FI2M036P1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

FI2M036P1 is a high-performance integrated circuit used for various applications. It features an output of up to 3A peak current at 3V and is capable of generating high-speed control signals. The device offers integrated protection circuitry for short and over-current operations as well as a low power dissipation. The device is highly versatile and can be used in various motors and automation systems.

The FI2M036P1’s application field is diverse. It is suitable for discrete motor control, with a low-cost solution for digital logic and PWM outputs where programmable precision is required. It is also used in brushless motor control and is the ideal solution for applications such as furnace and air conditioning motors, cooling fans, variable flow pumps, air handling units, electric drives, and other industrial automation systems.

The working principle of the FI2M036P1 is based on the Pulse Width Modulation (PWM) technique. PWM is an electronic signal media used in perceiving, controlling, and regulating power levels by quickly switching the voltage supply among two binary states: high and low. In the FI2M036P1, an internal high-speed oscillator generates a fixed-frequency PWM signal with duty cycles that can range from 0-100%. When adjusting the output signal, the user adjusts the width of the input signal’s pulse which modulates the output signal accordingly. As the input voltage changes, the width of the output pulse is adjusted, which in turn adjusts the duty cycle of the output signal.

In summary, the FI2M036P1 is a versatile and cost-efficient integrated circuit that is used in numerous applications, ranging from discrete motor control to industrial automation systems. Such a device delivers both excellent performance and protection from current overloads. The benefit of using the FI2M036P1 is that it allows for high-speed signal generation and regulation through the use of the PWM technique. By varying the width of the input signal’s pulse, the output signal’s duty cycle can be modulated accordingly, providing an effective means of controlling the output voltage.

The specific data is subject to PDF, and the above content is for reference