VE-J6W-MZ-F2

The VE-J6W-MZ-F2 DC DC converter is a hybrid stepping motor drive system, which is constituted by a hybrid stepping motor, an AC servo motor, an encoder, a cable, a power module, and an electronic voltage stabilizing system. It is widely used in industrial automation, communication, instrumentation and control systems.

Working Principle

The VE-J6W-MZ-F2 DC DC converter is based on the principle of electromagnetic induction. The basic structure consists of two mutually-permeable cores, an armature, and a coil. The electrical energy generated by the armature generates time-varying currents in the double cores. These time-varying currents induce a magnetic field on the double cores and thus move the armature, which in turn drives the motor connected to it. The current produced in the motor will be stored in a buffer, which is in turn connected to an AC servo motor. This AC servo motor will in turn activate the encoder and then take the actual position of the armature from the encoder. The encoder is connected to a power module, and based on the feedback from the encoder, the power module can adjust the current supplied to the armature in order to maintain the position of the armature.

Application Field

The VE-J6W-MZ-F2 DC DC converter is a power-efficient device with excellent performance. It is widely used in various industrial automation systems, communication systems, medium and low-voltage power systems, and laboratory instruments.In particular, the VE-J6W-MZ-F2 DC DC converter is used in fields requiring high automation, such as CNC machining centers, metal cutting machines, and robot arms. It is also suitable for applications requiring speed accuracy, such as high-speed welding machines and production lines. In addition, it can also be used in communication systems for data transmission.Another application of the VE-J6W-MZ-F2 DC DC converter is the application of electronic voltage stabilization technology. The power module can sense the voltage of electrical equipment, and then adjust its output to stabilize the voltage. This can protect the industrial product from damage due to power surges or drops.

Conclusion

In summary, the VE-J6W-MZ-F2 DC DC converter is a power-efficient device with excellent performance, which is widely used in industrial automation, communication, instrumentation and control systems. It is based on the principles of electromagnetic induction, and utilizes an AC servo motor, encoder and power module to control its output. Also, it can provide electronic voltage stabilization to protect the industrial product from damage due to power surges or drops.