Analog and Digital Output
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High Precision Temperature Sensor Mysentech MY18B20Z with Integrated EEPROM and Single Bus Protocol
MY18 Series Digital Temperature Sensors Product Overview The MY18E20, MY1820, MY18B20Z, and MY18B20L are digital mixed-signal temperature sensing chips offering high accuracy without user calibration. Utilizing CMOS semiconductor PN junction temperature and bandgap voltage characteristics, these chips provide precise temperature measurements with advantages like high accuracy, good consistency, low power consumption, flexible programmable configuration, and long lifespan.
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Mysentech DS18B20U-15 MY Digital Temperature Sensor with programmable configuration and long lifespan
MYDS18B20 Digital Temperature Sensor Series The MYDS18B20 series are digital mixed-signal temperature sensing chips. They offer high accuracy, good consistency, low power consumption, flexible programmable configuration, and long lifespan without user calibration. Based on CMOS semiconductor PN junction temperature and bandgap voltage characteristics, these chips provide digital bus output after small signal amplification, analog-to-digital conversion, and digital calibration
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temperature sensor Mysentech M601Z with high accuracy 0.1 and temperature range minus 70 to plus 150 Celsius
Product Overview The M601, M1601, and M1820 series are high-precision digital-analog mixed-signal temperature sensing chips offering an accuracy of up to 0.1 without user calibration. Based on CMOS semiconductor PN junction temperature and bandgap voltage characteristics, these chips provide fast, low-power, and long-life temperature measurements with a wide operating range of -70C to +150C. Featuring a built-in 16-bit ADC with 0.004C resolution, each chip has a unique 64-bit
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Digital temperature sensor Mysentech MTS4PT4 OW with customizable cable length and IP67 waterproof protection
Product Overview The MTS4PT4 is a series of ultra-low temperature, high-precision digital temperature probes designed for accurate temperature measurement. Featuring the MTS4P chip, these probes offer exceptional accuracy across a wide operating temperature range of -100 to +105. With an IP67 waterproof rating and robust construction including a 304 stainless steel tube, they are suitable for demanding environments. The probes are available with I2C or standard single-bus
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Environmental Temperature Sensor MICROCHIP MCP9903T-AE9Q with Internal and External Diode Monitoring
Product OverviewThe MCP9902/3/4 is a high-accuracy, low-cost System Management Bus (SMBus) temperature sensor capable of monitoring up to four temperature channels. It features advanced capabilities like Resistance Error Correction (REC), Beta Compensation, and automatic diode-type detection, offering a robust solution for complex environmental monitoring. These features, combined with 1C measurement accuracy for both external and internal diodes, provide a flexible and
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Accurate Temperature Measurement Solution Mysentech T117 with Calibration and Flexible Configuration
Product Overview The T117/T117B series are high-precision digital-analog mixed-signal temperature sensing chips designed for a wide operating range of -103C to +153C. Featuring a 16-bit ADC with 0.004C resolution and accuracy up to 0.1C, these chips offer factory calibration, eliminating user calibration needs. They utilize CMOS semiconductor PN junction temperature and bandgap voltage characteristics, processed with signal amplification, analog-to-digital conversion, and
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Digital Analog Temperature Sensor Chip Mysentech T117P with I2C Interface and 16 bit ADC Resolution
Product Overview The T117/T117B series are high-precision digital-analog mixed-signal temperature sensing chips offering factory calibration with accuracies up to 0.1, eliminating user calibration needs. Based on CMOS semiconductor PN junction temperature and bandgap voltage characteristics, these chips provide accurate, consistent, and fast temperature measurements with low power consumption. They feature a built-in 16-bit ADC with 0.004C resolution, an ultra-wide operating
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Thermal Sensor OMRON D6T-1A-02 Featuring MEMS and ASIC Components for Enhanced Temperature Stability
OMRON D6T MEMS Thermal SensorsThe OMRON D6T MEMS Thermal Sensors offer contactless temperature measurement by detecting the surface temperature of objects without direct contact. Utilizing a thermopile element that absorbs radiant energy, these sensors can detect even the slightest temperature changes. Key advantages include a direct temperature value output for simplified software design and world-class stable temperature output, minimizing past issues with instability in
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Digital Temperature Sensor Chip Mysentech M1601W for Smart Home Devices and Thermal Gas Water Meters
Product Overview The M601, M1601, and M1820 series are high-precision digital-analog mixed-signal temperature sensing chips offering an accuracy of up to 0.1 without user calibration. Based on CMOS semiconductor PN junction temperature and bandgap voltage characteristics, these chips provide fast, low-power, and long-life temperature measurements. They feature a 16-bit ADC with 0.004C resolution, a wide operating range of -70C to +150C, and a unique 64-bit ID sequence number
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Temperature sensor chip Mysentech MTS01Z with CMOS technology providing and consistent temperature sensing
MTS01/MTS01B High-Precision Digital-Analog Mixed-Signal Temperature Sensor Chip Product Overview The MTS01 and MTS01B series are high-precision digital-analog mixed-signal temperature sensor chips offering exceptional accuracy of 0.1 or 0.5 without user calibration. Leveraging CMOS semiconductor PN junction temperature and bandgap voltage characteristics, these chips provide fast, low-power temperature sensing with excellent consistency and long lifespan. They feature a built
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Temperature sensor chip Mysentech MY1820 featuring CMOS semiconductor technology and consumption design
Product Overview The MY18E20, MY1820, MY18B20Z, and MY18B20L are digital analog mixed-signal temperature sensing chips offering high accuracy without user calibration. Leveraging CMOS semiconductor PN junction temperature characteristics and bandgap voltage, these chips provide precise measurements with advantages like high accuracy, good consistency, low power consumption, flexible programmable configuration, and long lifespan. They feature a built-in 14-bit ADC with a
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Precision Analog Temperature Sensor MICROCHIP MCP9701AT-E/TT with Wide Operating Temperature Range
Product OverviewThe MCP9700/9700A and MCP9701/9701A are analog temperature sensors featuring a Linear Active Thermistor Integrated Circuit (IC). They convert temperature into an analog voltage, offering a low-cost, low-power solution without the need for external signal conditioning circuits. These sensors are optimized for direct connection to microcontroller ADCs, providing a 10.0 mV/C (MCP9700/9700A) or 19.5 mV/C (MCP9701/9701A) typical temperature coefficient. They are
