LWT-30H-522

The LWT-30H-522 AC/DC converter is a highly efficient, low loss, low ripple AC/DC converter ideal for applications such as those in consumer, industrial, and medical devices. It is based on a full bridge rectifier structure, operating at a frequency of 50kHz and a power output of 30W. It has a wide input voltage range of 90~264VAC and incorporates a wide range of safety features, such as short circuit protection and over-voltage protection.

The AC input is rectified and filtered by the full bridge rectifier, before being passed through the main switch mode power supply stage. The device consists of a main switch and a step-down controller, and utilizes an active voltage feedback loop to control the output voltage. The output switching frequency is adjusted by the feedback signal, and the step-down controller enables efficient step-down regulation. The control signals from the system are used to reduce power consumption and ripple, and enable a high level of protection.

The LWT-30H-522 AC/DC converter is designed to minimize losses and increase energy efficiency. It has a high Power Factor Correction and Thickness Factor Correction which improves performance under varying temperatures and loading conditions. Additionally, it features a low no-load power consumption which further contributes to its high efficiency. The device has a built-in EMI filter which provides superior emissions performance, as well as protection against transient noise.

The LWT-30H-522 AC/DC converter is extremely reliable, and features an embedded temperature control system to prevent over temperature. It is also designed to be protected from over-voltage, short-circuit, and over-current conditions. It is UL approved, RoHS compliant, and complies with CE, FCC, and CCC standards.

The LWT-30H-522 AC/DC converter is a highly efficient device ideal for a variety of applications. It is suitable for use in consumer, industrial, and medical devices, providing efficient and reliable power conversion. The device is designed with high levels of safety in mind, and its built-in features ensure long-term, reliable operation. It can also perform extremely well under varying temperatures and loading conditions, as well as provide excellent EMI performance.