TZMB68-GS18

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The TZMB68-GS18, a single Zener diode, is a type of semiconductor device that is used to regulate electrical circuits by limiting the maximum voltage. This device is used in many electronic applications and has multiple functions, ranging from static protection of electronic components to voltage regulation, voltage clamping and signal clipping. This diode can also be used to stabilize circuits and protect them from over-voltage spikes.

The TZMB68-GS18 is especially suited for circuit protection, voltage regulation and signal clamping applications. It is rated at 18 Volts with a maximum Zener Voltage tolerance of ±2%. This device is a low power, 3.5 Watt diode with a reverse Biased continuous current rating of 480mA and maximum reverse current of 75mA. This ensures optimal circuit protection and reliability.

The working principle of a Zener diode like the TZMB68-GS18 is based on the “avalanche effect”. This effect occurs when a voltage is applied to a semiconductor such as a diode, and electrons start to flow. When the voltage across a diode reaches a specific threshold, the “avalanche effect” takes over and produces a large amount of current. This current then creates a feedback loop, keeping the voltage across the diode in check. This creates a stable voltage level and makes the diode suitable for voltage regulation applications.

The TZMB68-GS18 has a wide range of application uses. It can be used in the power supplies of devices such as computers and televisions. The diode can also be used in circuit protection applications in which it limits the current and ensures over-voltage protection. It can be used in digital circuits, analog circuits and video circuits as well. It is also used in automotive circuits such as DC-to-DC converters and voltage clamps.

The TZMB68-GS18 is a versatile single Zener diode that is suitable for a wide range of applications. Its low power, low voltage and high current ratings make it suitable for static and dynamic protection of electronic components and circuits. Its reverse breakdown characteristic, suited for signal clipping, makes it highly reliable for voltage regulation and over-voltage protection. Finally, its working principle, based on the “avalanche effect”, gives it the ability to protect circuits from over-voltage spikes.

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