SMCJ350C

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SMCJ350C is a televs (transient voltage suppression) diode that is designed to protect sensitive electronic systems from damage due to transients or surges in voltage. This diode category is used for protecting electrical circuits from electrical overstress in accordance with the requirements of IEC 61000-4-5. The SMCJ350C diode provides effective protection against transients such as those caused by inductive loading, capacitor discharge, or switching, and is suitable for high-speed circuit protection.

The SMCJ350C provides 350W peak pulse power that is capable of protecting even the most sensitive electronic equipment from an electrical overstress. The diode is a self-protected device that is rated from 3V to 170V and has a glass passivated junction for superior protection. The SMCJ350C diode is designed to provide ESD protection against both HBM (human body model) and CDM (charged device model) standards, as well as surge protection in accordance with the requirements of IEC 61000-4-5. The SMCJ350C diode is designed for high speed operation and is offered with an optional lead-free solder process.

The proper application of the SMCJ350C diode requires an understanding of its working principle. The television suppression diode works by providing an electronic path for current to bypass the system and safely dissipate the surge current. This is accomplished by the current passing through the diode, which is triggered by a voltage spike or surge. The diode will then divert the excess voltage through its junction, which will absorb the excess energy and prevent the damage that might occur due to the voltage spike or surge. The diode is able to dissipate the excess voltage without creating any permanent damage to the system.

The SMCJ350C television suppression diode is designed to protect a wide variety of electronic systems from damage due to transients or surges in voltage. The diode provides effective protection and meets the ESD and surge protection according to the requirements of IEC 61000-4-5. The diode is also designed for high speed operation and offers an optional lead-free solder process. The proper working principle of the diode provides a bypassing path for the current to bypass the system and therefore prevents any damage caused by voltage spikes or surges.

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