AS6200 Temperature Sensor
High accurate digital temperature sensor
Features
- Digital temperature sensor
- Complete sensor system with serial bus connection
- “Easy to Use” solution, i.e. no calibration or linearization needed
- Alert functionality for exact temperature control
Benefits
- Optimal temperature accuracy for cost efficient designs
- Ultra low power consumptions
- Small integration size (WLCSP)
Product parameters
| Interface | I²C |
|---|---|
| Supply Voltage [V] | 1.8 to 3.6 |
| Consumption [µA] | 6 @ 4 samples/s |
| Dimension [mm] | 1.5 x 1 |
| Ambient Temp. Range [°C] | -40 to 125 |
| Accuracy | ±0.4°C (0°C to 65°C) |
| Conversion Time [ms] | 32 |
General Description
The AS6200 is a complete digital sensor system. It offers a unique combination of ultra-low power consumption, small form factor and high accuracy. The AS6200 provides a fully calibrated and linearized sensor system that can easily be accessed via an I²C interface. It provides a resolution of 12-bit over the full temperature range of -40°C to 125°C. The integrated alarm functionality enables micro controller wake-up calls on defined temperature thresholds. An internal voltage regulator enables stable accuracy independent of the supply voltage between 1.8 to 3.6V. For power sensitive applications, the device can enter a low-power wait state with 0.1μA current consumption.
This product suits for the following applications:
- Mobile devices
- Solid state discs
- Mobile health
- Industrial automation
- HVAC and Thermostat controls
- Cold chain monitoring
Tools
| Title | Category | Headline | Buy |
|---|---|---|---|
| AS6200AdapterBoard | Application Board | Digital Temperature Sensor Adapter Board for AS6200 | |
| AS6200Demo | Application Board | Digital Temperature Sensor Demo for AS6200 |
Resources
| Name | Type | Description | Language |
|---|---|---|---|
| AS62xx_SW000218_1-00.ino | Software | Arduino Sample Code | English |
| AS62xx_SW000252_1-00.zip | Software | Linux reference driver | English |
Technical Documents
| Name | Type | Description | Version | Language |
|---|---|---|---|---|
| AS6200_AN000323_2-00.pdf | Application Note | Thermal Design Guideline for Wearables | 2-00 | English |
| AS6200_BD000150_1-00.png | Block Diagram | AS6200 Block Diagram | 1-00 | English |
| AS6200_DS000449_2-00.pdf | Datasheet | Document version 1-03 | 2-00 | English |
| AS6200_ES000112_1-00.pdf | Errata Sheet | Marking | 1-00 | English |
| AS6200_FS000205_1-00.pdf | Factsheet | Digital Temperature Sensor | 1-00 | English |
| AS6200_PD000345_1-00.png | Other Product Document | AS6200AdapterBoard Image | 1-00 | English |
| AS6200_PD000346_1-00.png | Other Product Document | AS6200Demo Image | 1-00 | English |
| AS6200_QG000104_1-00.pdf | Quick Start Guide | T-sensor demo | 1-00 | English |
| AS6200_RC000133_1-00.pdf | RoHS Certificate | RoHS Certificate AS6200 | 1-00 | English |
| AS6200_AS6200C_UG000364_1-00.pdf | User Guide | AS6200/AS6200C adapter board user manual | 1-00 | English |
Related Boards
Digital Temperature Sensor Adapter Board for AS6200
AS6200AdapterBoard
The AS6200 adapterboard is a simple PCB to enable an easy evaluation of the ams digital temperature sensor. The board features an AS6200 digital temperature sensor, a decoupling capacitor and pull-up resistors. The included jumper is an easy way of setting the I²C address of the sensor. A 5x1 pin header with a 2.54mm pitch offers all necessary interfaces to connect the adapterboard to your application processor.
Digital Temperature Sensor Demo for AS6200
AS6200Demo
The AS6200 demo offers easy-to-use exploration of the ams digital temperature sensor. It is Bluetooth enabled to communicate with your device. By downloading the companion app from the App Store or Google Play Store it is possible to modify all settings of the sensor and observe the impact on power consumption and conversion rate. All three demos could be paired up at the same time to find the optimal settings for your needs. It even enables to record a temperature sequence to compare it with different settings of the temperature sensor demo. Finally the app does provide basic information of the product and helps to understand the principals of the alert mode. The demo consists of an AS6200 temperature button and a CR2023 coin cell. By pulling the flap the demo is enabled and ready to be paired with the app. Downlaod the App:
Related Products
AS6200C Temperature Sensor
AS6200C
The AS6200C is a complete digital sensor system designed to fulfill the challenges of cold chain applications in storage and transportation. It is very well suited for data loggers complying with EN12830:1999 class 1 standard as well as enriching the performance of domestic and commercial refrigerators. The AS6200C provides a fully calibrated and linearized sensor system that can easily be accessed via an I²C interface. It provides a resolution of 12-bit with its highest accuracy of ±0.2°C from +20°C to -10°C. The integrated alarm functionality enables micro controller wake up calls on defined temperature thresholds. An internal voltage regulator enables stable accuracy independent of the supply voltage between 1.8 to 3.6V. For power sensitive applications, the device can enter a low-power wait state with 0.1μA current consumption.
AS6204 Temperature Sensor
AS6204
The AS6204 is a complete digital sensor system, designed for the needs of high-performance consumer electronics. It is based on the well-proven AS6200 design, but with additional I²C addresses to serve complex design needs. This is especially useful in the prototyping phase of a product where several heat sensitive areas might need monitoring but without needing to reserve additional systems application processor resources. The AS6204 is a fully calibrated and linearized sensor system that is easy to integrate in any digital system. It provides a resolution of 12 bit over the wide temperature range from -40°C to 125°C. The integrated alarm functionality enables micro-controller wake-up calls on defined temperature thresholds. An internal voltage regulator allows stable accuracy independent of the supply voltage between 1.8V to 3.6V. For powersensitive applications, the device can enter a low-power wait mode with 0.1μA current consumption.