V375C36H75BS2

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DC to DC conversion is one of the most important functions of electronic technology when the power of a system needs to be regulated to a different level of voltage or current. V375C36H75BS2 DC DC converter provides a reliable and efficient method for regulating and supplying power in a variety of devices and systems. Its application field and working principle will be discussed in this article.

Features of V375C36H75BS2

V375C36H75BS2 is a high efficiency, low noise DC DC converter with a voltage rating of 375VAC at 36W. It features an input voltage range of 8-75VAC and an output voltage of 5.1-48VDC. It has a wide range of operational temperatures (-40°C to +85°C) and a high efficiency of up to 92%. It also has a high power density with a power of up to 1.6W/in3 and a wide input voltage range of 4:1 (4-25V), making it suitable for a variety of applications.

Application field

V375C36H75BS2 can be used in a wide range of applications such as industrial control systems, power supply, automotive, medical equipment, communication systems, consumer electronics and military applications. Its high efficiency and low noise make it suitable for a variety of applications that require high efficiency and reliability. In industrial control systems, it can be used to power actuators and sensors in order to control the system.

In automotive applications, it can be used to regulate and supply power for lighting and control systems, as well as for cooling systems. In medical equipment, it can be used to power and control medical instruments such as CT scanners, ultrasound machines, and other medical instruments. In communication systems, it can be used to power base stations, BTS and other communication equipment. In consumer electronics, it can be used to power various consumer electronic devices such as cell phones, laptops and tablets.

Working principle

V375C36H75BS2 works on the principle of pulse width modulation (PWM). In this procedure, the DC input voltage is converted into a train of pulses and the output voltage is regulated by controlling the pulse width. The input voltage is rectified by a full wave bridge rectifier circuit and then filtered to produce a smooth DC voltage. This smooth DC voltage is then fed into the input of the PWM controller. The controller then compares the input voltage with a reference voltage and produces a pulse width modulated signal. The output voltage is then adjusted by controlling the pulse width of the signal. The output voltage is then stabilized by a low pass filter circuit which reduces the high frequency components of the signal and produces a steady output voltage.

Conclusion

V375C36H75BS2 is a high efficiency and low noise DC DC converter that can be used in a variety of applications. Its wide input voltage range, high efficiency and high power density make it suitable for a variety of applications. Its working principle is based on pulse width modulation where the output voltage is regulated by controlling the pulse width of the signal. This makes it reliable and efficient for a variety of applications.

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