Refer to Table 3.3, explain how the circuit works. It is under the zener diode characteristics

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Refer to Table 3.3, explain how the circuit works. It is under the zener diode characteristics

PR2
i 22.127mA
PR3
v 10.00
PR1
v 22.170V
5502
VAA
D1
R2
| 22.17V
REF1
10V
PR4,
li 20.000mA
4.7k2
REF2
Vab
PR2
13.0362A
PR3
v 10.100
2
PR1
v 1.6800kV
5502
VAA
D1
R2
1.68kV
10V
ÞR4
i 3.0340A
4.7kQ
REF1
REF2
Vab +0.1
PR2
i2.2419mA
PR3
v 9.9000V
2
PR1
v 11.133V
5502
VAA
D1
R2
11.133V
10V
PR4
oi 135.51µA
4.7k2
REF1
REF2
Vab - 0.1
Transcribed Image Text:PR2 i 22.127mA PR3 v 10.00 PR1 v 22.170V 5502 VAA D1 R2 | 22.17V REF1 10V PR4, li 20.000mA 4.7k2 REF2 Vab PR2 13.0362A PR3 v 10.100 2 PR1 v 1.6800kV 5502 VAA D1 R2 1.68kV 10V ÞR4 i 3.0340A 4.7kQ REF1 REF2 Vab +0.1 PR2 i2.2419mA PR3 v 9.9000V 2 PR1 v 11.133V 5502 VAA D1 R2 11.133V 10V PR4 oi 135.51µA 4.7k2 REF1 REF2 Vab - 0.1
Fig. 3.2 Experimental voltage regulator circuit
VAB, V
Iz, mA
IT mA
VAA, V
VAB
10
20
22.127
22.17
VAB + 0.1
10.1
3034
3036.2
1680
VAB - 0.1
9.9
0.1355
2.242
11.13
Table 3.3 Voltage Regulator
Transcribed Image Text:Fig. 3.2 Experimental voltage regulator circuit VAB, V Iz, mA IT mA VAA, V VAB 10 20 22.127 22.17 VAB + 0.1 10.1 3034 3036.2 1680 VAB - 0.1 9.9 0.1355 2.242 11.13 Table 3.3 Voltage Regulator
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