SA36C-E3/54

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TVS diodes are semiconductor devices that are used to protect electrical and electronic circuits from potential damage caused by transient overvoltage events such as electrostatic discharge (ESD), lightning, or voltage surges from inductive loads.

The SA36C-E3/54 is one such device. It is a unidirectional type two-terminal component that is designed to protect sensitive electronic components from voltage transients. It consists of a highly-doped zener diode substrate connected to an anode and a cathode. The anode is connected to a source voltage and the cathode is connected to a ground. The diode is designed to break down and conduct current when the voltage across it exceeds its rated breakdown voltage, thus protecting sensitive circuits from voltage transients.

The SA36C-E3/54 is ideal for use in a wide range of applications where protection against ESD events is required. These include telecom and computer systems, control systems, and automotive electronics. As a low capacitance device, it has a low insertion loss allowing signals to pass through with minimal distortion. Additionally, the device can dissipate transients up to 270 W with a surge current of 450 W.

The working principle of the SA36C-E3/54 can be found in its asymmetric structure which activates quickly in response to an overvoltage event. When the voltage exceeds its breakdown voltage, the device begins to conduct current and the excess energy is dissipated through the anode and the cathode. The device also has an internal protection circuit which reduces the clamping voltage and reduces the dynamic resistance during surge current events. As such, the SA36C-E3/54 is able to protect sensitive circuits from voltage transients while also allowing signals to pass through with minimal distortion.

In conclusion, the SA36C-E3/54 is a unidirectional type two-terminal device which is designed to provide protection for sensitive circuits from voltage transients. It has a low insertion loss, a low capacitance, and can dissipate transients up to 270 W with a surge current of 450 W. The device also has an internal protection circuit which reduces the dynamic resistance during surge current events. As such, the device is ideal for use in a wide range of applications where protection against ESD events is required.

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