MI-J2M-MZ-S

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DC DC Converters

The MI-J2M-MZ-S is a DC to DC converter that works to power and control specific electro-mechanical systems. This type of converter is used in many applications, such as vehicle-borne navigation systems, powering sensitive audio equipment, and providing power for industrial automation systems. This converter is designed with unique features and benefits that make it ideal for powering diverse systems, from navigation systems to military and aerospace applications.

Form and Function

The MI-J2M-MZ-S is a two-channel DC to DC converter that is designed to be cost-effective and reliable. It is a highly efficient device that allows the operators to control and save energy. This DC to DC converter has an isolated input voltage range of 0 to 12.5V, and output current that can reach 0.4A. It also features a temperature range of -40 to 110⁰C, an insulation class of IP20, and a maximum output voltage of 19V. Furthermore, this device has a wide operating temperature range, metal body, and PWM control.

Application Fields

The MI-J2M-MZ-S is mainly used in vehicle-borne navigation systems, powering sensitive audio equipment, and providing power for industrial automation systems. It is especially useful in applications that require greater control, reliability and efficiency at a lower cost. Some of the industries that this device could be used in include:

• Automobile and military systems
• Telecommunications
• Consumer electronics
• Robotic machinery
• Aircraft and aerospace systems

How it Works

The MI-J2M-MZ-S uses a pulse width modulation (PWM) control technique to deliver a regulated output voltage. This technique works by varying the duty cycle or width of the pulses applied to the device’s transistor. The input voltage is first converted to a square waveform, and then the transistor is turned on and off at a rate determined by the duty cycle. When the transistor is on, the voltage is regulated according to the duty cycle, and when it is off, the voltage follows the input voltage. Thus, the output voltage is regulated at a rate that is determined by the duty cycle.

Conclusion

The MI-J2M-MZ-S is a reliable, cost-effective and efficient DC to DC converter that can be used in different applications, such as vehicle-borne navigation systems, powering sensitive audio equipment, and providing power for industrial automation systems. This device works by using a pulse width modulation technique to vary the duty cycle of pulses applied to its transistor. This allows the device to regulate the output voltage at a rate that is determined by the duty cycle, and ensures that the output voltage is stable and consistent.

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