Sign In | Join Free | My infospaceinc.com
China Changsha Purple Horn E-Commerce Co., Ltd. logo
Changsha Purple Horn E-Commerce Co., Ltd.
Changsha Purple Horn E-Commerce Co., Ltd.
Verified Supplier

1 Years

Home > Analog and Digital Output >

Temperature sensor chip Mysentech M1601Z featuring 0.1 degree accuracy and unique 64 bit ID sequence

Changsha Purple Horn E-Commerce Co., Ltd.
Trust Seal
Verified Supplier
Credit Check
Supplier Assessment
Contact Now

Temperature sensor chip Mysentech M1601Z featuring 0.1 degree accuracy and unique 64 bit ID sequence

Temperature Range : -70℃~+150℃

standby current : 100nA

Interface : Single-bus

Temperature Conversion Time : 10.5ms

Temperature Resolution : 16bit

Voltage - Supply : 1.8V~5.5V

Description : Temperature Sensor -70℃~+150℃ 16bit SOT-23

Mfr. Part # : M1601Z

Model Number : M1601Z

Package : SOT-23

Contact Now

Product Overview

The M601, M1601, and M1820 series are high-precision digital-analog mixed-signal temperature sensing chips. These chips offer industry-leading accuracy up to 0.1 without user calibration. Leveraging CMOS semiconductor PN junction temperature and bandgap voltage characteristics, they provide amplified, analog-to-digital converted, and digitally compensated temperature data via a digital bus. Key advantages include high accuracy, excellent consistency, fast temperature measurement, low power consumption, flexible programmable configuration, and long operational life. Featuring a built-in 16-bit ADC with 0.004C resolution and an ultra-wide operating range from -70C to +150C, these sensors are ideal for a wide array of applications including smart wearables, electronic thermometers, medical devices, cold chain logistics, and smart home systems. The single-bus communication protocol simplifies system integration, requiring only one GPIO port for multi-node sensing and networking, supporting up to 100 nodes over distances of 100 to 500 meters.

Product Attributes

  • Brand: mysentech
  • Communication Protocol: Single-bus
  • ID: Unique 64-bit ID sequence number per chip

Technical Specifications

Model Highest Accuracy Accuracy Range Package Dimensions Typical Standby Current Peak Measurement Current Average Measurement Current Operating Voltage Range Temperature Conversion Time Resolution Temperature Range
M601 0.1 +28 to +43 DFN8 2*2*0.55mm 0.1A 0.45mA 4.8A (1 measurement/s) 1.8V - 5.5V Configurable (4ms/5.5ms/10.5ms) 0.004C -70C to +150C
M601Z 0.1 0 to +50 DFN8 2*2*0.55mm 0.1A 0.45mA 4.8A (1 measurement/s) 1.8V - 5.5V Configurable (4ms/5.5ms/10.5ms) 0.004C -70C to +150C
M601W 0.1 +20 to +70 DFN8 2*2*0.55mm 0.1A 0.45mA 4.8A (1 measurement/s) 1.8V - 5.5V Configurable (4ms/5.5ms/10.5ms) 0.004C -70C to +150C
M601P 0.1 -20 to +30 DFN8 2*2*0.55mm 0.1A 0.45mA 4.8A (1 measurement/s) 1.8V - 5.5V Configurable (4ms/5.5ms/10.5ms) 0.004C -70C to +150C
M1601Z 0.1 0 to +50 SOT23-3 2.9*2.8*1.1mm 0.1A 0.45mA 4.8A (1 measurement/s) 1.8V - 5.5V Configurable (4ms/5.5ms/10.5ms) 0.004C -70C to +150C
M1601W 0.1 +20 to +70 SOT23-3 2.9*2.8*1.1mm 0.1A 0.45mA 4.8A (1 measurement/s) 1.8V - 5.5V Configurable (4ms/5.5ms/10.5ms) 0.004C -70C to +150C
M1601P 0.1 -20 to +30 SOT23-3 2.9*2.8*1.1mm 0.1A 0.45mA 4.8A (1 measurement/s) 1.8V - 5.5V Configurable (4ms/5.5ms/10.5ms) 0.004C -70C to +150C
M1820Z 0.1 0 to +50 TO92S - 0.1A 0.45mA 4.8A (1 measurement/s) 1.8V - 5.5V Configurable (4ms/5.5ms/10.5ms) 0.004C -70C to +150C
M1820W 0.1 +20 to +70 TO92S - 0.1A 0.45mA 4.8A (1 measurement/s) 1.8V - 5.5V Configurable (4ms/5.5ms/10.5ms) 0.004C -70C to +150C
M1820P 0.1 -20 to +30 TO92S - 0.1A 0.45mA 4.8A (1 measurement/s) 1.8V - 5.5V Configurable (4ms/5.5ms/10.5ms) 0.004C -70C to +150C

2405161133_Mysentech-M1601Z_C2843546.pdf


Quality Temperature sensor chip Mysentech M1601Z featuring 0.1 degree accuracy and unique 64 bit ID sequence for sale

Temperature sensor chip Mysentech M1601Z featuring 0.1 degree accuracy and unique 64 bit ID sequence Images

Inquiry Cart 0
Send your message to this supplier
 
*From:
*To: Changsha Purple Horn E-Commerce Co., Ltd.
*Subject:
*Message:
Characters Remaining: (0/3000)