VI-26J-IW-B1

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DC-DC converters are power electronic devices used to convert an input voltage to a voltage of different magnitude or to an isolated output voltage of the same magnitude. DC-DC converters are also used to convert the input voltage to power sources with different characteristics, such as AC, DC or switching power supply sources. The VI-26J-IW-B1 is one such dc-dc converter. This section will discuss the application fields and working principles for the VI-26J-IW-B1.

The VI-26J-IW-B1 is a dc-dc converter specially designed to provide precise adjustment of output voltage from a given input between 0-26V DC. It features advanced technology to electronically adjust the output voltage in response to varying load current demands. This converter offers high reliability and performance at a relatively low cost.

Application Fields of the VI-26J-IW-B1

The VI-26J-IW-B1 converter offers versatile performance in a wide range of fielded applications. Its wide input voltage range allows it to be used in multiple scenarios, such as providing power to weather-control systems, electromechanical and hydraulic systems in harsh environments, and energy-hrning systems. In addition, it can provide clean and reliable power to AC and DC systems including lighting, computing, HVAC, manufacturing, and commercial systems.

working principle of VI-26J-IW-B1

The VI-26J-IW-B1 converter utilizes a high-efficiency, non-isolated, step-down, buck, topology to attain its high performance. The converter operates at a fixed frequency and adjusts the output voltage and current in response to changing load demands. It features an input-stage rectifier for smooth and reliable power input to the converter. An oscillator generates a pulse-width-modulated signal, which is then modulated by a Pulse Width Modulation (PWM) controller to produce the required output voltage. An inductor is used to store energy for the output stage and also filter out the high frequency ripple of the output voltage. A low-pass filter is used to ensure a smooth DC output voltage. The output voltage is also monitored by a voltage-feedback circuit to regulate the voltage and current output, providing precise control over the output voltage.

The VI-26J-IW-B1 converter is designed to be highly efficient, being able to reach a conversion efficiency of up to 92%. It also offers maximum power delivering up to 25W of output power. Additionally, the computer is able to operate over a wide operating temperature range of -20°C to 70°C and its high reliability ensures a long operational life.

In summary, the VI-26J-IW-B1 is a high-efficiency, non-isolated, DC-DC converter designed to provide precise control over the output voltage. It offers versatile performance in multiple application fields and features high efficiency, reliable power delivery, and extended operational lifetime.

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