Single-Chip Integration: Compact Yet Powerful
The GXHT30C directly integrates a high-sensitivity MEMS humidity sensor on a silicon-based CMOS wafer, adopting a miniaturized DFN package. With a size of only 2.5×2.5mm² and a height as low as 0.9mm — equivalent to 1/5 the size of a fingernail — it can be easily embedded in space-constrained devices such as smart bracelets, micro thermostats, and industrial switches, reducing the burden for product miniaturization design.
Full-Scenario Precise Sensing: More Reliable Data
No need to worry about environmental fluctuations affecting measurement results! The GXHT30C undergoes full temperature and humidity range calibration and temperature compensation before leaving the factory. Its typical humidity measurement accuracy reaches ±3% RH, and temperature accuracy is as low as ±0.3°C. Even in extreme temperatures of -45°C~130°C and a full humidity range of 0~100% RH, it can stably output accurate data. Equipped with a 16-bit high-precision ADC, it achieves a humidity resolution of 0.01% RH and a temperature resolution of 0.015°C, enabling precise capture of subtle environmental changes.
Wide Voltage + High-Speed Communication: Seamless Adaptation
With a wide supply voltage range of 2.5V~5.5V, the GXHT30C is compatible with both lithium battery-powered portable devices and standard power supplies for industrial equipment. It supports the I2C interface with a maximum communication speed of 1MHz, far exceeding the transmission efficiency of ordinary sensors. Additionally, it provides 2 user-selectable I2C addresses, allowing 2 sensors to share one I2C bus and simplifying circuit design.
Low Power Consumption + Long Lifespan: Lower Operation and Maintenance Costs
With a minimum measurement time of only 2.5ms and microampere-level current in idle mode, its average power consumption is merely 1.7μA (single conversion mode, 1 conversion per second), greatly extending device battery life. It boasts excellent long-term stability, with a humidity annual drift of <0.25% RH and a temperature annual drift of <0.03°C, reducing the hassle of frequent calibration and replacement and lowering long-term operation and maintenance costs.
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