OM11078 Development Boards, Kits, Programmers

The OM11078 is an evaluation board and sensor set, designed by Wurth Elektronik Wireless IoT Sensor Solution. It features a complete sensor solution for measuring humidity, barometric pressure, and temperature. It also includes a sampling system for data acquisition of the signals.

The OM11078 sensor system is based around a low-power, low profile, low cost MEMS barometric pressure sensor. The sensor is coupled with a capacitive sensing element to measure relative humidity and a low power temperature sensor for measuring temperature. The OM11078 is designed to operate at low voltage and low power for use in battery powered or portable applications.

The OM11078 evaluation board offers a wide range of features to enable easy testing of the performance of the sensor system in a variety of environmental conditions. It includes a highly efficient signal conditioning circuit and a low-noise analog to digital converter to provide high-resolution and low-distortion signal measurement. The board also features on-board thermistor temperature compensation and direct access to the conditioner output for debugging.

The OM11078 evaluation board provides a wide variety of helpful functions to aid in testing and monitoring of the sensor system. It includes an adjustable sampling rate, adjustable filter, data clock, connected signal pins and I2C support. The board also includes a power supply and a USB interface for PC-based analysis and monitoring of the data.

The OM11078 sensor system provides a highly accurate and reliable measurement of relative humidity, barometric pressure, and temperature. Its flexible design and low power operation make it suitable for a wide range of applications. With its advanced sensor technology and streamlined design, it is an ideal choice for developers seeking a fast, reliable, and cost-effective sensor system solution.

In summary, the OM11078 is a powerful and versatile sensor system that provides high accuracy measurements of relative humidity, barometric pressure, and temperature. Its low power design and wide range of features make it an ideal choice for applications such as remote environmental monitoring or portable weather stations. With its comprehensive evaluation board, developers can be assured of a reliable and dependable sensor system solution.