RM Italy HLA-150_Plus Schematics

40045 Ponte della Venturina (BO) ITALY

Costruzioni Elettroniche

di Marchioni Davide & Daniele s.n.c.

HLA 150 Plus linear amplifier

Via IV Novembre 215/5

Casella postale N° 33

Tel [phone]

Fax [phone]

E-MAIL [e-mail]

http://www.rmitaly.com

Schematic diagram

Version 3.00

date 30-04-2008 Page 1 di 4

Mod HLA 150 3.00

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List of components

Mod HLA 150 3.00

C 1 = 10 pF 50 V NP0
C 2 = 100 nF 50 V
C 3 = 10 nF 50 V
C 4 = 1,0 μF 50 V Multilayer
C 5 = 4,7 pF 50 V NP0
C 6 = 100 nF 50 V
C 7 = 10 nF 50 V
C 8 = 2,2 μF 25 V
C 9 = 22 μF 25 V
C 10 = 100 nF 50 V
C 11 = 100 nF 50 V
C 12 = 100 nF 50 V
C 13 = 100 nF 50 V
C 14 = 68 pF 50 V NP0
C 15 = 100 nF 50 V
C 16 = 100 pF 500 V NP0
C 17 = 10 nF 50 V
C 18 = 220 pF 500 V N750
C 19 = 220 pF 500 V N750
C 20 = 47 pF 1 KV NP0
C 21 = 47 nF 50 V
C 22 = 47 nF 50 V
C 23 = 100 nF 50 V
C 24 = 2 x 470 pF 50 V N750
C 25 = 100 nF 50 V
C 26 = 100 nF 50 V
C 29 = 1300 pF 500 V Silvered mica
C 31 = 100 nF 50 V
C 32 = 100 nF 50 V
C 37 = 47 pF 500 V NP0
C 38 = 12 pF 500 V NP0
C 39 = 150 pF 500 V NP0
C 40 = 39 pF 500 V NP0
C 41 = 39 pF 500 V NP0
C 42 = 82 pF 500 V NP0
C 43 = 18 pF 500 V NP0
C 44 = 220 pF 500 V N750
C 45 = 39 pF 500 V NP0
C 46 = 68 pF 500 V NP0
C 47 = 100 pF 500 V NP0
C 48 = 56 pF 500 V NP0
C 49 = 220 pF 500 V Silvered mica
C 50 = 180 pF 500 V N750
C 51 = 22 pF 500 V NP0
C 52 = 390 pF 500 V Silvered mica
C 53 = 56 pF 500 V NP0
C 54 = 620 pF 500 V Silvered mica
C 55 = 180 pF 500 V N750
C 56 = 180 pF 500 V N750
C 57 = 390 pF 500 V Silvered mica
C 58 = 56 pF 500 V NP0
C 59 = 560 pF 500 V Silvered mica
C 60 = 330 pF 500 V Silvered mica
C 61 = 390 pF 500 V Silvered mica
C 62 = 82 pF 500 V NP0
C 63 = 560 pF 500 V Silvered mica

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C 64 = 270 pF 500 V N750
C 65 = 1600 pF 500 V Silvered mica
C 66 = 620 pF 500 V Silvered mica
C 67 = 560 pF 500 V Silvered mica
C 68 = 10 nF 50 V
C 69 = 3-10 pF Trimmer NP0
C 70 = 470 pF 50 V NP0
C 71 = 100 nF 50 V
C 72 = 100 nF 50 V
C 73 = 22 μF 25 V
C 74 = 100 nF 50 V
C 75 = 100 nF 50 V
C 76 = 100 nF 50 V
C 77 = 47 μF 25 V
C 78 = 220 nF 50 V Multilayer
C 79 = 220 nF 50 V Multilayer
C 80 = 10 μF 25 V
C 81 = 100 nF 50 V
C 82 = 22 μF 25 V
C 83 = 100 nF 50 V
C 84 = 100 nF 50 V
C 85 = 220 nF 50 V Multilayer
C 86 = 220 nF 50 V Multilayer
C 87 = 220 nF 50 V Multilayer
C 88 = 220 nF 50 V Multilayer
C 89 = 220 nF 50 V Multilayer
C 90 to C103 = 100 nF 50 V
C 104 = 470 μF 25 V
C 106 = 100 nF 50 V
C 107 = 470 nF 100 V Polyester
C 108 = 100 nF 50 V
C 109 = 100 nF 50 V
C 110 = 10 nF 50 V
C 111 = 100 nF 50 V
C 112 = 22 μF 25 V
C 113 = 220 nF 50 V Multilayer
C 114 = 220 nF 50 V Multilayer
C 115 = 1,0 nF 50 V
C 117 = 1,0 nF 50 V
C 118 = 470 pF 50 V N750
C 119 = 100 nF 50 V
C 120 = 100 nF 50 V
C 121 = 100 nF 50 V
C 122 = 100 nF 50 V
C 123 = 1-5 pF Trimmer NP0
C 124 = 1,0 pF 50 V NP0
C 125 = 22 μF 25 V
C 126 = 22 μF 25 V
C 127 = 1,0 pF 50 V NP0
R 1 = 22 KΩ ¼W
R 2 = 47 KΩ ¼W
R 3 = 1,0 KΩ ¼W
R 4 = 100 KΩ ¼W
R 5 = 100 KΩ ¼W
R 6 = 22 KΩ ¼W
R 7 = 8,2 KΩ ¼W

