TZMC3V6-GS08

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The TZMC3V6-GS08 is a single zener diode manufactured by Vishay. It is a low leakage and low capacitance, surface mount, 3.6 V Zener diode. This device is ideal for applications where a low leakage and low capacitance are required. It is used in automotive, access control, communications and computer equipment.

The TZMC3V6-GS08 is a surface mount, complementing resistor diode. It exhibits low leakage and low capacitance. The diode has a breakdown voltage of 3.6 V, peak repetitive reverse voltage of 6 V and can handle a maximum power dissipation of 800 mW. Its maximum forward current is 15 mA and it has a peak surge current of 100 mA. Its junction capacitance is less than 10 pF.

The TZMC3V6-GS08 is designed to protect circuits against sudden high voltage spikes or surges and ensure reliable operation in all conditions. When a high voltage is applied to the diode, it acts as a resistor and limits the voltage to a predefined level, while at the same time preventing current from flowing in the opposite direction. The zener diode works in the same way as a diodes voltage regulator. It has a current limit and a voltage limit, ensuring that the voltage supplied to the circuit does not exceed a certain level and does not last for longer than a predefined interval. This makes the zener diode an integral part of power supply circuitry.

The TZMC3V6-GS08 can be used in a variety of applications, including automotive, access control, communications and computer equipment. It is suitable for supplying voltage to ICs, controlling the voltage level in load circuits, protecting switches and other electrical components, and providing a stable voltage supply. The TZMC3V6-GS08 can also be used in noise filtering applications to reduce interference and noise.

The TZMC3V6-GS08 is a reliable and durable diode, which can be used in a variety of applications. Its low leakage and low capacitance properties make it ideal for use in automotive, access control, communications and computer equipment. Its low voltage limit ensures that voltage levels are maintained, while its low current limit prevents damage to the components it is connected to.

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