DZ23C6V8-E3-18 Discrete Semiconductor Products

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The DZ23C6V8-E3-18 is a Zener diode array integrated circuit (IC) with an integrated zener array that is designed to provide noise isolation in circuits. The device is a 6-channel Zener diode array with a maximum working voltage of 18 volts. It is used in various applications requiring isolation between noisy signals. The device is composed of 6 individual zener diodes which are connected in parallel and connected to a single output line.

The DZ23C6V8-E3-18 is ideal for applications where there is a need to block high frequency or low noise signals from interfering with the correct operation of other circuits in a system. The device provides the isolation between circuits that is necessary to prevent interference. For example, the DZ23C6V8-E3-18 can be used to isolate the audio signal from a television or radio from the power supply for a video device.

The DZ23C6V8-E3-18 operates on the principle of Zener Breakdown. Zener breakdown occurs when the electric field in a reverse-biased semiconductor diode reaches a high enough magnitude to create low energy electron-hole pairs in the junction region. This electric field is created by applying a negative voltage to the anode of the diode, thus creating a reverse voltage which causes the current to flow through the diode in the reverse direction. The reverse voltage applied to the diode causes the electron-hole pairs generated at the junction to disperse and move away from each other. This breakdown will cause a spike in current and ultimately lead to the zener diode entering into a breakdown mode.

The device has two main modes of operation: reverse breakdown and Zener operation. In the reverse breakdown mode, electric current flows from the anode to the cathode, due to the negative voltage on the anode. This current, or “reverse current”, is limited by the amount of the breakdown voltage and is controlled by the physical characteristics of the diode. In the Zener operation mode, the reverse current is limited by the Zener voltage of the diode. This Zener voltage is a constant voltage, and is independent of the applied reverse voltage.

The DZ23C6V8-E3-18 is primarily used in noise isolation and transient suppression applications. Its main purpose is to provide isolation between circuits and prevent signals from interfering with the operation of other sensitive devices. It can also be used in protection circuits for sensitive components such as microprocessors, transistors, and LEDs.

In addition to noise isolation, the DZ23C6V8-E3-18 is also used in transient suppression applications. Since the diode array can store charge and release it when needed, it can reduce current spikes and sudden voltage changes. This makes the device ideal for suppressing transients in systems. It is especially useful in switching and computer power supplies where sudden changes in voltage can damage sensitive components.

The DZ23C6V8-E3-18 is a versatile integrated circuit that is used in a variety of applications due to its ability to provide noise isolation and transient suppression. With its high performance and ease of use, it is an ideal solution for providing circuit protection and noise isolation in a variety of applications.

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