SMAJ10CAHE3/5A

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TVS - Diodes are typically used in electronic circuits and systems designed to protect against electrical overstress (EOS) caused by fast transient surges such as electrostatic discharges (ESD) or by voltage and current induced power surges originating from other sources such as lightning strikes or other hybrid sources. As transients rise above a predetermined level, a TVS - Diode will switch from its normally nonconductive, or high impedance state to its conductive, or low impedance state. The TVS - Diode is designed to limit the voltage level which reaches other parts of the circuit.

The SMAJ10CAHE3/5A is a TVS - Diode developed specifically for the protection of electronic and digital equipment from transient voltage surges based on international standard SMAJ10CAHE3/5A. It offers robust protection against surges up to +10kV, ESD up to +15kV, and 2.5A per pin even at the rated 10kV pulse. It also provides wide electrical transients due to its great sparkover voltage.

When installing, the SMAJ10CAHE3/5A TVS - Diode should be placed between the power supply and the load that might be affected by the surge, including inductors, fuses, capacitors and surge protectors. Also, a recommended land pattern should be used when mounting on the circuit board or control panel. This will ensure reliable contact with the part and provide good heat dissipation.

SMAJ10CAHE3/5A is designed to handle a wide range of power line transients such as surges originating from lightning strikes, nearby power line needs of power distribution systems, switching of inductive loads, and nearby equipment. In terms of the application field of the SMAJ10CAHE3/5A, it can be used in industrial, commercial, and office areas for streetlighting and communication systems, and residential household equipment.

In addition, the working principle of the SMAJ10CAHE3/5A is straightforward yet effective. It works by diverting from its normally non-conductive high impedance state to its low impedance state when the voltage is increased above the breakdown voltage. The breakdown voltage is determined by the design and manufacture of the SMAJ10CAHE3/5A and is usually quite low, allowing it to be triggered by lower spikes, making it highly reliable when used for protecting against EOS. Moreover, the SMAJ10CAHE3/5A is a low capacitance design, so it will not affect signal speed or noise in any way.

To conclude, SMAJ10CAHE3/5A TVS - Diode is an ideal choice for the protection of electronic and digital equipment from transient voltage surges based on international standard SMAJ10CAHE3/5A. It offers strong protection of up to +10kV, with a sprakover voltage of 2.5A per pin even at 10kV pulse. When installing, the SMAJ10CAHE3/5A should be placed between the power supply and the load that might be affected by the surge and a recommended land pattern should be used when mounting on circuit boards or control panel. Its application field is varied, from industrial, commercial, and office areas, to streetlighting and communication systems, and even residential households. Moreover, the working principle of the SMAJ10CAHE3/5A is based on its low capacitance design, making it appropriate for applications where signal speed is essential.

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