SMAJ6.5A Circuit Protection

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The SMAJ6.5A TVS diodes are widely used in the field of consumer electronics and information technology. They are designed to protect components against voltage transients induced by lightning and other sources. The SMAJ6.5A TVS diode can protect against voltage spikes of up to 6.5A. It is capable of dissipating energy up to 400W peak per line.

The SMAJ6.5A TVS diode is a avalanche breakdown diode, which means it uses an avalanche breakdown effect to reduce large voltage transients. This means that the diode will break down when the peak voltage reaches the rated clamping voltage of the diode, allowing the excess voltage to be diverted from the circuit. The breakdown voltage of the SMAJ6.5A is 6.5 volts, as indicated in the product title.

When the diode is subject to the voltage spikes, an electric current will flow through the diode, which will be dependent on the amount of voltage that is being diverted away from the circuit. The power dissipated by the diode will be determined by the current flow and the clamping voltage of the device. This power dissipation is compensated for by the internal resistance of the diode, which is determined by the junction temperature of the device. The maximum power dissipation per line for the SMAJ6.5A is 400W.

The SMAJ6.5A TVS diodes are typically designed for unidirectional or bidirectional protection. The unidirectional protection means that the diode will only allow current to flow one way through the device, which is commonly used to protect components against static discharge. The bidirectional protection means that the diode can conduct electricity in either direction. This type of protection is often used in low voltage automotive applications.

The SMAJ6.5A TVS diode is a general-purpose protection device designed to protect components against transient voltage induced by lightning or other sources. The diode is capable of dissipating energy up to 400W peak per line, with a maximum clamping voltage of 6.5 volts. The diode can be used in unidirectional or bidirectional applications depending on the requirements of the application.

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