SI7020-A10-GM1 Silicon Labs

SENSOR SOLUTIONS www.silabs.com/humidity-sensor Humidity and Temperature Sensors FEATURES Precision Relative Humidity Sensor: Si7013/21: 3% RH (maximum) 080% RH Si7020: 4% RH (maximum) 080% RH Temperature Sensor: 0.4 C accuracy (maximum) -10 to +85 C Auxiliary 2nd zone sensor input (Si7013) 0 to 100% RH operating range Up to -40 to +125 C operating range The simpler, greener way to measure relative humidity Wide operating voltage range (1.9 to 3.6 V) Low Power Consumption: 1.9 W average power at 3.3 V and 1 sample per second 2 2 I C host interface DIGITAL I C HUMIDITY AND TEMPERATURE SENSORS Integrated on-chip heater The Si701x/2x devices are Silicon Labs 2nd generation family of relative humidity and 3 mm x 3 mm DFN package temperature sensors. All members of this device family combine fully factory-calibrated Excellent long term stability humidity and temperature sensor elements with an analog to digital converter, signal Factory calibrated 2 processing and an I C host interface. Patented use of industry-standard low-K polymer Optional factory-installed filter/cover dielectrics provides excellent accuracy and long term stability, along with low drift and low Lifetime protection during reflow and hysteresis. The innovative CMOS design also offers the lowest power consumption in the in operation industry for a relative humidity and temperature sensor. Protects against contamination from dust, dirt, household chemicals and other liquids VSNS Vdd Si7013 AEC-Q100 automotive qualified Humidity 1.25 V Calibration Sensor Ref Memory APPLICATIONS SDA Temperature Industrial HVAC/R ADC Control Logic Sensor Thermostats/humidistats Respiratory therapy VINP Analog SDA 2 Input I C Interface White goods VINN SCL Micro-environments/data centers GND Automotive climate control and de-fogging Vdd Asset and goods tracking Si7020/21 1.25 V Calibration Humidity Ref Memory Sensor LOWEST POWER INTEGRATED RH SENSOR ADC Control Logic Temperature Sensor SDA 2 I C Interface SCL GND MORE INFORMATION AND DOCUMENTATION DOWNLOADS AT: www.silabs.com/humidity-sensor Engineering for a mixed-signal world.SENSOR SOLUTIONS www.silabs.com/humidity-sensor Humidity and Temperature Sensors Si70xx Development Tools The Si70xx is supported by a suite of hardware and software development tools that facilitate testing/characterization, prototyping and software development. The Si7013USB-DONGLE Evaluation Kit comes with everything developers need to demonstrate and evaluate the Si7013. The board plugs into a PC via a USB socket. It has a connector for adding the Si7013/20/21-EB Daughter Cards. The Si7013, Si7020 and Si7021-EB (included with the Si7013USB-DONGLE) are three small daughter cards that permit evaluation of the Si70xx at the end of a flex cable. They plug right in to the USB-DONGLE if the user wants to put a sensor in a temperature/humidity chamber or a product prototype. The Si7013EVB-UDP is a small daughter card that permits evaluation of the Si7013 in conjunction with certain Unified Development Platform (UDP) components such as the C8051F960 8-bit and the SiM3L1xx LCD 32-bit Ultra-Low Power Microcontroller Development Kits. It plugs directly into UDP MCU cards for fast prototyping and software development. In addition to an on-board Si7013, there is a connector for adding an Si7013/20/21-EB via its flex cable, allowing the user to place the Si7013 in a temperature/humidity chamber or a product prototype. The Si7005EVB-UDP-F960 Development Kit and Si7013EVB-UDP-M3L1 Development Kit combines the 8-bit or 32-bit Ultra-Low Power Microcontroller Development Kits and the Si7013EVB-UDP daughter card with data logger demonstration code. It is a complete package designed to support hardware and software development using the Si7013 and Silicon Labs ultra-low power MCUs. It ships with example software that implements a portable, battery-powered data logger/asset tracker. Si7013 Si7013/C8051F960 OR SiM3L1xx Si7013 UDP Si7013/20/21-EB USB DONGLE UDP EVALUATION KIT DAUGHTER CARD DAUGHTER CARDS 2 Digital I C Relative Humidity and Temperature Sensors MAX ACCURACY TEMP. FILTER PACKAGE PART NUMBER DESCRIPTION PACKAGE TEMP. RH RANGE COVER FORMAT 2 Si7013-A10-GM Digital I C RH and 2-zone temperature sensor IC 0.4 C 3% 40 to 85 C Tube DFN10 2 Si7013-A10-GM1R Digital I C RH and 2-zone temperature sensor IC with pre-installed protective cover 0.4 C 3% 40 to 85 C Cut Tape DFN10 2 Si7013-A10-IM Digital I C RH and 2-zone temperature sensor IC 0.4 C 3% 40 to 125 C Tube DFN10 2 Si7013-A10-IM1R Digital I C RH and 2-zone temperature sensor IC with pre-installed protective cover 0.4 C 3% 40 to 125 C Cut Tape DFN10 2 Si7020-A10-GM Digital I C RH and temperature sensor IC 0.4 C 4% 40 to 85 C Tube DFN6 2 Si7020-A10-GM1R Digital I C RH and temperature sensor IC with pre-installed protective cover 0.4 C 4% 40 to 85 C Cut Tape DFN6 2 Si7020-A10-IM Digital I C RH and temperature sensor IC 0.4 C 4% 40 to 125 C Tube DFN6 2 Si7020-A10-IM1R Digital I C RH and temperature sensor IC with pre-installed protective cover 0.4 C 4% 40 to 125 C Cut Tape DFN6 2 Si7021-A10-GM Digital I C RH and temperature sensor IC 0.4 C 3% 40 to 85 C Tube DFN6 2 Si7021-A10-GM1R Digital I C RH and temperature sensor IC with pre-installed protective cover 0.4 C 3% 40 to 85 C Cut Tape DFN6 2 Si7021-A10-IM Digital I C RH and temperature sensor IC 0.4 C 3% 40 to 125 C Tube DFN6 2 Si7021-A10-IM1R Digital I C RH and temperature sensor IC with pre-installed protective cover 0.4 C 3% 40 to 125 C Cut Tape DFN6 2013, Silicon Laboratories Inc. Silicon Laboratories and the Silicon Labs logo are trademarks or registered trademarks of Silicon Laboratories Inc. ARM and Cortex-M3 are trademarks or registered trademarks of ARM Holdings. All other product or service names XX% are the property of their respective owners. For the most up to date information please see your sales representative or visit our website at www.silabs.com. WEB December 2013, Rev B SOL-RHT SILICON LABORATORIES INC. 400 W. CESAR CHAVEZ AUSTIN, TX 78701 877-444-3032 SILABS.COM Engineering for a mixed-signal world.