Mod HLA 150 3.00

R 8 = 4,7 KΩ ¼W
R 9 = 10 KΩ ¼W
R 10 = 10 KΩ ¼W
R 11 = 4,7 KΩ ¼W
R 12 = 1,0 KΩ ¼W
R 13 = 10 KΩ ¼W
R 14 = 1,0 MΩ ¼W
R 15 = 4,7 KΩ ¼W
R 16 = 4,7 KΩ ¼W
R 17 = 4,7 KΩ ¼W
R 18 = 10 KΩ ¼W
R 19 = 10 KΩ ¼W
R 20 = 1,0 KΩ ¼W
R 21 = 33 Ω 5W
R 22 = 10 KΩ ¼W
R 23 = 330 Ω 2W
R 24 = 680 Ω ¼W
R 25 = 1,0 Ω ½W
R 26 = 39 Ω 2W
R 27 = 39 Ω 2W
R 28 = 4,7 KΩ ¼W
R 29 = 4,7 KΩ ¼W
R 30 = 330 Ω 2W
R 31 = 4,7 KΩ ¼W
R 32 = 47 Ω 5W
R 33 = 68 Ω 5W
R 34 = 4,7 KΩ ¼W
R 35 = 10 Ω ½W
R 36 = 10 Ω ½W
R 39 = 68 Ω 5W
R 40 = 68 Ω 5W
R 44 = 100 KΩ ¼W
R 45 = 12 KΩ ¼W
R 46 = 47 KΩ ¼W
R 47 = 10 KΩ ¼W
R 48 = 8,2 KΩ ¼W
R 49 = 10 KΩ ¼W
R 50 = 1,0 KΩ ¼W
R 51 = 47 Ω ¼W
R 52 = 1,0 KΩ ¼W
R 53 = 22 KΩ ¼W
R 54 = 22 KΩ ¼W
R 55 = 2,2 KΩ ¼W
R 56 = 2,2 KΩ ¼W
R 57 = 22 KΩ ¼W
R 58 = 470 Ω ¼W
R 59 = 10 KΩ ¼W
R 60 = 330 Ω 2W
R 61 = 4,7 KΩ ¼W
R 65 = 6,8 KΩ ¼W
R 72 = 4,7 KΩ ¼W
R 73 = 4,7 KΩ ¼W
R 74 = 4,7 KΩ ¼W
R 80 = 1,0 KΩ ¼W
R 81 = 1,0 KΩ ¼W
R 82 = 4,7 KΩ ¼W
R 83 = 1,0 KΩ ¼W

Rr 1 = 8 x 270 Ω
Rr 2 = 8 x 270 Ω
Rr 3 = 8 x 470 Ω
Rr 4 = 5 x 4,7 KΩ
Rr 5 = 4 x 47 Ω
NTC 1 = 4,7 KΩ ø 5mm
Trim 1 = Timmer PT10 220 KΩ
Trim 2 = Timmer 10 KΩ Multi
D 1 - D 4 = 1N4148
D 5 = 1N5711
D 6 - D 10 = 1N4148
D 11 = 1N4007
D 12 = 1N4007
D 13 = 1N5400
D 14 = 1N4148
D 15 - D 17 = 1N5711
D 18 = 1N4148
D 19 = 1N4007
D 20 = 1N4007
D 21 = not present
D 22 - D 28 = 1N4007
D 29 = 1N5402
D 30 = 1N5402
Dz 1 = Zener 5,1 V ½W
Dz 2 = Zener 5,1 V ½W
Led 1 = Green
Led 2 = Red
Led 3 = Red
Led 4 - Led 10 = Green
Led 11 = Yellow
Led 12 - Led 17 = Green
Led 18 = Yellow
Tr 1 = BF 199
Tr 2 -Tr 4 = BC 547 B
Tr 5 = BC 337-25
Tr 6 = BD 241 BFP
Tr 7 - Tr 8 = SD 1446
Tr 11 = BDX 53 BFP
Tr 12 - Tr 19 = BC 547 B
Scr 1 = P0102
Ic 1 = 74HC14
Ic 2 = 74HC393
Ic 3 = PIC 18F2420
Ic 4 = LM 358
Ic 5 = LM 7805
Ic 6 - Ic 8 = 74HC595
Rl 1 = 4152.9.012
Rl 2 - Rl 8 = 3022.7.012
Fuse 1 = 12 A Fast
Fuse 2 = 12 A Fast
T 2 = Input Transformer
T 4 = Output Transformer
T 7 = ANRA 700/12
L 1 = 10 μH
L 2 = FH002100
L 4 = ANRA883
L 5 = FH002110

L 10 = ANRA958/2
L 11 = ANRA958/1
L 12 = ANRA958/4
L 13 = ANRA958/3
L 14 = ANRA958
L 15 = ANRA958/3
L 16 = ANRA 700/6
L 17 = ANRA 700/5
L 18 = ANRA 700/7
L 19 = ANRA 700/6
L 20 = ANRA 700/10
L 21 = ANRA 700/9
L 22 = 10 μH
L 23 = 10 μH
L 24 = 10 μH
B 1 = Buzzer 12V ARIMB12A12
S 1 - S 3 = Int A12131900
S 4 = Switch 1 way 7 positions

date 30-04-2008 Page 4 di 4