HDC2010YPAR
GEN 2 HUMIDITY SENSOR
型号
HDC2010YPAR
制造商/品牌
系列
-
零件状态
Active
包装
Tape & Reel (TR)
工作温度
-40°C ~ 85°C
安装类型
Surface Mount
封装/箱体
6-WFBGA, DSBGA
输出类型
I²C
敏感度
-
供应商器件封装
6-DSBGA
响应时间
8s
电压 - 电源
1.62 V ~ 3.6 V
输出
11b
传感器类型
Humidity, Temperature
准确性
±2%
湿度范围
0 ~ 100% RH
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有货 35056 PCS
联系信息
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About Texas Instruments
Texas Instruments (TI) is a publicly traded company that designs and manufactures semiconductor and computer technology products.
It was founded in 1930 and is headquartered in Dallas, Texas.
TI is a global leader in the production of analog and digital signal processing (DSP) integrated circuits, as well as embedded processors and other microcontroller products.
The company serves customers in a variety of industries, including automotive, communications, computing, industrial, and consumer electronics.
TI's product portfolio includes data converters, amplifiers and comparators, power management ICs, microcontrollers, sensors, and wireless connectivity solutions, among others.
TI is committed to innovation and customer satisfaction, and has a long history of delivering high-quality, reliable products to its customers.
With a focus on sustainability and energy efficiency, TI is dedicated to making a positive impact on the world through its technology and products.
*This information is for general informational purposes only, we will not be liable for any loss or damage caused by the above information.
Texas Instruments (TI) is a publicly traded company that designs and manufactures semiconductor and computer technology products.
It was founded in 1930 and is headquartered in Dallas, Texas.
TI is a global leader in the production of analog and digital signal processing (DSP) integrated circuits, as well as embedded processors and other microcontroller products.
The company serves customers in a variety of industries, including automotive, communications, computing, industrial, and consumer electronics.
TI's product portfolio includes data converters, amplifiers and comparators, power management ICs, microcontrollers, sensors, and wireless connectivity solutions, among others.
TI is committed to innovation and customer satisfaction, and has a long history of delivering high-quality, reliable products to its customers.
With a focus on sustainability and energy efficiency, TI is dedicated to making a positive impact on the world through its technology and products.
*This information is for general informational purposes only, we will not be liable for any loss or damage caused by the above information.
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±2% ultra-low-power, digital humidity sensor with temperature sensor in WCSP
Pin Count--------6
Part Category--------Hygrometer
Package Category--------Other
Footprint Name--------Other - YPA0006
Pin Count--------6
Part Category--------Hygrometer
Package Category--------Other
Footprint Name--------Other - YPA0006
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HDC2010YPAR Frequently Asked Questions (FAQs)
What is the recommended layout and placement for the HDC2010YPAR?
The HDC2010YPAR is a sensitive device and requires careful layout and placement to ensure optimal performance. It is recommended to follow the layout guidelines provided in the datasheet, including keeping the device away from noise sources, using a solid ground plane, and minimizing trace lengths.
How do I calibrate the HDC2010YPAR?
The HDC2010YPAR does not require calibration. It is a digital humidity and temperature sensor that provides calibrated output data. However, it is recommended to perform a system-level calibration to ensure accuracy and compensate for any system-level errors.
What is the maximum cable length for the I2C interface?
The maximum cable length for the I2C interface of the HDC2010YPAR depends on the system design and the capacitance of the cable. As a general guideline, the maximum cable length should not exceed 10 meters. However, it is recommended to use a shorter cable length to minimize signal degradation and ensure reliable communication.
How do I handle the sleep mode and wake-up time of the HDC2010YPAR?
The HDC2010YPAR has a sleep mode that can be enabled to reduce power consumption. To wake up the device, a wake-up signal can be sent to the device through the I2C interface. The wake-up time is typically around 2-3 ms, and the device will be ready to take measurements after waking up.
What is the recommended power-up sequence for the HDC2010YPAR?
The recommended power-up sequence for the HDC2010YPAR is to power up the VDD pin first, followed by the VIO pin. This ensures that the internal voltage regulators are powered up correctly and the device is properly initialized.
What is the recommended layout and placement for the HDC2010YPAR?
The HDC2010YPAR is a sensitive device and requires careful layout and placement to ensure optimal performance. It is recommended to follow the layout guidelines provided in the datasheet, including keeping the device away from noise sources, using a solid ground plane, and minimizing trace lengths.
How do I calibrate the HDC2010YPAR?
The HDC2010YPAR does not require calibration. It is a digital humidity and temperature sensor that provides calibrated output data. However, it is recommended to perform a system-level calibration to ensure accuracy and compensate for any system-level errors.
What is the maximum cable length for the I2C interface?
The maximum cable length for the I2C interface of the HDC2010YPAR depends on the system design and the capacitance of the cable. As a general guideline, the maximum cable length should not exceed 10 meters. However, it is recommended to use a shorter cable length to minimize signal degradation and ensure reliable communication.
How do I handle the sleep mode and wake-up time of the HDC2010YPAR?
The HDC2010YPAR has a sleep mode that can be enabled to reduce power consumption. To wake up the device, a wake-up signal can be sent to the device through the I2C interface. The wake-up time is typically around 2-3 ms, and the device will be ready to take measurements after waking up.
What is the recommended power-up sequence for the HDC2010YPAR?
The recommended power-up sequence for the HDC2010YPAR is to power up the VDD pin first, followed by the VIO pin. This ensures that the internal voltage regulators are powered up correctly and the device is properly initialized.
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