The M601, M1601, and M1820 series are high-precision digital-analog mixed-signal temperature sensing chips.
Minyuan Sensing M401 wide-range multi-channel digital temperature sensing chip is based on new CMOS mixed-signal technology, including one internal local temperature measurement and four channels that can drive external remote temperature sensing transistors (NPN, PNP) or diodes.
M117, M117Z, and M117W are high-precision digital-analog mixed-signal temperature sensing chips.
M117B is a digital-analog mixed-signal temperature sensing chip with high measurement accuracy of ±0.5°C in the range of 0°C to +50°C, requiring no user calibration.
The M601B, M1601B, and M1820B series are digital-analog mixed-signal temperature sensing chips with high measurement accuracy of ±0.5°C in the range of 0°C to 50°C, requiring no user calibration.
MTS01, MTS01Z, and MTS01W are high-precision digital-analog mixed-signal temperature sensing chips.
MTS01B is a high-precision digital-analog mixed-signal temperature sensing chip with high measurement accuracy of ±0.5°C in the range of 0°C to +50°C, requiring no user calibration.
The MTS4 and MTS4B series are digital-analog mixed-signal temperature sensing chips.
The capacitive temperature sensing evaluation board MCSK provides a test and development platform, allowing reading of capacitive and temperature chips and modules developed by Minyuan Sensing via I2C or digital single-bus interface.
MY18E20 is a high-precision programmable digital single-bus temperature measurement chip. Its temperature measurement range is -55°C to +125°C, with a maximum resolution of 0.015°C; the maximum error is ±0.5°C in the range of -10°C to +85°C, and the maximum error at extreme operating temperatures is less than ±1.5°C.
Optical heart rate sensors can generate PPG waveforms to measure heart rate and use this heart rate data as basic biometric values, but the PPG waveform can be used to measure much more than that.
The main measurement indicators for blood oxygen are pulse rate, blood oxygen saturation, and perfusion index (PI). Blood oxygen saturation (abbreviated as SpO2) is one of the important basic data in clinical medicine.
The main measurement indicators for blood oxygen are pulse rate, blood oxygen saturation, and perfusion index (PI).
WH77140UC is a light-to-digital converter that combines an ambient light sensor, a proximity sensor, and a high-efficiency infrared LED.
WH4517V is a light-to-digital converter that combines an ambient light sensor, a proximity sensor, and high-efficiency VCSEL light.
WH4535V is a light-to-digital converter that combines a proximity sensor and high-efficiency infrared VCSEL light.
WH4530A is a light-to-digital converter that combines an ambient light sensor, a proximity sensor, and high-efficiency infrared LED light.
The PALS-S328-X ambient light sensor is an IC chip composed of a photodiode and a current amplifier.
WH11867UF is a light-to-digital converter that combines a photodiode, current amplifier, analog circuits, and digital signal processor.
WH81120UF is a light-to-digital converter that combines a photodiode, current amplifier, analog circuits, and digital signal processor.
WH681117 has ambient light sensing (ALS) detection function. This ALS technology can simulate the human eye's light intensity response characteristics under different lighting conditions and different attenuation materials.
ALS-AK610P-DF provides ALS (ambient light sensing) detection function. ALS approximates the human eye's response to light intensity under different lighting conditions through differences in attenuation materials.
WH3620 is a color-based light-to-digital converter that combines a photodiode, current amplifier, analog circuits, and digital signal processor.
WH26533 is a low-power, high-sensitivity color light sensor with an I2C interface.
ALS-AK510 is a low-cost visible light sensor with a current output proportional to the ambient light level.
