MMS-100H-100A

MMS-100H-100A is a widely used high voltage pulse generator developed by Montauk. It is featured for its compact size and low power consumption. It can be used to generate high voltage pulses for various applications, such as control of hydraulic systems, electro-magnetic coils, and other power sensitive components.

Application

MMS-100H-100A can be used in a variety of applications:

• Lighting: strobe lights, strobe lighting systems, etc.
• Surface treatment: surface cleaning, hardening, etching, etc.
• Automation: controlling servo motors, solenoids, etc.
• Electronics: power supplies, etc.
• Industrial automation: lubrication, cutting, welding, etc.
• Communication systems: radios, TV broadcasters, etc.

Working Principle

The MMS-100H-100A is based on a basic Thyristor-Type high voltage pulse generator design. It produces continuous pulses of high voltage that is capable of driving various applications. The working principle is fairly straightforward. The generator utilizes a series of capacitors and resistors to store energy in the form of an electrical charge. This charge is then discharged during the pulse cycle, generating a high voltage pulse with a series of positive and negative voltage levels.The output pulse width is determined by the capacitor and resistor values. If the capacitors are charged beyond the peak of the pulse, the pulse width is shortened. Similarly, if the capacitors are discharged below the peak, the pulse width is extended. By controlling the capacitor volthage, MMS-100H-100A can produce a wide range of voltage levels and pulse widths.The MMS-100H-100A also features a built-in current limitation circuit which limits the current drawn by the device. This is useful for applications where maximum current draw must be limited.

Conclusion

MMS-100H-100A is a compact, low power consumption and high voltage pulse generator. It is designed for a variety of applications in various industries. Its working principle is based on a basic thyristor-based high voltage pulse generator design and it can generate high voltage pulses with a wide range of voltage levels and pulse widths. It also includes a built-in current limitation circuit which is useful for applications requiring maximum current draw limitation.