MAX6350EPA+

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The MAX6350EPA+ is a silicon monolithic voltage reference IC designed specifically for reference applications in automated test equipment (ATE), direct digital synthesis (DDS) systems, communication base station systems, and precision instrumentation. This device is part of a family of products with different stable reference outputs, operation temperature range, and features.

This device is classified as a PMIC (Power Management IC) and its specific field of application is Voltage Reference. As a Voltage Reference, it combines a precise voltage reference with a low-dropout linear regulator. The device has a maximum output of ±1.7V and an input voltage range of 2V to 6V. It also has a low dropout voltage of 75mV, allowing it to provide a clean, stable output voltage even with a wide input voltage range.

The MAX6350EPA+ offers a high-accuracy and low-drift reference capability. With its temperature coefficient typically of 0.2 ppm/°C and with ±0.04% initial accuracy, the device is suitable for precision applications. It also has a fast response time for both the reference and linear regulator outputs, with only a few microseconds for both output-settling time and power-up time.

The MAX6350EPA+ works by providing a precise reference voltage, derived from a dedicated band gap circuit. This voltage is used to bias the error amplifier circuit which adjusts the output voltage of the linear regulator to maintain the correct output voltage, even when the input voltage is changed. This ensures the output voltage is kept within a certain range, providing a stable voltage reference for your system.

The MAX6350EPA+ further offers relatively high power supply rejection ratio (PSRR) and a low output noise voltage. The device can provide low output noise, typically 20µVrms, and PSRR usually better than 80dB at 1kHz. This helps to ensure a clean and stable output, even in noisy environments.

In summary, the MAX6350EPA+ is an excellent choice for applications that require precision voltage regulating. It offers a high-accuracy and low-drift reference capability, fast response time and low output noise, making it ideal for reference applications in automated test equipment, DDS systems, communication base station systems, and precision instrumentation.

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