TDN 3-1221WI

DC DC Converters

TDN 3-1221WI is the state-of-the-art AC/DC or DC/DC converter from TDN Corp. It utilizes advanced digitally controlled power semiconductor and IGBT technologies to provide superior performance in the most demanding power electronics applications. It has a wide input voltage range, is highly efficient, and offers a high switching frequency for improved power conversion. This versatile converter is ideal for many industrial, automotive, residential and commercial, and military applications.

Application Field

TDN 3-1221WI is typically used in industrial, automotive, residential and commercial, and military environments. Most common uses are in electro-mechanical systems, robotics, automotive electronics, and other power applications where a constant or range of voltages is required. It can be used in hostile environments and is highly reliable due to its robust construction and digital control. In addition, it is designed for compactness and efficiency and its outputs can be tailored to the user\'s requirements.

Working Principle

TDN 3-1221WI operates on the principle of pulse width modulation (PWM), which consists of alternating high-voltage and zero-voltage pulses of varying widths. By changing the width of each pulse the magnitude of the output voltage can be controlled. This method offers extremely fast response times and enables precise regulation and control of the output voltage. It also features current limit for overload protection. In addition, TDN 3-1221WI incorporates a variety of safety features such as reverse battery protection, soft-start, and phase lock loop (PLL) control.

The TDN 3-1221WI is one of the most reliable and efficient DC/DC converters available on the market today. Its advanced digital technology allows it to provide superior performance and unmatched reliability. It is designed to meet the most demanding requirements of the modern power electronics world, making it an ideal choice for industrial, automotive, residential and commercial, and military applications.