JCE0348S12-H

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

DC to DC converters are a valuable and versatile technology, used in a wide variety of applications across many industries. The JCE0348S12-H is a relatively new device, designed to convert a DC input voltage into a higher, adjustable output voltage. It is a low-cost solution that meets a variety of needs, including regulated power supplies, telecom systems, automotive electronics, and medical equipment. This article will provide an overview of the JCE0348S12-H, examining its application field and working principle.

Applications of the JCE0348S12-H can be grouped into four main categories. Firstly, the device is widely used in regulated power supplies. It can provide precision voltage regulation and is ideal for use in both small and large scale equipment. Secondly, the device is also used in telecom systems, providing transportable power sources and reliable backup. Thirdly, it is a popular choice for automotive electronics, powering various in-car components such as GPS systems, music players, and LCD displays. Finally, it has also been integrated into a wide range of medical equipment, especially instruments that are designed to be portable.

The JCE0348S12-H is a DC to DC converter, meaning that it takes electrical power from a DC source and transforms it into a higher, adjustable voltage. The device is specifically designed to take up to 40V DC input, and deliver an adjustable output that ranges between 3.3V to 36V DC. It does this by generating higher voltage pulses, during which the output is regulated and linearized for a more consistent result. The output is also monitored in real-time, which helps to ensure a high level of precision and avoids sudden changes in power that could damage sensitive equipment.

The JCE0348S12-H utilizes a switch-mode power supply (SMPS) to convert the DC power. It begins with a push-pull topology that works in two stages. During the first stage, two transistors are used to take electrical current from the DC input source and convert this into an alternating current. This is then sent to a transformer, which reduces the current and transforms it into a higher voltage. In the second stage, the higher voltage is converted back into a continuous DC current by way of a rectifying circuit and a filter. The device also features protection against over-voltage,Over-temperature and short circuit.

The JCE0348S12-H DC to DC converter is a versatile and reliable device, providing a cost effective solution for a range of power conversion applications. Its wide input and output range makes it ideal for use in small, medium, and large scale projects. The device is designed with protection against common risks and is capable of high efficiency conversion, making it an excellent option for powering sensitive electronics. Finally, its real-time monitoring feature ensures that output remains consistent and within expected parameters.

The specific data is subject to PDF, and the above content is for reference