MAP6KE8.2CAE3

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Transients Voltage Suppressors (TVS), also known as Transient Voltage Protection Diodes (TVPDs) are unidirectional, solid-state devices used to protect electronic equipment against transients and ESD generated by direct and indirect lightning events. MAP6KE8.2CAE3 is a type of TVS diode that provides the highest level of transient surge protection available. It is designed to divert high-voltage transients to ground without passing through the equipment downstream.

The MAP6KE8.2CAE3 is a fast-acting, low capacitance dual-diode TVS with a clamping voltage rating of 8.2V. In addition, the device provides an operating voltage up to 3.75kV max and a very low leakage current. This device is optimized for high-speed communications lines, and it is suitable for ESD, IEC 61000-4-2 Level 4 and ITU K.44 surge protection applications. It is also suited for protecting bridge rectifiers, compactPCI, ISDN, telecommunication systems, video interfaces, and other high-speed data lines.

The MAP6KE8.2CAE3 is built on a low-capacitance proprietary process technology. It has an ESD rating of 8 kV contact, which makes it a robust solution for protecting equipment against hazardous transients. Additionally, it has ultra-low leakage and fast clamping times, which provides superior protection against destructive electrical events.

The MAP6KE8.2CAE3 is applies the principle of Zener breakdown. When the voltage across its terminals exceeds its breakdown voltage, the diode starts to conduct current and dissipate the transient surge directly. The device then clamps the voltage across its terminals and prevents any further transient spikes from passing into the equipment downstream. The device then quickly recovers and waiting for the next transient. This process enables the device to provide maximum transient protection with minimal damaging current.

The MAP6KE8.2CAE3 provides an important added layer of circuit protection for applications in hostile environment. Its low capacitance, high pulse power handling, high ESD rating, and fast clamping speed make it an excellent device for high-speed communication and ESD protection. It is also RoHS compliant, and it is available in a SOT-23, SMA, and SMBIC package, which makes it an ideal solution for protecting circuits against the dangers of transient failures.

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