Question

Since internal resistance of the input source Rsig=0.6 ??, gm=2.6 ms and ?=145, what is the voltage gain (Av) of the circuit when a load R?=4.7 k? is included in the output of the circuit? (ro and rd will be neglected). Note: Vcc = 10 V, Vi =2 mV, RG=10 ??, RD=1.8 ??, Rs=330 ?, R?=24 ??, R2=8.2 ??, RC=2.7 ??, RE=2.2 ?? Giri? kayna??n?n iç direnci Rsig=0.6 k?, gm=2.6 ms ve ?= 145 oldu?una göre, devrenin ç?k???na R?=4.7 k?'luk bir yük dahil edildi?inde devrenin gerilim kazanc? (Av) ne olur? (ro ve rd ihmal edilecektir). Not: Vcc = 10 V, Vi =2 mV, RG=10 ??, RD=1.8 ??, Rs=330 ?, R?=24 ??, R2=8.2 ??, RC=2.7 ??, RE=2.2 ??

          Since internal resistance of the input source Rsig=0.6 ??, gm=2.6 ms and ?=145, what is the voltage gain (Av) of the circuit when a load R?=4.7 k? is included in the output of the circuit? (ro and rd will be neglected).
Note: Vcc = 10 V, Vi =2 mV, RG=10 ??, RD=1.8 ??, Rs=330 ?, R?=24 ??, R2=8.2 ??, RC=2.7 ??, RE=2.2 ??
Giri? kayna??n?n iç direnci Rsig=0.6 k?, gm=2.6 ms ve ?= 145 oldu?una göre, devrenin ç?k???na R?=4.7 k?'luk bir yük dahil edildi?inde devrenin gerilim kazanc? (Av) ne olur? (ro ve rd ihmal edilecektir).
Not: Vcc = 10 V, Vi =2 mV, RG=10 ??, RD=1.8 ??, Rs=330 ?, R?=24 ??, R2=8.2 ??, RC=2.7 ??, RE=2.2 ??

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Since internal resistance of the input source Rsig=0.6 ??, gm=2.6 ms and ?=145, what is the voltage gain (Av) of the circuit when a load R?=4.7 k? is included in the output of the circuit? (ro and rd will be neglected).
Note: Vcc = 10 V, Vi =2 mV, RG=10 ??, RD=1.8 ??, Rs=330 ?, R?=24 ??, R2=8.2 ??, RC=2.7 ??, RE=2.2 ??
Giri? kayna??n?n iç direnci Rsig=0.6 k?, gm=2.6 ms ve ?= 145 oldu?una göre, devrenin ç?k???na R?=4.7 k?'luk bir yük dahil edildi?inde devrenin gerilim kazanc? (Av) ne olur? (ro ve rd ihmal edilecektir).
Not: Vcc = 10 V, Vi =2 mV, RG=10 ??, RD=1.8 ??, Rs=330 ?, R?=24 ??, R2=8.2 ??, RC=2.7 ??, RE=2.2 ??

Added by Amanda Z.

University Physics with Modern Physics

Hugh D. Young 14th Edition

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Solved by Expert Penny Riley

Step 1

The input resistance is the parallel combination of Rsig and the resistance seen from the base of the transistor. The resistance seen from the base of the transistor is the parallel combination of RG and the resistance looking into the base-emitter junction (re). Show more…

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Since the internal resistance of the input source Rsig = 0.6 kÎ©, gm = 2.6 mS, and Î² = 145, what is the voltage gain (Av) of the circuit when a load R = 4.7 kÎ© is included in the output of the circuit? (ro and ra will be neglected). Note: Vcc = 10V, Vi = 2 mV, RG = 10 MÎ©, Rp = 1.8 kÎ©, Rs = 330 Î©, R1 = 24 kÎ©, R2 = 8.2 kÎ©, Rc = 2.7 kÎ©, RE = 2.2 kÎ© GiriÅŸ kaynaÄŸÄ±nÄ±n iÃ§ direnci Rsig = 0.6 kÎ©, gm = 2.6 mS ve Î² = 145 olduÄŸuna gÃ¶re, devrenin Ã§Ä±kÄ±ÅŸÄ±na R = 4.7 kÎ©'luk bir yÃ¼k dahil edildiÄŸinde devrenin gerilim kazancÄ± (Av) ne olur? (ro ve ra ihmal edilecektir) Not: Vcc = 10 V, Vi = 2 mV, RG = 10 MÎ©, Rp = 1.8 kÎ©, Rs = 330 Î©, R1 = 24 kÎ©, R2 = 8.2 kÎ©, Rc = 2.7 kÎ©, RE = 2.2 kÎ©

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