MD1716K6-G

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MD1716K6-G Application Field and Working Principle

PMIC devices are crucial components in modern electronic systems, providing optimal voltage and power supply to multiple loads for operational stability and reliability. Among them, MD1716K6-G is the latest offering from Apex Electronics with features that make it an ideal solution for system integrators and designers.

The MD1716K6-G is a monolithic integrated circuit specifically designed to create an all-in-one, easy-to-design power management unit for efficient system power supply. It is designed to provide high performance and cost effective power for varied applications including professional audio systems, industrial equipment, and other applications requiring reliable high current power management.

Application Field

The main application field of the MD1716K6-G is high power and low noise power supply systems. This device is mainly used in applications such as digital audio systems and professional audio equipment that require high efficiency, high voltage, and low noise. With a low quiescent current, the MD1716K6-G provides excellent power performance while reducing power consumption, making it an ideal solution for audio devices.

The MD1716K6-G is also suited for medical applications and systems, providing excellent noise and power performance in medical components such as heart rate and blood pressure monitors, MRI equipment, and x-ray scanners. In addition, the device is suitable for industrial products, providing high voltage, low noise and high accuracy output, ideal for precise control of industrial equipment and process.

Working Principle

The MD1716K6-G is a low-noise, low-power PMIC device designed to regulate and control the voltage and current requirement of high power systems. It utilizes a current-mode power control technology that features a three-phase output, dynamic feed forward and a dynamic loop response time that is adjustable. The device also includes the most commonly used protection functions such as over-voltage, over-temperature, over-current, short-circuit protection and others.

The current-mode power control provides fast and precise control of the output voltage and current. This reduces the time needed for system start-up and eliminates the need for external components. The device also has a high power supply rejection ratio, making it ideal for applications where there is a high level of noise or interference.

The MD1716K6-G uses a 16-bit PWM system with 4-bit resolution that is manageable using the access control register. Thishigh-resolution control system provides improved accuracy and noise performance, allowing for precise current and voltage regulation.

Conclusion

The MD1716K6-G is an ideal solution for powering high-power, low-noise systems. It features a current-mode power control technology and a PWM system with an adjustable loop response time that provides fast and precise power control. With its low quiescent current and high power supply rejection, it is ideal for digital audio, medical, and industrial applications.

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