BZX79-B10,113

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Diodes have been a staple in electrical engineering since the power grid has become a reality. From small signals to high power projects, diode components have been used to shape and manipulate electrical signals. In a typical circuit, a diode is used to control current or voltage flow. Of all the types of diodes, the Zener diode is especially useful for voltage regulation. Zener diodes are specially designed to have a low breakdown voltage, allowing them to be “clamped” to a specific voltage level.

The BZX79-B10,113 Zener diode is such a device and has a broad range of applications in voltage regulation, voltage clamping and current limiting circuits. It has a breakdown voltage of 10.5 V, a forward voltage of 5.0 V, a reverse voltage of 50-150 V, and a maximum dissipation power of 175 mW.

In the simplest of terms, Zener diodes are diodes that are designed to conduct in the reverse direction when a predetermined voltage is present. This characteristic is known as Zener breakdown. When the voltage is set below the Zener voltage, the device is reverse-biased and no current flows. When the voltage is set above this range however, the diode conducts in the reverse direction. This breakdown voltage is designed to be consistent and predictable for the entire range of temperatures and operating conditions the diode is expected to experience in its particular application.

When used in reverse-biased applications, BZX79-B10,113 Zener diodes act as voltage clamps. This means they will limit the voltage to a specified maximum value and protect the associated circuit from overvoltage. This makes them useful in any circuit where it is important to maintain a regulated output voltage. They can be used in power supply circuits, switching regulators, and in applications such as audio and video equipment.

In addition to these applications, Zener diodes are also used in current limiting applications. This is because when the Zener voltage is achieved and the diode is conducting, a current will flow despite the impedance of the load. By using the correct rated diode, one can calculate the amount of current that will flow, allowing for predictable and controlled current limiting.

BZX79-B10,113 Zener diodes are designed for a variety of different applications. They are especially well-suited for voltage regulation and clamping as well as current limiting applications. This makes them well suited for use in any circuit where reliable, predictable, and consistent voltage levels are important.

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