Specifications

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Sensors

Recommended solutions

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Temperature sensing

Part Description Features Benefits

Thermal management

DS600 Precision analog-output temperature

sensor

Industry’s highest accuracy analog temp sensor:

±0.5°C from -20ºC to +100ºC

Best cold-junction compensation accuracy for

superior thermocouple measurement

DS7505 Low-voltage, precision, digital

thermometer and thermostat

±0.5°C accuracy from 0ºC to +70ºC; 1.7V to 3.7V

operation; industry-standard pinout

Industry-standard pinout allows easy accuracy

upgrade and supply-voltage reduction from LM75

DS18B20 Precision 1-Wire digital temperature

sensor

±0.5ºC accuracy from -10°C to +85°C; 1-Wire

interface; 64-bit factory-lasered ID code

Connects multiple precision temperature sensors

with fewer wires than any competitive solution

MAX6675 K-type thermocouple-to-digital

converter

Built-in cold-junction compensation Simplest thermocouple interface; no external

components needed

ADCs

MAX1300*/01/02*/03 16-bit, 8-/4-channel SAR ADCs with

software-programmable input ranges

Input range from ±12V to 0 to 2.048V; ±16.5V

overvoltage-protected inputs; PGA; internal

reference

Reduce design complexity when working with

sensors with multiple output ranges

MAX1415/16

MX7705

16-bit, low-power, 2-channel,

sigma-delta ADCs

Two differential channels; PGA; single supply Flexible ADC interfaces with a wide range of sensors

MAX1400/01/02/03 18-bit, 5-channel, sigma-delta ADCs Three differential channels; precision current

sources for excitation; burn-out detection

A single ADC simplifies temperature-sensor design

for accurate thermocouple and RTD measurement

MAX11200*/01*/02* Ultra-low-power, sigma-delta ADCs 21-bit noise-free range at 10sps; 3V supply;

0.45mW; 4 GPIOs

21 bits of noise-free range with minimal impact on

power budget

Amplifiers

MAX9617/18 Ultra-low-power, zero-drift op amps 1.5 MHz GBW; 59µA supply current; 10µV (max)

zero-drift input offset voltage (V

); single and dual

packaging versions

Provide high-precision measurements for a wide

variety of low-frequency applications

MAX9943/44 High voltage, precision, low power

op amps

Wide 6V to 38V supply range; 2.4 MHz GBW Design flexibility for a wide range of applications

MAX9939 SPI programmable-gain amplifier

(PGA) with on-demand calibration

and differential in/out configuration

Input supports negative voltages; wide range of

gain configurations; input-error nulling feature

Calibration on-demand improves system accuracy;

minimizes harsh environmental noise