KJB6T2353BE-A297

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KJB6T2353BE-A297 Application and Working Principle

Introduction

KJB6T2353BE-A297 is a universal development and debugging tool for a variety of wide spread ICs and hence allows engineers to customize their own development platform. It is designed with reliable and simple interface to provide excellent performance and extensibility.

Applications

KJB6T2353BE-A297 can be used in multiple application areas. It can be used for testing and development of microprocessor-controlled systems and embedded systems and can also be used to debug complex algorithms in various embedded applications such as the automotive industry, medical devices, telecommunications, etc. Its unique debugging interface enables engineers to observe the state of all the ICs simultaneously, making troubleshooting much easier.In addition, KJB6T2353BE-A297 can be used for developing and debugging of wireless protocols, IoT applications, or devices that communicate wirelessly. It supports a wide variety of wireless debugging application cases such as 802.11 series and GSM/GPRS/3G/4G protocols, as well as IoT protocols like ZigBee/Thread/Bluetooth 5.1.

Working Principle

KJB6T2353BE-A297 is based on the principle of interrupt monitoring. It enables debugging of codes written over several CPUs simultaneously and allows for the simulation of a variety of wireless communication protocols. The tool follows a three-step course of operation – monitor, debug, and analyze. First, it sets up a dedicated monitor circuit for each IC, and hence each monitor circuit is uniquely identified. Then, the circuit will be used to monitor the interrupt status of each IC at predetermined intervals, such as at system reset and commands related to low power modes. After that, each monitored interrupt rate is recorded and then compared to the pre-configured per-cycle configured profiles. When there is a deviation from the pre-configured profile, the tool will identify and isolate the problem area. Then, the system can then be put into the reverse engineering mode to debug and analyze the problem. Relying on data acquired from collected information and evolution statistic, engineers can effectively find and solve the problems.

Conclusion

KJB6T2353BE-A297 is an advanced tool designed to provide reliable and multi-dimension debugging environments for a wide range of ICs and embedded system. It is commonly used to debug the myriad of complex algorithms in applications such as automotive, medical, and telecommunications and can also be used for wireless protocol and IoT applications. Its unique working principle of interrupt monitoring allows engineers to monitor the interrupt status of each individual IC quickly, which simplifies troubleshooting process.

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