VI-2TL-CW-F4

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

DC-DC converters are integral components of modern electronic systems. The VI-2TL-CW-F4 converter is a continuous-mode synchronous two-phase buck converter module capable of taking unregulated voltage input and providing a regulated output voltage. It is small in size and high in efficiency, making it an ideal choice for many applications.The VI-2TL-CW-F4 converter operates using two-phase interleaving technology. This provides superior performance over single-phase converters, increasing the power density of the unit without sacrificing efficiency. The VI-2TL-CW-F4 is capable of handling input voltages of up to 48V and can provide output voltages of up to 30V. It features integrated MOSFET switches and operates at a switching frequency of 300kHz. The module is rated for a continuous power output of 20W and has an efficiency of up to 93%.This high-performance two-phase converter is suitable for a wide range of applications from consumer electronics and automotive to medical and industrial. It can be used in many power supply designs, including linear voltage regulators, staggered output configurations, and more.The two-phase synchronous topology of the VI-2TL-CW-F4 produces a sinusoidal input current with zero-current switching, achieving high efficiency and high power density while reducing EMI and switching losses. Its integrated MOSFETs eliminate the need for an external driver, reducing component count and assembly time.In operation, the VI-2TL-CW-F4 works in two phases. In the first phase, the two internal MOSFETs are switched on and off simultaneously, receiving the input voltage and converting it to two lower-level voltages, a positive and negative voltage. These voltages are then combined in the second phase to produce the desired output voltage.The VI-2TL-CW-F4 has been designed to be used in high-temperature environments. It features an integral temperature sensor to monitor and regulate the power delivery, preventing the unit from overheating. Additionally, the module supports input voltage undervoltage and overvoltage protection as well as over-current protection, making it a safe and reliable choice for many applications.

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