not put the S.I. Units such as Volts in the answer space. Take note of the polarity of the answer this is a PNP transist

Post by **answerhappygod** » Sat Mar 19, 2022 6:16 pm

: Not Put The S I Units Such As Volts In The Answer Space Take Note Of The Polarity Of The Answer This Is A Pnp Transist 1 (34.58 KiB) Viewed 30 times

: Not Put The S I Units Such As Volts In The Answer Space Take Note Of The Polarity Of The Answer This Is A Pnp Transist 2 (26.49 KiB) Viewed 30 times

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: Not Put The S I Units Such As Volts In The Answer Space Take Note Of The Polarity Of The Answer This Is A Pnp Transist 3 (48.38 KiB) Viewed 30 times

: Not Put The S I Units Such As Volts In The Answer Space Take Note Of The Polarity Of The Answer This Is A Pnp Transist 4 (26.54 KiB) Viewed 30 times

not put the S.I. Units such as Volts in the answer space. Take note of the polarity of the answer this is a PNP transistor. VCC 12V 2013 IC Rc R1 5060 3k VC VB 04 )2N5684G* BDC = 150 VE
is a PNP transistor. VCC -12V X2013 IC X2001 R1 50KO Rc 30 VC VB 04 )2N5684G* BDC = 150 VE R2 3060 MM2 RE 2ΚΩ H
For the transistor bias circuit in Figure 2. Calculate the Collector terminal voltage Vc = [] Volts, given that Ic = -2.4 milliAmps. - Remember the transistor in the circuit is a PNP transistor. Only put the value in the answer space do not put the S.I. Units such as Volts in the answer space. Take note of the polarity of the answer this is a PNP transistor. VCC
is a PNP transistor. VCC -12V X2013 IC X2001 R1 >5020 Rc 3k VC VB 04 )2N5684G* BDC = 150 VE (R2 30k0 X4M2 LRE 2k12 H