MAX5173BEEE

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Data Acquisition - Digital to Analog Converters (DAC) utilize analog signals to represent digital data. The MAX5173BEEE is an 8-bit DAC utilizing advanced Linear Technology\'s FlashDAC technology, allowing for increased temperature accuracy and precision. The advanced design of the MAX5173BEEE allows for a small size and optimized power consumption.

MAX5173BEEE has a fixed 8-bit output resolution, with linearity errors of up to ±1LSB (least significant bit). With its wide -40C to +85C temperature range and 12-bit reference input, the MAX5173BEEE is ideal for low-voltage, temperature-critical applications.

The reference input has an extended temperature range of -10C to +85C and accurately tunes the output according to the desired behavior. The MAX5173BEEE also offers a high slew rate of 1V/us and injection current of less than 5 nA. With its excellent temperature accuracy, the MAX5173BEEE can achieve a temperature coefficient (TC) of up to ±2LSB.

MAX5173BEEE also features a temperature-compensated voltage reference allowing for precise temperature performance. The MAX5173BEEE has a fast 10kHz power-up rate and an ultra-low 0.3V/C temperature coefficient. Additionally, the device utilizes an integrated power-on reset circuit.

The MAX5173BEEE is highly versatile and can be used in many applications such as medical and consumer electronics. From medical instrumentation to energy-efficient consumer electronics, the MAX5173BEEE offers precise temperature accuracy, low power consumption, and precise analog output to meet any system requirements.

MAX5173BEEE also features very low cost and fast prototyping times. This allows for shorter development times and reduces overall cost for any consumer electronic or medical device. Its low power consumption also allows for longer battery life, making it an ideal choice for portable applications.

The MAX5173BEEE is the perfect choice for any application requiring precise temperature accuracy and unmatched performance. With its small size, low power consumption, and fast prototyping times, it is truly an ideal choice for any device requiring digital to analog conversion.

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