MAX6007AEUR+T

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The MAX6007AEUR+T is an integrated micro-power voltage reference that offers impressive accuracy and stability over a wide range of operating temperatures and voltages. The device provides superior accuracy over the standard voltage reference (5V) and the ability to reliably measure the input voltage with better than 1 mV accuracy. It also has internal temperature coefficient compensation, enabling use in environments from -40°C to +135°C.

The MAX6007AEUR+T is typically used in systems as diverse as industrial automation systems or high-volume monitoring applications. As its operating range is wide, it can also be used in automotive and avionics applications, thanks to its high accuracy and stability.

The MAX6007AEUR+T is an integrated micro-power voltage reference, meaning that its reference voltage is adjustable. It has two control pins - one for voltage and one for temperature - allowing it to be programmed to a specific maximum and minimum output voltage. This programmability allows it to easily be used in different scenarios and industries, such as automotive, industrial and consumer applications.

The working principle of the MAX6007AEUR+T is based on the Widlar design principle. This principle allows the devices to be accurately tuned and regulated, even when faced with variations in supply voltage and temperature. The MAX6007AEUR+T includes a bandgap reference source, an op-amp for error correction, and an adjustable resistor. This resistor is tuned to provide a stable output voltage over a wide range of operating conditions.

The MAX6007AEUR+T provides low current consumption, due to its integrated micro-power architecture. This makes it ideal for batteries or other remote, long-term powered applications. The device also provides a wide range of output current, allowing it to operate with a variety of loads.

The MAX6007AEUR+T is a low-noise, low-power voltage reference device that offers ultra-high accuracy and stability. It is suitable for use in any application requiring measureable, stable voltage in the presence of temperature and/or input voltage variations. This makes it an ideal choice for a wide variety of industrial, automotive and consumer applications.

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