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Ok, there are a few calculations on this problem that I am having difficulty with. This is a past homework assignment which is why the answers are filled in. They are all correct.
Anyways I approached the problem in this manner:
V secondary peak = V2/ .707
The voltage drop across RL is ZZT
IRL= ZZT/RL
VC1P= V2P - Both forward biased diode drops.
VC1 P-P (Ripple) = IDC / (2f * C)
VRS= Vc1 dc - Vzt
IRS= VRS /RS
The three that I am having trouble with are: Vc1-dc , IZ, and VRL p-p (Ripple)
Can anyone help me out?
Thanks.
Ok, there are a few calculations on this problem that I am having difficulty with. This is a past homework assignment which is why the answers are filled in. They are all correct.
Anyways I approached the problem in this manner:
V secondary peak = V2/ .707
The voltage drop across RL is ZZT
IRL= ZZT/RL
VC1P= V2P - Both forward biased diode drops.
VC1 P-P (Ripple) = IDC / (2f * C)
VRS= Vc1 dc - Vzt
IRS= VRS /RS
The three that I am having trouble with are: Vc1-dc , IZ, and VRL p-p (Ripple)
Can anyone help me out?
Thanks.
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