TGL41-170A-E3/97 Circuit Protection

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TVS diodes are semiconductor devices specifically designed to protect sensitive electronic equipment from transient voltage spikes. The TGL41-170A-E3/97 is a member of this family of protection devices. It offers excellent protection from damaging spikes present on the power and signal lines in a variety of circumstances.

The TGL41-170A-E3/97 has a working voltage range that starts at 5 volts and reaches up to 170 volts. Its exceptional high surge capability of 18 volts, ensures protection in both low voltage and high voltage applications. The TVS diode also has a low and fast response time, with peak pulse current ratings of up to 6.3 amps and 8/20μs pulse widths. This makes it suitable for a wide range of power and signal lines.

The TGL41-170A-E3/97 is widely used in computer, IT Equipment, communications, consumer electronics, industrial electronics and automotive applications. Its peak pulse power capability of 19KW ensures that it can effectively reduce the magnitude of fast transients, without causing damage to the circuits. The TGL41-170A-E3/97 also provides optimum ESD protection, meaning that it can safely protect sensitive electronic circuits from static electricity.

The TGL41-170A-E3/97 is a unidirectional TVS diode, meaning that it conducts current in only one direction. It is designed to function in one of two modes: the clamping mode or the snap-back mode. In the clamping mode, the diode rectifies the voltage spike and begins to pass current. This current is diverted to the ground path, reducing the voltage spike to a safe level. In the snap-back mode, the diode will clamp the voltage spike and then, if necessary, break down and become a short circuit until the spike dissipates. This will help protect the circuits from damaging overvoltages.

The TGL41-170A-E3/97 is also RoHS and REACH compliant, meaning it has no hazardous materials and complies with safety standards. The device is available in a wide variety of case sizes and has a maximum operating temperature of 150°C. It is a highly reliable and affordable solution for protecting sensitive circuits from transients caused by power and signal spikes.

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