SENSORSTARTERKIT Development Boards, Kits, Programmers

The SensorStarterKit application field and working principle is an area of study and experimentation in embedded systems. It is also a great tool for quick startup sensor application development. It is mainly suitable for basic embedded applications such as sensing, experimentations, teaching, research, interactive works, and DIY electronics projects. The kit provides an effective way to use various sensors without having to create and program a separate embedded board or module, but rather using the SensorStarterKit as one. The SensorStarterKit can be applied in a variety of fields including biological studies, environmental monitoring, smart home products, automotive electronics, mobile robotics, etc.

The SensorStarterKit is based on a microcontroller board called SensorStarterPlatform (SSP). It utilizes a 5-pin interface on one side (analog/digital communication pins, serial resistors and transistors) to quickly plug and use any of the available SensorStarterKits\' sensors. The microcontroller integrated into the SensorStarterPlatform contains a means to detect, measure or manipulate available signals, and it is also capable to connect a wireless connectivity node. As the SensorStarterPlatform comes with a USB interface, it is possible to transfer the acquired data to computer using FTDI drivers.

The SensorStarterKit is mainly used to interface the sensors with the microcontroller board, allowing the user to instantly measure any physical phenomenon such as temperature, pressure, humidity, proximity, magnetic fields, light intensity etc. The SensorStarterPlatform then receives the signals and converts them into digital signals in order to enable fast communication and data acquisition. In addition, SensorStarterKit also provides a lot of examples and projects to help users create their own applications.

The overall working principle of the SensorStarterKit is the integration between sensors, microcontroller, and communication interfaces. All the components are linked together through standard-compliant serial buses to process the input. The sensors on the SensorStarterPlatform detect respective signals and send them to the microcontroller. After these signals are processed by the microcontroller, they are then transmitted to external systems. The SensorStarterPlatform is also able to translate these signals into a format understood by the communication interfaces.

In conclusion, SensorStarterKit is a powerful and easy to use embedded system which is suitable for a wide range of applications. It is an all-in-one solution, which provides users with a very convenient method to create custom applications. Furthermore, there are a lot of examples and projects available for users to learn about the kit, as well as knowledge and guidance about its application in different scenarios.