Hermetically Sealed Precision Ultra-High Stability Axial Terminals

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OHMITE

Relative Humidity and Temperature Sensor Module, ±1.5% RH Accuracy

The HS3101-ML1 module enables quick?application integration with a standard 4-pin header?and fully calibrated HS3101 relative humidity and temperature?sensor. The HS3101 features a hydrophobic membrane protecting it from environmental dust, particles, and liquids. The HS3101 ?integrated calibration ? RH accuracy: ±1.5%RH, typical (10 to 90%RH, 25°C)\n? Hydrophobic membrane, IP67 rating\n? 14-bit resolution: 0.01%RH, typical?\n? Fast RH response time: 4 seconds, typical\n? Temperature sensor accuracy: ±0.2°C, typical (-10 to +80°C)\n? Low current consumption: 1.0μA average (8-bit re;

Renesas

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Relative Humidity and Temperature Sensor with Membrane

The HS3102 is a highly accurate, fully calibrated relative humidity and temperature sensor. The MEMS sensor features a proprietary sensor-level protection ensuring high reliability and long-term stability. The hydrophobic membrane covering the lid inlet port prevents particles and liquids from enter ? RH accuracy: ±1.8%RH, typical (10 to 90%RH, 25°C)\n? Hydrophobic membrane, IP67 rating\n? 14-bit resolution: 0.01%RH, typical?\n? Fast RH response time: 4 seconds, typical\n? Temperature sensor accuracy: ±0.2°C, typical (-10 to +80°C)\n? Low current consumption: 1.0μA average (8-bit re;

Renesas

瑞薩

Relative Humidity and Temperature Sensor Module, ±1.8% RH Accuracy

The HS3102-MC1 module enables quick?application integration with a standard 4-pin connector and fully calibrated HS3102 relative humidity and temperature?sensor. The HS3102 features a hydrophobic membrane protecting it from environmental dust, particles, and liquids. The HS3002-MC1 is fully coated w ? RH accuracy: ±1.8%RH, typical (10 to 90%RH, 25°C)\n? HumiSeal coating\n? Fast RH response time: 4 seconds, typical\n? Low current consumption: 1.0μA average (8-bit resolution, 1.8V supply), 24.4μA average (14-bit resolution, 3.3V supply), one RH and temperature measurement per second\n? Ve;

Renesas

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