MAP5KE6.0CAE3

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TVS (Transient Voltage Suppressors) diodes provide protection from electrical transients caused by a variety of sources. The MAP5KE6.0CAE3 is a TVS Diode that can provide ESD and protection from lightning-induced transients. It is designed for telecommunications applications and is suitable for use in both AC and DC power systems.

The MAP5KE6.0CAE3 is a unidirectional diode with a standoff voltage of 6.0 VDC and a peak pulse power rating of 400 watts. It has a low leakage current of 2.0mA at 5.5 VDC. It has clamping voltage of 7.5 V (max) and a reverse stand-off voltage of 6.0V.

The MAP5KE6.0CAE3 is designed to protect against lightning-induced transient electrical events by clamping the voltage across an insulated conductor and dissipating the energy into the ground. It is ideal for applications that require surge protection from transient surges and spikes or where a moderate level of ESD protection is required. It can also be used in AC power systems, such as those in HVAC systems, and in DC power systems, such as those found in battery backup systems.

The MAP5KE6.0CAE3 works on the principle of voltage clamping. When a voltage transient exceeds the stand-off voltage of 6.0 VDC, the diode clamps the voltage to the threshold level of 7.5 VDC. This prevents the transient voltage from exceeding the threshold level, thus providing protection from transients. The energy of the transient is dissipated as heat in the diode and is absorbed by the surrounding environment.

The MAP5KE6.0CAE3 is designed for high efficiency performance and is compatible with all types of AC and DC power systems. Its package design enables easy installation and excellent thermal performance. It is also RoHS compliant, ensuring that it meets all applicable environmental requirements.

In summary, the MAP5KE6.0CAE3 is a unidirectional diode that provides protection from electrical transients, as well as ESD protection. It is designed for application in both AC and DC power systems and works on the principle of voltage clamping, allowing it to absorb transient energy and protect against transient surges. It is RoHS compliant and offers superior thermal performance, making it an excellent choice for protecting sensitive equipment.

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