1N6066A

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The 1N6066A is a type of Transient Voltage Suppressor (TVS) Diode. It is a semiconductor-based, overvoltage protection device used to protect sensitive electronic circuits from overvoltage or power surges. It is designed to minimize voltage disruptions by actively clamping voltage signals at pre-determined values.

The 1N6066A is designed to provide protection to a wide range of electronic products, such as automobiles, appliances, computers, personal electronics, industrial equipment, and medical devices. These devices are used in a variety of critical applications, such as data storage, medical equipment, communication systems, and automotive safety/control/monitoring systems. TVS diodes are the first line of defense against voltage spikes, protecting sensitive components and systems from damage caused by overvoltage conditions.

The 1N6066A is a uni-directional device consisting of two p-n junctions in series. It is constructed in a two-pin package with the electrodes on the outer sides of the package and the junction at the center. When the device is subjected to an overvoltage or power spike, the p-n junction of the 1N6066A clamps the voltage to its breakdown voltage. The device is then connected to a ground, serving to protect the circuit and its components from overvoltage damage.

The 1N6066A is designed to protect a circuit or device against voltage spikes with an operating range of -30 V to 30 V. It is capable of suppressing low-level transient voltage signals up to 600 W peak pulse power (10/1000 μs waveform). The device is available in standard packs of 1,000 pieces. It is available in either bare lead or RoHS compliant lead frames, making it ideal for a wide range of applications.

The 1N6066A is one of the most reliable and cost-effective TVS diodes available. It provides superior electrical performance, including excellent transient protection, low leakage current, high peak current capability, and a low junction-to-case capacitance. This combination of features makes it ideal for protecting electronic circuits and products from overvoltage damage.

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