MSMLJ6.5AE3

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1. Introduction

MSMLJ6.5AE3 is a non-polar, high clamping voltage Transient Voltage Suppression (TVS) diode designed to protect sensitive electronics from voltage transients. TVS Diodes have gained increasing popularity to replace low capacitance and fast responding transil diodes. With lower capacitance, it offers better compatibility with high-speed digital applications. With a lower dynamic resistance and higher clamping voltage, it will provide superior protection to sensitive electronics intended for automotive and industrial grade applications.

2. Applications

MSMLJ6.5AE3 provides transient protection in applications such as automotive and industrial grade electronics, handheld peripherals, such as USB ports and Compact Disc players, routers, switches, personal computers and telecoms systems. It can also be used for consumer electronics, such as DVD and VCD players.

3. Working Principle

The working principle of MSMLJ6.5AE3 is based on the semiconductor physics and metal-oxide-semiconductor (MOS) technology. When an overvoltage situation occurs, i.e. a voltage that is above the normal operating voltage, the current will flow through the diode. This will cause it to be turned on, allowing the current to pass. At the same time, the transfer characteristics of the diode will reduce the voltage back down to the normal operating limit. It can handle extremely high currents and the low capacitance allows it to respond very quickly to a voltage transient. The clamping voltage rating is 6.5 volts.

4. Conclusion

MSMLJ6.5AE3 is a non-polar, high clamping voltage Transient Voltage Suppression (TVS) diode that can protect sensitive electronics from voltage transients. It has a low capacitance, dynamic resistance and higher clamping voltage, allowing it to offer superior protection. MSMLJ6.5AE3 is appropriate for applications in automotive and industrial grade electronics, handheld peripherals, routers, switches, personal computers and telecoms systems. Its working principle is based on MOS technology, where it is able to quickly reduce the transient voltage back to the normal operating limit.

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