BZX79-C36,113 Discrete Semiconductor Products

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A Zener diode is an electronic component that allows voltage current to flow in either direction, making it useful for particular applications. The BZX79-C36,113 is a single Zener diode, commonly used for its performance in surge suppression circuits. It has a breakdown voltage of 36 volts and a maximum power dissipation of 500 milliwatts. This Zener diode can be used in a variety of applications; here’s a look at the working principle and applications of the BZX79-C36, 113.

Working Principle

The BZX79-C36,113 is designed with a high-speed construction and low capacitance. This feature makes it ideal for signal line and computer interfaces. The diode is made of a Zener element and a Schottky diode in series, providing a high reverse breakdown voltage of 36 volts and a maximum surge current capability of 2.6 amps. The working principle behind this Zener diode is the reverse breakdown of the Zener element when a sufficient voltage is applied. This causes a current to flow that reverse biases the diode and the voltage equal to the breakdown voltage is overcome by the current, allowing the diode to remain in the off state until the voltage is removed.

Applications

The BZX79-C36,113 is most commonly used for surge suppression circuits. It can be used to clamp fast transients, eliminating high frequency electromagnetic interference in a variety of applications. It is also used in stand-by or regulated power supplies. The diode is also used to protect sensitive control equipment against extreme voltage surges or transients. This Zener diode is also used in DC power processing, bias networks, and in signal level translations.

The BZX79-C36,113 Zener diode is an important component in a variety of applications due to its high reverse breakdown voltage and low capacitance. This allows it to be used to produce a reliable and stable output, in addition to providing surge suppression and voltage regulation. As a result, this diode is a useful component for a variety of applications, from basic DC power processing to surge protection and signal level translation. The working principle behind the diode, as well as how it can be used in various applications, demonstrate its value and importance in many different circuit designs.

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