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Abstrak :
Pada tesis ini membahas Perancangan dan Analisa Efek Avalanche pada p-n junction. Efek Avalanche hanya dapat dilakukan pada keadaan reverse bias dan konsentrasi p-n juntion doping tinggi, sedangkan untuk mendapatkan lebar depletion layer yang lebih besar, diperlukan penambahan sebuah lapisan diantara p-n junction, yang gunanya untuk mendapatkan efek Penggandaan. Akhirnya analisa dari proses Avalanche ini menghasilkan suatu kesimpulan bahwa Arus maksimum pada doping konsentrasi sekitar 1x1016 cm -3 adalah sekitar 4,7 Amper dengan Daya maksimum 290,5 Watt.

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This thesis would be designed and analyzed about p-n junction with focus the Effect Avalanche. The Effect Avalanche only able to do in the reverse bias and high doping concentration. While for to get the wider depletion layer, needed to increase carrier multiplication effect. Finally analysis of Avalanche process has obtain result that the maximum current on doping concentration 1x1016 cm -3 is about 4,7 Ampere with maximum power 290.5 Watts.

Abstrak :
The Springer Reference Work Handbook of Manufacturing Engineering and Technology provides overviews and in-depth and authoritative analyses on the basic and cutting-edge manufacturing technologies and sciences across a broad spectrum of areas. These topics are commonly encountered in industries as well as in academia. Manufacturing engineering curricula across universities are now essential topics covered in major universities worldwide. They can be found in a variety of departments such as Mechanical Engineering, Production Engineering, Industrial Engineering, Electrical Engineering, and Robotics. Contributors will be drawn from academia and industry across the world but with an emphasis on knowledge and experience emerging from new manufacturing locations.