P6KE47CARL

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TVS (Transient Voltage Suppressor) diodes, also known as transient suppression diodes, are designed to protect vulnerable electronic equipment from overvoltage. The P6KE47CARL is a uni-directional device that is designed to protect equipment from damaging voltage transients. It can provide superior protection from manufacturing and assembly line error in a space-saving SOIC-8 package.

The P6KE47CARL TVS diode is a Silicon Avalanche (SATR) diode with patented internal “Micro-Spark Gap” technology. This technology allows the diode to suppress overvoltage that exceeds the reverse breakdown voltage of the silicon. The Micro-Spark Gap also reduces the peak pulse current, thereby minimising the EMI (Electromagnetic Interference) generated during the transient.

The P6KE47CARL is an ideal choice for overvoltage protection applications. It is rated for 400W peak power, 5A peak pulse current and a 6.8V standoff voltage. It is capable of handling up to 30A of peak pulse current and can suppress transients from 100A to 150A. Additionally, it has an operating temperature range of -55o C to +175o C.

Working Principle:

When an overvoltage transient occurs, the P6KE47CARL TVS diode is designed to dissipate the excess energy that would otherwise cause damage to the electronic components. The diode\'s Silicon Avalanche (SATR) technology allows it to aggressively absorb and dissipate the overvoltage to protect components from damage. In response to the overvoltage, the Micro-Spark Gap begins to conduct current, thereby suppressing the transient. The diode also provides EMI suppression to limit the amount of interference generated during the transient.

The P6KE47CARL is designed to operate over a wide range of temperatures and voltages, making it an ideal choice for protecting systems from overvoltage transients. It is capable of handling up to 30A of peak pulse current and can protect electronic components from potential damage due to manufacturing and assembly line errors. Additionally, it\'s small SOIC-8 package makes it an excellent choice for applications with limited space.

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