LXMG1621-04

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Inverters are devices that are capable of providing outputs of different values and waveforms. The LXMG1621-04 is a line of high-efficiency, DC-AC Inverters developed by LSIS Co., Ltd. for industrial applications.

The LXMG1621-04 is a single-stage power conversion device that can be used as a motor drive or other similar industrial application. The device is a phase-shift full-bridge Inverter that provides powerful performance with a peak efficiency of up to 96%. This type of Inverter is designed for applications such as unloaded starting of motors, soft accelerations/decelerations of motors, energy saving in industrial applications, and speed control applications.

The working principle of the LXMG1621-04 is based on a regulation strategy that uses two-stage DC-AC conversion technology. The two-stage process involves a DC-DC power conversion stage and a DC-AC power conversion stage. In the first stage, the DC input is converted to an AC signal by an IGBT-based full-bridge power converter. The AC signal is then converted to a DC output by a DC-DC power converter in the second stage. The DC output is then converted back to an AC signal by a dual-phase shift full-bridge Inverter. The Inverter\'s output can be adjusted to the desired AC voltage range and frequency by adjusting the frequency of the dual-phase shift.

The LXMG1621-04 has a number of features that make it suitable for industrial applications. The device operates at peak efficiency up to 96%, and has a wide operating temperature range of -40°C to +85°C. The Inverter is also capable of rapidly responding to load changes, and offers excellent motor control performance due to its advanced correction functions. Moreover, the Inverter has a digital input so that users can easily select a specific setting.

In summary, the LXMG1621-04 is a high-efficiency, single-stage DC-AC Inverter developed for industrial applications. The Inverter has a wide operating temperature range and operates at peak efficiency up to 96%. It is capable of rapidly responding to load changes, and offers excellent motor control performance due to its advanced correction functions. The device is a perfect solution for unloaded starting of motors, soft accelerations/decelerations of motors, energy saving in industrial applications, and speed control applications.

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