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  • quality High Precision Temperature Sensing Chip Mysentech MTS4 OW with CMOS Technology and One Wire Interface factory

    High Precision Temperature Sensing Chip Mysentech MTS4 OW with CMOS Technology and One Wire Interface

    MTS4X-OW Series Digital Temperature Sensor Product Overview The MTS4X-OW series are high-precision digital-analog mixed-signal temperature sensing chips designed for a wide range of industrial and electronic applications. These chips offer exceptional accuracy, with the highest measurement precision reaching 0.1, eliminating the need for user calibration. Leveraging CMOS semiconductor PN junction temperature and bandgap voltage characteristics, they provide fast, low-power,

  • quality Mixed signal temperature sensor ic Mysentech M117P with consumption and integrated eeprom memory storage factory

    Mixed signal temperature sensor ic Mysentech M117P with consumption and integrated eeprom memory storage

    M117/M117B Series Digital-Analog Mixed Signal Temperature Sensor ICs Product Overview The M117 and M117B series are high-precision digital-analog mixed-signal temperature sensor ICs, offering accuracy up to 0.1 or 0.5 without user calibration. Based on CMOS semiconductor PN junction temperature characteristics and bandgap voltage, these chips provide accurate temperature readings through a digital bus output. Key advantages include high accuracy, excellent consistency, fast

  • quality Temperature Sensor Chip Mysentech M1820W with Single GPIO Port Communication and Alarm Expansion Pin factory

    Temperature Sensor Chip Mysentech M1820W with Single GPIO Port Communication and Alarm Expansion Pin

    Product Overview The M601, M1601, and M1820 series are high-precision digital-analog mixed-signal temperature sensing chips. They offer exceptional accuracy up to 0.1 without user calibration. Based on CMOS semiconductor PN junction temperature and bandgap voltage characteristics, these chips feature small-signal amplification, analog-to-digital conversion, and digital calibration compensation for digital bus output. Key advantages include high precision, good consistency,

  • quality Digital Analog Temperature Sensor Chip Mysentech T117B with I2C Interface and 16 Bit ADC Resolution factory

    Digital Analog Temperature Sensor Chip Mysentech T117B 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 user-calibration-free operation with accuracy up to 0.1. Based on CMOS semiconductor PN junction temperature and bandgap voltage characteristics, these chips provide fast, low-power, and long-life temperature measurements. Featuring a 16-bit ADC with 0.004C resolution and an ultra-wide operating range of -103C to +153C, they are factory tested and

  • quality High Accuracy Temperature Sensor Mysentech M1820ZT5 with Wide Operating Range and EEPROM Data Storage factory

    High Accuracy Temperature Sensor Mysentech M1820ZT5 with Wide Operating Range and EEPROM Data Storage

    Product Overview The M601, M1601, and M1820 series are high-precision digital temperature sensors featuring a mixed-signal design with a maximum accuracy of 0.1 without requiring user calibration. These sensors utilize a CMOS semiconductor PN junction principle and offer a wide operating temperature range from -70 to +150. They provide a 16-bit ADC with a resolution of 0.004 and communicate via a standard single-bus interface, allowing for multi-node networking with a single

  • quality Mysentech DS18B20-15 MY digital temperature sensor with non volatile EEPROM and multi node networking factory

    Mysentech DS18B20-15 MY digital temperature sensor with non volatile EEPROM and multi node networking

    Product Overview The MYDS18B20 series is a digital mixed-signal temperature sensing chip offering high accuracy and user-friendly operation. It features a temperature measurement accuracy of 0.5C within the -10C to +85C range, eliminating the need for user calibration. Based on CMOS semiconductor PN junction temperature and bandgap voltage characteristics, the chip provides a digital bus output with high precision, good consistency, low power consumption, flexible programmabl

  • quality Digital Temperature Sensor Chip Mysentech T1820B Featuring Consumption and High Precision Measurement factory

    Digital Temperature Sensor Chip Mysentech T1820B Featuring Consumption and High Precision Measurement

    Sentech T1820/T1820B Digital Temperature Sensor Chip Product Overview The Sentech T1820X series are digital-analog mixed-signal temperature sensing chips offering high accuracy up to 0.1 without user calibration. Leveraging CMOS semiconductor PN junction temperature and bandgap voltage characteristics, these chips provide precise, consistent, and fast temperature measurements with low power consumption. They feature a built-in 16-bit ADC with 0.004C resolution and an ultra

  • quality Temperature Monitoring Solution Mysentech M117 with 16 bit ADC and Wide Operating Temperature Range factory

    Temperature Monitoring Solution Mysentech M117 with 16 bit ADC and Wide Operating Temperature Range

    M117/M117B Series Digital Temperature Sensors Product Overview The M117 and M117B series are high-precision digital-analog mixed-signal temperature sensor chips designed for a wide operating range of -70C to +150C. Offering exceptional accuracy up to 0.1C or 0.5C without user calibration, these chips leverage CMOS semiconductor PN junction temperature characteristics and bandgap voltage relationships. They feature a 16-bit ADC with a resolution of 0.004C, providing fast

  • quality Digital Analog Temperature Sensor Chip Mysentech MTS01B with Calibrated Accuracy and ALERT Pin Output factory

    Digital Analog Temperature Sensor Chip Mysentech MTS01B with Calibrated Accuracy and ALERT Pin Output

    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 without user calibration, with top measurement precision of 0.1 or 0.5. Leveraging CMOS semiconductor PN junction temperature and bandgap voltage characteristics, these chips provide fast, low-power, and reliable temperature sensing. They feature a 16

  • quality Temperature Sensor MSKSEMI MDS18B20Z Programmable 9 to 12 Bit Resolution 1 Wire Digital Thermometer factory

    Temperature Sensor MSKSEMI MDS18B20Z Programmable 9 to 12 Bit Resolution 1 Wire Digital Thermometer

    MDS18B20 Programmable Resolution 1-Wire Temperature SensorThe MDS18B20 is a digital thermometer offering 9 to 12-bit resolution temperature measurements. It features programmable non-volatile temperature alarm settings for both upper and lower thresholds. Communication is achieved via a single-wire protocol, requiring only one data line and a ground connection. The sensor operates within a temperature range of -55C to +125C (-67F to +257F), with an accuracy of 0.4C within the

  • quality Digital Temperature Sensor Chip Mysentech MY18B20L with 14 bit ADC and Wide Operating Range factory

    Digital Temperature Sensor Chip Mysentech MY18B20L with 14 bit ADC and Wide Operating Range

    Digital Temperature Sensor ICs Product Overview: The MY18E20 series, including 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, consistent, low-power, and long-lifespan temperature measurements. They feature a built-in 14-bit ADC with a resolution of 0.0125C (default 12

  • quality MSKSEMI DS18B20Z MSK 1 Wire Temperature Sensor with High Accuracy and Fast Conversion Speed Features factory

    MSKSEMI DS18B20Z MSK 1 Wire Temperature Sensor with High Accuracy and Fast Conversion Speed Features

    DS18B20 Programmable Resolution 1-Wire Temperature Sensor The DS18B20 is a digital thermometer providing 9 to 12-bit resolution temperature measurements. It features a unique 64-bit serial number, multi-point distributed temperature sensing capability, and a user-definable non-volatile temperature alarm setting. Communication is achieved via a single 1-Wire port, requiring only one data pin. It can be powered directly from the data line (2.5V to 5.5V) or through an external