SMCJ16A V7G

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TVS – Transient Voltage Suppressor diodes are an essential type of semiconductor device which is used to provide protection from voltage spikes and transients. These diodes have the ability to absorb high voltage surges and dissipate the stored energy without significant damage to the circuit. SMCJ16A V7G series TVS diode is a high power diodes with power dissipation of 1000 W, suitable for use in power supply line and bus overvoltage protection.

The SMCJ16A V7G TVS diode consists of a high peak repetitive voltage with a working voltage of 16 V. It is 5.08 mm thick and has an excellent trigger rate to protect against electrostatic discharge. It delivers excellent clamping characteristics with decent current capability. As far as reverse blocking voltage is concerned, this device has a high reverse blocking voltage of 1044 V. What is more, its minimum breakdown voltage is 15 V and its maximum breakdown voltage is 16.5 V.

The working principle of SMCJ16A V7G TVS diode is fairly simple. It acts as a back up voltage device when the voltage exceeds the threshold limit. When this happens, the diode quickly absorbs the extra voltage and dissipates the energy. This protects the circuit from unwanted damage due to overvoltage. Along with this, the device provides excellent surge and noise immunity.

SMCJ16A V7G TVS diode is primarily used for power supply and bus overvoltage protection in high power applications. It is also used in a wide range of applications such as automotive systems, network communications, computers and servers, industrial equipment, and consumer electronics. The device is ideal for protecting electronic and electrical systems from overvoltage damage, voltage spikes, and electrostatic discharges. It can also be used to provide protection from lightning and power cross.

In sum, SMCJ16A V7G series TVS diode is a versatile and reliable device which can be used to safeguard circuits and components from overvoltage, voltage spikes, and electrostatic discharges. The device has a high peak repetitive voltage and excellent clamping properties. It is well suited for high power applications and is used in a wide range of industries.

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