AD586KR-REEL7

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PMIC or power management integrated circuits are semiconductor devices used in electronic circuits to manage various aspects of the power supply such as voltage and current regulation. They are essential components in most digital applications, such as cellular phones, digital cameras, game consoles, etc. In particular, the AD586KR-REEL7 voltage reference is a commonly used PMIC, designed to provide high output voltage accuracy and low power consumption.

The AD586KR-REEL7 is a three-terminal high precision bandgap voltage reference. It operates with both positive and negative supplies and is designed to provide logic-level supply/ground references. The device is packaged as an and has an operating temperature range of -40°C to +85°C. The AD586KR-REEL7 is also rated for a maximum supply voltage of 6.2V and a maximum output voltage of 4.2V.

The working principle of the AD586KR-REEL7 is based on the bandgap voltage reference architecture. It uses a circuit architecture that utilizes the well-known “bandgap” principle. This architecture allows the device to achieve an accurate and stable voltage reference, even in the presence of temperature and power supply variations. The device features a two-stage amplifier, which provides a low output impedance and helps to improve the AC performance of the reference.

The AD586KR-REEL7 is ideally suited for a wide range of applications. It is commonly used in audio power amplifiers, power supplies, precision instrumentation, operational amplifiers, data acquisition systems, and many other industrial, automotive and consumer electronics applications. The device also has excellent load regulation and drift performance, making it ideal for any application that requires a low-power, stable reference voltage.

In summary, the AD586KR-REEL7 is a high-precision voltage reference, designed to meet the demands of digital industrial, automotive, and consumer applications. Its bandgap-based architecture provides a reliable, stable reference voltage, thereby ensuring superior performance in challenging environments. The device is highly versatile, offering excellent load regulation and temperature drift characteristics, and is suitable for a wide range of applications.

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