40045 Ponte della Venturina (BO) ITALY
Costruzioni Elettroniche
di Marchioni Davide & Daniele s.n.c.
Mod. KL 500 linar amplifier
Via IV Novembre 215/5
Casella postale N° 33
Tel +39 0534 60460
Fax +39 0534 60463
E-MAIL ufftec@rmitaly.com
http://www.rmitaly.com
Schematic diagram
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c
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F
1
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C
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T
T
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V ersion 4.00
1
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date 17-02-2003 Page 1 di 3
Mod 500 4.00
3
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date 17-02-2003 Page 2 di 3
List of components
Mod 500 4.00
C 1 = 8,2 pF 50 V N750
C 2 = 10 µF 16 V
C 3 = 10 nF 50 V
C 4 = 10 nF 50 V
C 5 = 3,3 pF 50 V N750
C 6 = 100 pF 50 V N750
C 7 = 100 pF 50 V N750
C 8 = 82 pF 50 V N750
C 9 = 2,2 µF 16 V
C 10 = 47 µF 16 V
C 11 = 10 nF 50 V
C 12 = 5,6 pF 50 V N750
C 13 = 10 nF 50 V
C 14 = 150 pF 50 V N750
C 15 = 56 pF 50 V N750
C 16 = 470 pF 50 V N750
C 17 = 10 nF 50 V
C 18 = 10 nF 50 V
C 19 = 470 µF 16 V
C 20 = 100 nF 50 V
C 21 = 33 pF 50 V N750
C 22 = 120 pF 50 V N750
C 23 = 10 nF 50 V
C 24 = 47 nF 50 V
C 25 = 180 pF 500 V N750
C 26 = 220 + 270 pF 500 V N750
C 27 = 100 nF 50 V
C 28 = 100 nF 50 V
C 29 = 180 pF 500 V N750
C 30 = 47 nF 50 V
C 31 = 120 pF 50 V N750
C 32 = 10 nF 50 V
C 33 = 47 nF 50 V
C 34 = 180 pF 500 V N750
C 35 = 220 + 270 pF 500 V N750
C 36 = 180 pF 500 V N750
C 37 = 47 nF 50 V
C 38 = 10 nF 50 V
C 39 = 470 µF 16 V
C 40 = 100 nF 50 V
C 41 = 100 nF 50 V
C 42 = 68 pF 500 V N750
R 1 = 2,2 KΩ ¼W
R 2 = 2,2 KΩ ¼W
R 3 = 12 KΩ ¼W
R 4 = 12 KΩ ¼W
R 5 = 100 Ω ¼W
R 6 = 12 KΩ ¼W
R 7 = 2,2 KΩ ¼W
R 8 = 100 Ω ¼W
R 9 = 1,0 KΩ ¼W
R 10 = 1,0 KΩ ¼W
R 11 = 1,0 KΩ ¼W
R 12 = 12 KΩ ¼W
R 13 = 1,0 Ω ½W
R 14 = 680 Ω ¼W
R 15 = 10 Ω 2W
R 16 = 10 Ω 2W
R 17 = 10 Ω 2W
R 18 = 27 Ω 2W
R 19 = 47 Ω 2W
R 20 = 100 Ω 2W
R 21 = 100 Ω 2W
R 22 = 68 Ω 2W
R 23 = 10 Ω ½W
R 24 = 10 Ω ½W
R 25 = 68 Ω 2W
R 26 = 100 Ω 2W
R 27 = 68 Ω 2W
R 28 = 10 Ω ½W
R 29 = 10 Ω ½W
R 30 = 68 Ω 2W
D 1 = D 2 = D 3 = D 4 = D 5 =D 6 = D 7 = 1N4148
D 8 = D 9 = D 13 = D 17 = D 18 = 1N4004
D 14 = D 15 = D 16 =D 19 = 1N5400
D 10 = Led red
D 11 = Led yellow
D 12 = Led green
Tr 1 = Tr 2 = Tr 5 = BC 547
Tr 3 = BC 337
Tr 4 = BF 199
Tr 6 = BD 179
Tr 7 = Tr 8 = Tr 9 = Tr 10 = MRF 455
L 1 = L 2 = L 3 = L 4 = 2,2 µH
L 5 = 10 µH
L 6 = L 9 = VK 200 1 wire
L 7 = L 8 = L 10 = L 11 = VK 200 2 wires
Rl 1 = Relè 12 V 3022
Rl 2 = Relè 12 V 4052
Fuse = 3x12 A
S 1 = Switch 3A (Pre ON - OFF)
S 2 = Switch 3A (ON - OFF)
S 3 = Switch 3A (AM - SSB)
S 4 = Switch 6 positions
T 1 = T 2 = T 4 = Input transformators
T 3 = T 5 = T 6 = Output transformators
date 17-02-2003 Page 3 di 3
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