VI-26J-IW-F1

DC DC converters are widely used in industrial, military, medical and construction areas for power conversion and control. They are particularly useful for powering low voltage applications as they reduce the operating voltage to the required low voltage. DC to DC converters can offer high power efficiency, high reliability, flexibility and low cost. The VI-26J-IW-F1 is an ideal circuit for automotive applications that require 24V input and adjustable or graduated output and is capable of adjustable outputs to as low as 3.3V.The VI-26J-IW-F1 is a buck switching regulator that uses a buck converter, an inductor and voltage regulator to regulate the output voltage of a DC to DC converter. It is designed with a high frequency pulse width modulation (PWM) switching step-down regulator to convert input voltage into regulated output voltage. The device provides adjustable output voltage up to 26V, with a total power of 300 W from DC input voltage.The VI-26J-IW-F1 functions by using a buck converter to step down the DC input voltage. The inductor is placed in series between the input and output to filter the step-down voltage and gives it a more uniform output voltage. A PWM controller then adjusts the input current in order to maintain the output voltage. Any changes in the input voltage or the load at the output are detected automatically and the PWM controller adjusts the output voltage accordingly.The VI-26J-IW-F1 has an adjustable range of 3.3V to 26V with a maximum output of 300 W and high efficiency up to 95%. The device also features a soft start circuit to reduce inrush current and transient overshoot at start-up. Other features include over voltage protection, over temperature protection, and over current protection. The device is designed for a 24V input and has a wide operating temperature range of -40°C to +105°C, making it ideal for automotive and industrial applications.The VI-26J-IW-F1 is an ideal choice for applications requiring adjustable output from 3.3V to 3V, such as computer peripherals, communications equipment, data storage, automotive, industrial, and military projects. The device is robustly built and designed for harsh environments and is easy to install and maintain. Its high efficiency and low cost make it a reliable and cost effective solution for both commercial and industrial applications.