a resistor. As the voltage increases, so does the current flowing through the resistor. This in turn will create a voltage drop across the diode, and the voltage supplied to the circuit will be equal to the Zener voltage of the diode.

The 1N735 is a versatile component which has a wide range of applications, from protecting circuits from damaging over-voltage events, to providing precise regulation of voltages. It also has a long service life, as its ability to protect against over-voltage events increase with time. It is this versatility, combined with its durability, that makes the 1N735 an ideal choice for many applications.

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