Evaluation Kit for ENS210

The ENS210 is a relative humidity and temperature sensor with I²C interface. The ENS210 Evaluation Kit is a combination of an ENS210 shield and a USB to I²C dongle. The evaluation kit connects to a Windows PC via USB port and the sensor is powered via the USB connector. It can be controlled by a Windows PC based application, which demonstrates the relative humidity and temperature values measured by the sensor. The PC application can also be used for logging of sensor data as well as to monitor the I²C transaction. The evaluation kit can also be used for quick integration into end customer’s application. The ENS210 evaluation kit comes with an extensive set of documentation such as a quick start guide, a user manual, application notes, reference drivers for easy design in etc.

Evaluation Kit for CCS801

The CCS801 is an analog VOC sensor for detecting VOCs (volatile organic compounds) for monitoring indoor air quality. The CCS801 Evaluation Kit is a combination of a CCS801 shield and a USB to I²C dongle. The evaluation kit connects to a Windows PC via USB port and the sensor is powered via the USB connector. It can be controlled by a Windows PC based application, which demonstrates the sensor output and calculated TVOC and equivalent CO2 values. In addition, this kit demonstrates the relative humidity and temperature values measured by the ENS210 sensor and uses this information to compensate for environmental changes during VOC detection. The PC application can also be used for logging of sensor data as well. The evaluation kit can also be used for quick integration into end customer’s application. The CCS801 evaluation kit comes with an extensive set of documentation such as a quick start guide, a user manual, application notes and reference drivers for easy design in etc.

Evaluation Kit for CCS811

The CCS811 Evaluation Kit combines a CCS811 sensor board and an USB to I²CIO board and connects directly to a Windows PC via USB port. It can be controlled by a Windows PC based application, which demonstrates the sensor output with calculated values for TVOC and equivalent CO2. In addition, this kit demonstrates the relative humidity and temperature values measured by the ENS210 sensor and uses this information to compensate for environmental changes during VOC detection. The PC application can also be used for logging of sensor data as well. The evaluation kit can also be used for quick integration into end customer’s application. The CCS811 evaluation kit comes with an extensive set of documentation such as a quick start guide, a user manual, and application notes for easy design in etc.

USB-I²C Dongle

The USB-I²C dongle is a small device with a form factor much like a USB flash memory. It can be inserted in a PC and then allows the PC to act as an I²C master. The dongle is used in the evaluation kit of several environmental sensors of ams. Here you find a user manual, the Windows driver (Windows 7 and 8, not needed for 10), and the firmware for the (micro controller on the) dongle.

Windows ENS Dashboard

The WinDashboard is a Windows application that supports monitoring and logging of sensor measurements. It also supports firmware updates for those sensor kits that have an embedded micro controller. The WinDashboard is used in the evaluation kit of several environmental sensors. Here you find the user manual and a redirect to the auto-installer/auto-updater of the WinDashboard.

CCS801

CCS801 is an ultra-low power MOX multi-gas sensor for monitoring indoor air quality including carbon monoxide (CO) and a wide range of volatile organic compounds (VOCs) such as ethanol. CCS801 can be used as an equivalent carbon dioxide (eCO2) sensor to represent eCO2 levels in real world environments, where the main source of VOCs is from humans.

CCS811

CCS811 is a low-power digital gas sensor solution, which integrates a gas sensor solution for detecting low levels of VOCs typically found indoors, with a microcontroller unit (MCU) and an Analog-to-Digital converter to monitor the local environment and provide an indication of the indoor air quality via an equivalent CO2 or TVOC output over a standard I2C digital interface.