Solar Module Simulator
A Solution for Testing and Optimizing MPP Trackers and Inverters
Materials
Component list
Component List
Resistors
Unless specified otherwise:
axial, metal film, 1%, ¼ W
R1…R4 = 10 k
R2 = 2k7
R5 = 82 k
R6 = 4k7
R7 = wirewound resistor, 0,1 Ω, 5 %, 3 W
R8 = 1 M
R9 = 5k9
R10 = 1k8
R11 = 100 Ω
R12 = 220 Ω
R17 = 1 k
R13 = 1k3
R14 = 715 Ω
R15, R16 = 10 k
R18…R21 = wirewound resistor, axial, 0.33 Ω, 5%, 3 W
R22 = 3k3
R23 = 1k2
R24 = 820 Ω
R25 = 1 k
R26 = 220 Ω
RV1…RV4 = potentiometer, 10 k, 20%, horizontal, linear
Capacitors
C1, C2 = 1 µF, 100 V, 10%, MKS2, pitch 5 mm
C3, C4, C6…C8, C10, C11, C13, C15, C16 = 100 nF, 63 V, 10%, MKS2, pitch 5 mm
C5 = 1.000 µF electrolytic, 50 V, low ESR, vertical
C9 = 22 nF, 250 V, 10 %, MKS2, pitch 5 mm
C12 = 47 µF electrolytic, 63 V, vertical
Semiconductors
D1 = TL431ACLP, TO92
D2, D3, D6, D8 = 1N4148, DO-35
D11 = Z-diode, 3.9 V / 5 W, DO201
Q2 = N-channel MOSFET as an alternative *
Q5 = MJH6284G, TO247 *
Q7 = IRFP450, TO247 *
Q11 = MJH6287G, TO247 *
Q13 = P-channel MOSFET as an alternative *
U1 = LM358, DIP8
U2 = TL081, DIP8
U3 = 7815, TO220
U4 = 4093, quad NAND Schmitt trigger
Miscellaneous
HS1 = heat sink LAM 4, shortened to 30 mm *
HS2 = heat sink LAM 4, shortened to 100 mm *
HS4 = heat sink for TO220, vertical, 18 K/W
J1, J3 = 2-pin screw terminal, pitch 2/10″, angled *
J2 = 3-pin female header, pitch 1/10″
JP1, JP2 = 2-pin header, pitch RM 1/10″, straight
Jumper bar, pitch 1/10″, for JP1 or JP2
Circuit board 240314-01
* See text
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