VI-2TW-MX-F2

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DC DC converters are used in many applications that require high power conversion and demand high level of efficiency. The VI-2TW-MX-F2 is one such converter which boasts an impressive performance in a range of applications.

At first glance, the VI-2TW-MX-F2 looks like any other DC DC converter. However, its true capabilities lie in its unique architecture. Its compact design houses two multi-output isolated modules, each capable of providing two highly efficient output voltages between 0.8V and 5V, and each output current up to 10A.

The general application range of the VI-2TW-MX-F2 includes any situation where lower power (up to 200W) and multi-output DC options are needed. Since the device is isolated, it can also be used for sensitive electrical components, such as radio receivers, to isolate them from high EMI.

The key benefits of the VI-2TW-MX-F2 are its high efficiency of up to 95%, low standby power consumption and high tolerance to high temperatures. Additionally, its very low output ripple and noise make it perfect for high-precision applications.

In terms of working principle, the VI-2TW-MX-F2 uses a synchronous rectified full-bridge converter topology. This type of topology is well-suited for changing the voltage level from a medium or low voltage source to the desired output voltage. The topology is also capable of providing up to 95% efficiency, making it ideal for high power applications.

The device also incorporates an integrated controller and a dedicated fault protection circuit with a brown-out indicator. This, coupled with built-in OVP, OCP, over-temperature, and output short-circuit protection, makes this converter one of the most reliable in its class.

The VI-2TW-MX-F2 is thus an ideal choice for applications requiring reliable and high-efficiency power conversion with high-level protection. Suitable applications include powering CPU cores, FPGAs, ASICs, and other integrated circuits with a variety of voltage levels.

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