TDR 3-4812WISM

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-DC converters are devices that convert direct current of one voltage level to another. A particular type of DC-DC converter known as the TDR 3–4812WISM has proven to be particularly useful due to its versatility, wide range of input voltage range and its high power density. This article will analyze the application field and working principle of the TDR 3–4812WISM.

The TDR 3–4812WISM converter has a wide range of applications in which it can provide a great benefit. It is perfect for applications that require high performance in the conversion of DC to DC, such as battery management systems and renewable energy systems. In addition, the compact size of the converter makes it suitable for use in tough environments. The TDR 3–4812WISM converter can also be used in applications such as portable and wireless devices, vehicle electronics, and general-purpose power supplies, due to its high performance and reliability.

The working principle of the TDR 3–4812WISM converter is based on the principle of synchronous rectification and regulation. It uses a controller to regulate the voltage output of the converter by using the PWM signal. The PWM signal is generated from an external clock generator circuit, which is then separated into separate power stages that are each isolated by an opto-isolator. As each of these stages is switched in and out of the circuit, the voltage is regulated by the controller. The main benefit of this hard switching configuration is that it provides much higher output stability and accuracy than softer analog configuration.

In addition to its regulation capabilities, the TDR 3–4812WISM converter also provides protection from overcurrent, overvoltage, and short circuit. This is achieved by integrating a dedicated overcurrent protection circuit in the controller. This overcurrent protection circuit contains four independent cells that monitor the output current of the converter, and if an overcurrent occurs, the current is reduced or shut off to provide the necessary protection.

The TDR 3–4812WISM converter is a highly efficient device due to its synchronous rectification technology which eliminates the power losses associated with the conventional hard-switching converters. It offers a very wide input voltage range due to its adjustable current limit feature. The adjustable current limit feature allows the user to set the maximum current that the converter can be allowed to draw from the power source, thus offering great flexibility. This converter also has a very low noise level due to the low EMI filter. This allows the user to have less interference in communication networks.

In summary, the TDR 3–4812WISM converter is a high power density, wide range, and highly efficient device. Its wide range of applications and reliable performance have made it a very popular choice for the conversion of DC to DC. Its synchronous rectification technology, wide input voltage range, and adjustable current limit feature provide high efficiency, and its low noise performance make it an ideal choice for automotive, portable and wireless devices. applications.

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