Jian-Chun Pan

Title: Innovator Jian-Chun Pan: Pioneering Advances in Printed Circuit Board Technology

Introduction

Jian-Chun Pan, a prominent inventor based in Shenzhen, China, has made significant contributions to the field of electronic engineering, particularly in the development of printed circuit board (PCB) testing devices and jumper assemblies. With a total of ten patents to his name, Pan's innovations reflect a deep understanding of electrical components and their applications in modern technology.

Latest Patents

Among his most notable patents is the "Test Device for Printed Circuit Board". This device features a base and a measuring mechanism complete with a testing pin. It allows measurement at any desired point on a PCB, provided that the pin contacts the point at a greater than predetermined angle. Furthermore, it specifies a crucial relationship through the equation H > L tan θ, ensuring precise measurements during testing.

Another significant innovation is the "Jumper Assembly", which comprises a circuit board, a first and second base, and a specially designed jumper. The jumper assembly efficiently connects two pins on the circuit board and features limiting portions to prevent disengagement, thus enhancing the reliability of electronic connections.

Career Highlights

Jian-Chun Pan has had an impressive career with notable stints at companies such as Hon Hai Precision Industry Co., Ltd. and Hong-fu Jin Precision Industry (Shenzhen) Co., Ltd. His work within these organizations has been instrumental in advancing PCB technology and improving manufacturing processes.

Collaborations

Throughout his career, Pan has collaborated with skilled individuals like Hai-Qing Zhou and Yi-Xin Tu. These partnerships have enabled the sharing of ideas and innovations, fostering an environment of creativity and technological improvement.

Conclusion

Jian-Chun Pan stands out as a visionary inventor whose work continues to shape the realm of electronic technology. His patents not only showcase his inventive spirit but also contribute to the foundation of modern circuitry and device functionality, making him a key figure in the advancement of printed circuit board technology.