MP6KE170CAE3

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The MP6KE170CAE3 is a bidirectional Transient Voltage Suppressor (TVS) Diode. It is designed to protect electronic circuits from any voltage related damage caused by electrostatic discharge (ESD) and other electrical transients. It features an extremely small size with an RATINGS package form factor of 2.0 x 1.6 x 0.75 mm. The device is a single package with two terminals, anode and cathode, and operates in a bidirectional mode.

The MP6KE170CAE3 TVS Diode is designed to protect sensitive electronics from high-energy, high-speed (ESD) transients. It is commonly used in portable devices using USB ports, HDMI terminated cables, and other consumer electronics. The TVS Diode is able to clamp the voltage across the protected line by absorbing the transient energy and diverting it to a safe area. It is also suitable for protecting I/O lines of microprocessors and other sensitive ICs.

The MP6KE170CAE3 features a minimum breakdown voltage of 8.7V, with a maximum clamp voltage of 14V. It is capable of handling peak overload current pulses of up to 20 A, with a peak pulse power of 1.4 W. The device also offers a symmetrical clamping voltage with very fast response times, which helps to protect circuits by minimizing the voltage and duration of the transient.

The device is designed to work over a wide temperature range, between -55 °C and +125 °C, and is capable of providing good protection even in harsh environments. It is also capable of providing excellent long-term reliability, with no performance worsening over time. The device is capable of surviving up to 5,000h of rigorous thermal cycling, meaning it is capable of providing reliable protection to circuits against ESD and other electrical transients.

In conclusion, the MP6KE170CAE3 is a small, bidirectional TVS Diode designed to protect circuits from ESD and other electrical transients. It features an extremely small footprint, with a minimum breakdown voltage of 8.7V and an overload current pulse rating of 20A. The device works over a wide temperature range, between -55 °C and +125 °C, and offers excellent long-term reliability with no performance degrading over time. It is suitable for use with numerous consumer electronics, such as USB ports and HDMI terminated cables.

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