3KASMC16HE3_A/I

TVS - Diodes, commonly referred to as Transient Voltage Suppressors, are an important component in many electronic circuits. They are designed to protect components from over-voltage conditions by dissipating the excess energy in the form of heat. 3KASMC16HE3_A/I TVS Diodes are an example of such devices, widely used in automotive, industrial, and consumer applications.

The 3KASMC16HE3_A/I TVS Diodes are available with a clamping voltage from 11V thru 200V, and are rated for peak pulse power of up to 1.5kW for 10/1000μs pulse, making them suitable for a wide range of applications. The device has two terminals, Source and Drain, and uses a Zener diode as the active element. The body of the device is composed of a metal oxide semiconductor (MOS) structure, which enhances its transient voltage surge and power surge durability.

The 3KASMC16HE3_A/I TVS Diodes have a wide range of applications, such as distribution power systems, electric power systems, automotive electronics, and consumer electronics. In distribution power systems, such as substations and distribution networks, they are used to protect insulated cables from overvoltage transients caused by lightning or switching surges. In industrial and automotive applications, they are used for protecting I/O circuits, motor drives, and other sensitive components. In consumer electronics, they are used for protecting embedded systems, data networks, and other low-voltage applications.

The working principle behind the operation of 3KASMC16HE3_A/I TVS Diodes is relatively simple. When a voltage exceeding the breakdown voltage of the device is applied to its terminals, a large hole current begins to flow through the p-n junction, creating an avalanche effect which then results in a very fast and effective protection from overvoltage conditions. After the overvoltage is dissipated, the device is able to re-establish its mounting voltage, along with the normal current flow.

The 3KASMC16HE3_A/I TVS Diodes are a reliable and cost-effective solution for protecting important electronic components and systems from voltage transients. Their wide range of applications, coupled with their dependability, make them a popular choice for many engineers and design teams.