MAP6KE7.5AE3

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

TVS devices, otherwise known as transient voltage suppressors, are used to protect sensitive integrated circuits from overvoltage transients and surges. These devices clamp or steer transient voltages away from the integrated circuit and reduce the maximum voltage seen by the protected circuit. They are typically installed at the power supply input of digital and analog circuits to protect them from lightning strikes, electrical surges, electrostatic discharge (ESD), and any other external transients that could cause permanent damage.

The MAP6KE7.5AE3 is an example of a TVS diode, specifically designed in the SOD-323FL, an ultra-low profile SMD package. Due to its flat pin order and design, it is perfectly suited for thin and compact structures such as mobile phones, digital cameras, and general electronical equipment. This particular device is a dual-diode, with a maximum peak pulse power of 750 Watts and a maximum breakdown voltage of 7.5 volts. The MAP6KE7.5AE3 also is designed to absorb energy up to seven times the voltage for greater protection against ESD events.

When operating as a protection device, the MAP6KE7.5AE3 works by clamping transient voltages below its breakdown voltage. In normal operation currents, the device is electrically open and no current flows through it. When a transient comes to the input, the diode quickly turns on and acts as a short circuit, diverting most of the current to ground. This reduces the voltage, creating a barrier against the transient voltage, and protecting the underlying circuit.

The device is also designed to offer greater levels of overvoltage protection. This is done using a Multi-Layer Varistor (MLV) technology, which ensures high peak pulse current can be handled over multiple pulse events without any increase in leakage or saturation current. Additionally, the design of the MAP6KE7.5AE3 allows it to respond quickly to transients to protect equipment against pass-through transients or current spikes.

Due to its small size and reliable overvoltage protection capabilities, the MAP6KE7.5AE3 is an ideal choice for applications such as medical electronics, device protection, and consumer electronics. The device is also highly reliable, as it is capable of handling multiple pulses and continuous overvoltage conditions without any increase in leakage or saturation current. Moreover, with its SOD-323FL package design, the device can easily fit in tight spaces, making it a great choice for applications where space is at a premium.

In conclusion, the MAP6KE7.5AE3 is an ideal choice for reliable overvoltage protection. It is a dual-diode, designed with a flat pin order and an ultra-low profile SOD-323FL package that is ideal for use in medical, device, and consumer electronics applications. The device offers quick response to transients and utilizes MLV technology to provide high peak pulse current over multiple pulse events. It is highly reliable and can handle continuous overvoltage conditions without leakage or saturation current.

The specific data is subject to PDF, and the above content is for reference