VI-27P-CX-F4

DC-DC converters are used extensively in the industrial, consumer, and automotive markets. The VI-27P-CX-F4 is one such example of a wide range of DC to DC converters. This device is ideal for applications such as battery charging, solar inverters, and DC motor drives. In this article, we’ll look at the application field and working principle of the VI-27P-CX-F4.

The VI-27P-CX-F4 is a high-efficiency input voltage to output voltage DC to DC converter for industrial and consumer applications. The device has a wide input voltage range of 2.75 V to 28 V and can provide output voltages of 0.8 V to 24 V. It also features a high efficiency rating of 95 percent and a low standby current of 7.5 µA.

The VI-27P-CX-F4 can be used to DC motor drives, on-board battery charging, solar inverters, and other applications. It is capable of providing fast transient performance and provides excellent reliability and high power density for a wide range of applications. The device also meets EMI requirements and operates from -40 to +105°C.

The VI-27P-CX-F4 employs a synchronous buck topography for seamless operation with low output ripple. The switch nodes are connected in a synchronous manner that minimizes noise and increases efficiency. It also provides protection features such as over-current protection, over-temperature, over-voltage protection, and short circuit protection.

The device can support wide input voltage ranges without sacrificing its efficiency or accuracy. It supports a wide range of output power levels and can provide up to 20W of power.

VI-27P-CX-F4 also provides advanced monitoring features such as monitoring input and output voltages, current, temperature, and other parameters. This makes it suitable for controlling DC motors, batteries, and other systems.

Overall, the VI-27P-CX-F4 is a great choice for applications requiring a cost-effective, high-efficiency, low ripple, and reliable DC-DC converter. It is a great choice for battery charging, solar inverters, and DC motor drives. It provides wide input voltage ranges, fast transient performance, and advanced monitoring features. The device is supported by a comprehensive evaluation board and can easily be incorporated into a wide range of applications.