Analog and Digital Output
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Mysentech MTS4W OW Mixed Signal Temperature Sensor with Long Transmission Distance and High Accuracy
Product Overview The MTS4X-OW series are digital-analog mixed-signal temperature sensing chips offering high accuracy without user calibration. Leveraging CMOS semiconductor PN junction temperature and bandgap voltage characteristics, these chips provide precise temperature measurements with a high accuracy of up to 0.1. They feature a wide operating range from -103C to +153C, a 16-bit ADC with 0.004C resolution, and a unique 64-bit ID. The chips utilize a single-wire (OW)
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Mysentech MTS4PT4 I2C digital temperature sensor with wide voltage range and IP67 waterproof protection
Product Overview The MTS4PT4 is a series of ultra-low temperature, high-precision digital temperature probes featuring the MTS4P chip. These probes offer exceptional accuracy across a wide operating temperature range of -100 to +105. Designed for robust performance, they boast an IP67 waterproof rating and are constructed with durable materials including a 304 stainless steel tube and silver-plated Teflon wire. Available with I2C or standard single-bus communication
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Digital temperature sensor MSKSEMI LM75BDP-MS features shutdown mode and supports communication via I2C bus
Product OverviewThe LM75B is a digital temperature sensor with an integrated bandgap sensor and an 11-bit sigma-delta analog-to-digital converter (ADC). It offers overheating alert functionality and supports both normal operation and low-power shutdown modes. In normal operation, the chip periodically monitors ambient temperature. In shutdown mode, the chip powers down to minimize power consumption. Communication with the controller is established via a two-wire I2C serial
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Digital thermal supervisor MICROCHIP MIC284-1BMM-TR with interrupt masking and failsafe diode fault response
Product OverviewThe MIC284 is a versatile digital thermal supervisor designed for CPU thermal supervision in computing applications. It measures both local and remote temperatures using an 8-bit Sigma-Delta ADC and communicates via a 2-wire SMBus-compatible interface. Key features include programmable thermostat settings, open-drain interrupt and overtemperature output pins for fan control or hardware shutdown, interrupt masking, low power shutdown mode, and failsafe response
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Temperature sensor chip Mysentech M601P featuring 0.1C accuracy and wide operating temperature range
Product Overview The M601, M1601, and M1820 series are high-precision digital-analog mixed-signal temperature sensor chips offering exceptional accuracy up to 0.1C without user calibration. Based on CMOS semiconductor PN junction temperature and bandgap voltage characteristics, these chips provide fast temperature sensing, low power consumption, and flexible programmable configurations. They feature a built-in 16-bit ADC with 0.004C resolution and an ultra-wide operating
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User Configurable Temperature Sensor Microchip TCN75AVUA with Industry Standard 2 Wire I2C Interface
Microchip TCN75A Digital Temperature SensorThe Microchip TCN75A is a digital temperature sensor designed to convert ambient temperatures into a digital word with high accuracy. It features user-programmable registers for flexible temperature-sensing applications, allowing for user-selectable resolution, power-saving modes (Shutdown and One-shot), and configurable temperature alert and hysteresis limits. The device outputs an alert signal when the temperature exceeds specified
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Microchip EMC1413-1-AIZL-TR temperature sensor with three channel monitoring and beta compensation accuracy
Microchip EMC1413/EMC1414 Multiple Channel 1C Temperature Sensors with Beta CompensationThe EMC1413/EMC1414 are high accuracy, low cost, System Management Bus (SMBus) temperature sensors. They offer advanced features such as Resistance Error Correction (REC) and Beta Compensation to support CPU diodes requiring the BJT/transistor model. These sensors provide robust solutions for complex environmental monitoring applications. The EMC1413 monitors three temperature channels,
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Digital Temperature Sensor Mysentech MY18E20 with Single Bus Protocol and Precise Temperature Sensing
MY18 Series Digital Temperature Sensors 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 and bandgap voltage characteristics, these chips provide precise temperature measurements with advantages including high accuracy, good consistency, low power consumption, flexible programmable configuration, and long
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Precision Temperature Monitoring Device MICROCHIP MCP9808-E/MS with Programmable Alert Output
MCP9808 Digital Temperature SensorThe MCP9808 is a high-accuracy digital temperature sensor from Microchip Technology Inc. It converts temperature into a digital word with accuracies of 0.250.5C (typical/maximum) between -20C and +100C. The sensor offers user-programmable registers for flexibility in temperature detection applications, including user-selectable measurement resolutions, programmable temperature limits (window and critical), and a programmable temperature alert
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High Accuracy Digital Temperature Sensor IC Mysentech M117W with Non Volatile Memory and I2C Interface
M117 / M117B Series Digital Temperature Sensor ICs Product Overview The M117 and M117B series are high-precision digital analog mixed-signal temperature sensor ICs, offering exceptional measurement accuracy of 0.1C or 0.5C without user calibration. Leveraging CMOS semiconductor PN junction temperature and bandgap voltage characteristics, these chips provide fast, accurate, and stable temperature readings. Key advantages include high precision, excellent consistency, rapid
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High accuracy temperature sensor Mysentech MTS01W with consumption and long operational lifespan
Product Overview The MTS01 and MTS01B series are high-precision digital-analog mixed-signal temperature sensor chips. They offer exceptional accuracy of up to 0.1 or 0.5 without requiring user calibration. These chips utilize the CMOS semiconductor PN junction's temperature and bandgap voltage characteristics as their sensing principle. After small-signal amplification, analog-to-digital conversion, and digital calibration compensation, they output data via a digital bus. Key
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MICROCHIP MCP9800A5T-MOT temperature sensor supports 9 bit to 12 bit resolution for flexible sensing
Product OverviewThe Microchip Technology Inc. MCP9800/1/2/3 family of digital temperature sensors converts temperatures between -55C and +125C to a digital word with high accuracy. These sensors feature user-programmable registers for flexible temperature sensing applications, including user-selectable resolution from 9-bit to 12-bit, power-saving Shutdown and One-shot modes, and configurable temperature alert output and hysteresis limits. The industry-standard 2-wire, I2C
