Based On IAP15F2K61S2 Mobile Multi-function Mini-chip Development Board

Because of single-chip microcomputer’s small volume, low price, fast computing speed and many other advantages, it is widely used in many industrial control areas, most universities also open the single-chip computer courses across the country. The courses’ practical requirement is pretty high, with cultivating the students’ independent ability as the main target. At the same time, the cultivation of students’ creative spirit and practical ability is the core of the national quality education policy, it is also the important content of higher schools’ education and teaching.However, at present, most of our country’s universities still exist some deficiencies in the teaching of MCU: on the one hand, teaching program and teaching plan have a big gap between with the actual demand, the teaching content has been seriously lags behind the social development; on the other hand, the experiments in the practical teaching process are given priority to demonstrated experiments, causing most college students incompletely understand of MCU and can’t do it to practice. This practical teaching mode can’t outstand the feature of application-oriented talents cultivation, can’t reach the expect of teaching effect. So, designing a MCU experimental platform which can coordinate with society development, can highlight the innovative talent training mode and can improve the students’ learning enthusiasm is the key to solve the above problems.Based on this, this paper designed a set of experiment teaching system which is based on IAP15F2K61S2 one-piece charging and learning, it mainly includes two parts: charging and study, and the main characteristics of the experimental teaching system are:1. Following the social development demand, using the latest generation on STC microcontroller to let it work closely with the curriculum reform;2. Highlighting the concept of creative-talents training, increasing the design of separating module, adopting blocks overlap type, farthest guarantee the cultivation of the practical ability, overcoming the deficiency of the integration test chamber;3. Using lithium battery to realize uninterruptible power supply systems of development board, at the same time, lithium battery power supply system can also be used to charge the phone, having strong flexibility and portability.The one-piece charging learning experiment teaching system has realized the mini character, let microcontroller development board be freed from the city power supply problem, improved the traditional MCU development platform’s deficiency that the volume is too large to carry easily, so that the students can master and use single-chip microcomputer knowledge better. This design in order to through the one-piece, chargeable, multi-functional experimental teaching system to stimulate the students’ learning initiative and creativity.