MMPF0100NPANESR2

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MMPF0100NPANESR2 Application Field and Working PrincipleMMPF0100NPANESR2 is a Special Purpose Voltage Regulating Integrated Circuit (IC) designed for use in RF power stage, automotive supply Voltage (VS) regulation, and power supply modulation applications. It has a fixed output voltage and requires no external components, making it a quick, easy and cost-effective solution.

This IC is built on an advanced Bipolar process and features a low quiescent current, a low dropout voltage, a low volt-second distortion, and a low output noise. It utilizes a pulse-width modulation (PWM) technique to control its output voltage. The PWM signal can be either supplied by the external pin of the IC or generated internally by the MMPF0100NPANESR2 IC, depending on the application.

This IC also provides excellent transient response, minimal supply voltage ringing, and fast voltage recovery for better reliability and improved circuit performance. It has a wide operating temperature range of -40°C to +125°C, making it suitable for automotive, industrial, and consumer applications.

MMPF0100NPANESR2 is also capable of regulating a wide range of input voltages, ranging from 3V to 29V. The regulation accuracy of this device is +/- 1% over the entire line and load conditions, which is an improvement from other voltage regulators in the market. Additionally, it has an adjustable output voltage range from 0.7V to 0.98V.

In terms of protection features, MMPF0100NPANESR2 has over temperature protection, over current protection, under voltage lockout (UVLO) protections, and soft start f unctions. It also has an adjustable frequency ranging from 200KHz to 1MHZ, making it perfect for various switching frequencies. Furthermore, the IC can also detect thermal runaway and output short-circuit conditions and provide a hysteresis loop to reduce noise if necessary.

The MMPF0100NPANESR2 IC is widely used in advanced automotive, telecommunications, industrial and consumer applications. It provides industry-leading accuracy, reliability and flexibility, making it the perfect choice for many applications. It is well suited for applications requiring a wide input voltage range, minimal noise, high reliability and low power consumption.

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