VI-J4Y-IW-F3

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DC DC converters are electronic devices which convert a source of direct current (DC) from one voltage to another. The VI-J4Y-IW-F3 is a high quality DC/DC converter that is specifically designed for industrial applications where reliable and ultra-precise output accuracy is a must. The VI-J4Y-IW-F3 is designed for 24V industrial applications, which typically are found in industrial automation, motor control, test and measurement, data logging and acquisition, factory automation and power conditioning.

The VI-J4Y-IW-F3 module features a wide input voltage range of 6-36V and can output a highly efficient and low ripple DC output voltage of either 1.2V or 4.75V. The converter has a high switching frequency of up to 400kHz and an optimized switching architecture to optimize switching efficiency and minimize EMI.

The VI-J4Y-IW-F3 has excellent thermal performance, with a maximum output power of 23W. It also has wide operable temperatures of -40 to +85°C，with integrated overtemperature protection for greater safety. It also has excellent EMC performance, meeting the latest EN55032, EN55024, CISPR32 and FCC15 standards.

In terms of design and installation, the VI-J4Y-IW-F3 module is compact and lightweight, which allows for easy mounting in tight spaces. It has a low standby power consumption to minimize the impact of idle power draw and a large terminal space for easy wiring.

The working principle of the VI-J4Y-IW-F3 module is simple. It uses a series of transistors or thyristors to switch the direct current, thus converting it from one voltage to another. This process is achieved by switching the input voltage between the source and the output voltage. The capacitor and the inductor, as well as the other components of the module, help to regulate the amount of energy transferred and hence the output voltage.

The VI-J4Y-IW-F3 module is a reliable, efficient and temperature stable DC-DC converter, designed for use in a variety of industrial applications. It has a wide input voltage range, a high switching frequency, excellent thermal protection and low standby power consumption. The working principle of the converter is based on switching the input voltage between the source and the output voltage, which is regulated by the components of the module. As such, it is an ideal solution for industrial automation, motor control, test and measurement, data logging and acquisition, factory automation and power conditioning.

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