- Push Pull Converter Pspice Student
- Push Pull Converter Pspice Student Download
- Push Pull Converter Pspice Students
- Push Pull Converter Pspice Student Version
Power Converter Transformers Select flyback or flybuck ™ for up to 120 W, push-pull for up to 200 W, forward-mode for half-bridge, full-bridge, or active clamp up. The advantage of push-pull converters over flyback and forward converters is that push-pull converters can be scaled up to higher powers. Further, both of the MOSFETs are connected to the low-side (unlike a half-bridge converter, which has one MOSFET connected to the high-side). The push-pull topology does not require gate drivers for the MOSFETs. Over the years that this project has run there has been a wide range of converter designs implemented. Each year a few groups, generally the weaker groups, will perhaps only get as far as implementing a simple chopper circuit. While the more able groups of students have produced some very sophisticated designs utilising push-pull and Cuk. 2 reviews for Simplified Model of DC DC Buck Boost Converter sara – June 16, 2016 helloMy project is about buck boost converter 48v to 12v with P=3Kw and I=210A i tried to draw my buck boost in pspice but i have a problem i don’t get the right result i need your help pleas.
sch - 1010.02 kB - 07/28/2016 at 04:00 |
esquemágico.brdboard in eagle cadsoft,it works! it just wants review to drop out some jumps. we do this, with silk screen method. thats pretty good! brd - 171.54 kB - 07/28/2016 at 04:00 |
IR2104.zipIR2104 LTSpice ModelIR2104.sub is a spice model file, paste in '%LTSpice main dir%/lib/sub'. IR2104.asy is a LTSpiceIV graphic compoenet model, paste in '%LTSpice main dir%/lib/sym'. Zip Archive - 1.03 kB - 07/16/2016 at 18:24 |
DC-DC.ascLTSpice Full DC-DC converter schematicps: need IR2104 model in LT lib to works fine asc - 12.05 kB - 07/16/2016 at 18:19 |
anti curto V 2.b.ascAlternative version for short-circuit protection (anti curto V 2.a), more components, but more powerfullasc - 2.73 kB - 06/28/2016 at 12:54 |
anti curto V 2.a.ascSecond version of short-circuit protectionasc - 2.08 kB - 06/28/2016 at 12:49 |
VCO.ascLTSpice Schematic of voltage controlled oscillator (V.C.O.) used to command IC ir2111 to 'attack' the MOSFetasc - 2.45 kB - 06/28/2016 at 02:28 |
OptoIsolation4n25.ascLTSpice Schematic of the isolation circuit of feedback voltage signal of outputasc - 903.00 bytes - 06/28/2016 at 02:28 |
short-circuit protection.ascLTSpice Schematic of basic short-circuit protection and overload protection, using a low resistance value to transduce the electrical current valueasc - 1.64 kB - 06/28/2016 at 02:28 |
Abstract:
Aiming at the problem of switching power supply stable output, a push-pull switching power supply was designed. the switching frequency is 100kHZ and the output voltage is 5V. System model of the push-pull switching power supply is established on PSpice, and research on the output performance of the push-pull switching power supply. By the parameter sweep analysis of load, the push-pull switching power supply can stabilize output in full load and light load conditions, and load regulation rate comply with the design requirements.
Push Pull Converter Pspice Student
[1] Hua-zhong Xu, Chang-zhe Chen, SMPS Noise Analysis and Treatment Method, in: Journal of WUT(information and management engineering), Issue 6, Volume 32(2010), pp.900-903.
Push Pull Converter Pspice Student Download
[2] Z. Lukic, S.M. Ahasanuzzaman, Z. Zhao, A. Prodic, Self-Tuning Sensorless Digital Current-Mode Controller with Accurate Current Sharing for Multi-Phase DC-DC Converters, IEEE Applied Power Electronics Conference (APEC), 2009, pp.264-268.
Push Pull Converter Pspice Students
DOI: 10.1109/apec.2009.4802666
[3] Zhimin Zhou, jihai Zhou, Aihua Ji, switching power supply technology, Posts & Telecom Press, (2007).
[4] J.A.A. Qahouq, L. Huang, D. Huard, Efficiency-Based Auto-Tuning of Current Sensing and Sharing Loops in Multiphase Converters, IEEE Transactions on Power Electronics, vol. 23, no. 3, March 2008, pp.1009-1013.
Push Pull Converter Pspice Student Version
DOI: 10.1109/tpel.2008.917808
[5] Ya-lan Xiong, Discussion on Efficiency and Noise of Switch Power, in: Fire control radar technology, Issue 6, Volume 34(2005), pp.59-62.