Location:
Inverter Welding Machine
Application
It is mainly used to adjust the operating frequency and voltage of an AC motor, thereby controlling the motor's speed and output power. Its main working principle is to convert AC power into DC power, and then use an inverter to convert the DC power into AC power output with adjustable frequency and adjustable voltage.
Principle topology diagram
Low-Voltage Frequency Converter Principle Block Diagram
Low-Voltage Frequency Converter Topology Diagram
Topology Structure Table
Topology | Package | Model / Part Number | Outline / Dimensions |
| E1 | JLPI15B120RE1E7SN |
|
E1 | JLPI25B120RE1E7SN | ||
E2 | JLPI15B120RE2E7SN | | |
E2 | JLPI25B120RE2E7SN | ||
E2 | JLPI35B120RE2E7SN | ||
E2 | JLPI50B120RE2E7SN | ||
| N2 | JLPI10B65RN2E7SN |
|
N2 | JLPI15B65RN2E7SN | ||
N2 | JLPI25B65RN2E7SN | ||
N2 | JLPI35B65RN2E7SN | ||
N2 | JLPI40B65RN2E7SN | ||
N2 | JLPI50B65RN2E7SN | ||
N2 | JLPI75B65RN2E7SN | ||
N2 | JLPI10B120RN2E7SN | ||
N2 | JLPI15B120RN2E7SN | ||
N2 | JLPI25B120RN2E7SN | ||
N2 | JLPI35B120RN2E7SN | ||
N2 | JLPI40B120RN2E7SN | ||
N2 | JLPI50B120RN2E7SN | ||
N2 | JLPI75B120RN2E7SN | ||
N2 | JLPI100B120RN2E7SN | ||
| N3 | JLPI50B65RN3E7SN |
|
N3 | JLPI75B65RN3E7SN | ||
N3 | JLPI100B65RN3E7SN | ||
N3 | JLPI150B65RN3E7SN | ||
N3 | JLPI50B120RN3E7SN | ||
N3 | JLPI75B120RN3E7SN | ||
N3 | JLPI100B120RN3E7SN | ||
N3 | JLPI150B120RN3E7SN | ||
N3 | JLPI200B120RN3E7SN |
