hla150-manual rel 200
TRANSCRIPT
di Marchioni Davide & Daniele s.n.c.Mod. HLA 150 linear amplifierSchematic diagram
Via IV Novembre 215/5 Casella postale N° 33
40045 Ponte della Venturina (BO) ITALYTel +39 0534 60460
Fax +39 0534 60463E-MAIL [email protected]
http://www.rmitaly.comCostruzioni Elettroniche
Version 2.00
date 12-02-2003 Page 1 di 4
date 12-02-2003 Page 2 di 4
Mod HLA 150 2.00
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Mod HLA 150 2.00List of componentsC 1 =C 2 = 8,2 pF 50 V NP0C 3 = 15 pF 50 V NP0C 4 = 100 nF 50 VC 5 = 2,2 µF 16 VC 6 = 33 µF 16 VC 7 = 10 nF 50 VC 8 = 10 nF 50 VC 9 = 100 nF 50 VC 10 = 3 - 10 pF Trimmer 50 V NP0C 11 = 100 nF 50 VC 12 = 10 nF 50 VC 13 = 150 pF 50 V NP0C 14 = 100 nF 50 VC 15 = 47 nF 50 VC 16 = 220 pF 500 V NP0C 17 = 47 nF 50 VC 18 = 220 pF 500 V NP0C 19 = 620 + 390 pF 500 V silvered micaC 20 = 100 nF 50 VC 21 = 100 nF 50 VC 22 = 47 pF 1 KV NP0C 23 = 470 pF 50 V N750C 24 = 22 pF 500 V NP0C 25 = 33 pF 500 V NP0C 26 = 150 pF 500 V NP0C 27 = 12 pF 500 V NP0C 28 = 100 pF 500 V NP0C 29 = 47 pF 500 V NP0C 30 = 33 pF 500 V NP0C 31 = 220 pF 500 V NP0C 32 = 15 pF 500 V NP0C 33 = 100 pF 500 V NP0C 34 = 82 pF 500 V NP0C 35 = 82 pF 500 V NP0C 36 = 100 pF 500 V NP0C 37 = 220 pF 500 V NP0C 38 = 56 pF 500 V NP0C 39 = 150 pF 500 V NP0C 40 = 220 pF 500 V NP0C 41 = 100 pF 500 V NP0C 42 = 620 pF 500 V Silvered micaC 43 = 33 pF 500 V NP0C 44 = 220 pF 500 V NP0C 45 = 100 pF 500 V NP0C 46 = 390 pF 500 V Silvered micaC 47 = 150 pF 500 V NP0C 48 = 390 pF 500 V Silvered micaC 49 = 620 pF 500 V Silvered micaC 50 = 82 pF 500 V NP0C 51 = 620 pF 500 V Silvered micaC 52 = 620 pF 500 V Silvered micaC 53 = 390 pF 500 V Silvered micaC 54 = 1600 pF 500 V Silvered micaC 55 = 270 pF 500 V NP0C 56 = 150 pF 500 V NP0
C 57 = 150 pF 500 V NP0C 58 = 620 pF 500 V Silvered micaC 59 = 2,2 pF 50 V NP0C 60 = 33 pF 50 V NP0C 61 = 100 nF 50 VC 62 = 10 nF 50 VC 63 = 100 nF 50 VC 64 = 100 nF 50 VC 65 = 100 nF 50 VC 66 = 10 µF 25 VC 67 = 470 µF 25 VC 68 = 100 nF 50 VC 69 = 470 nF 63 V PolyesterC 70 to C 82 = 100 nF 50 VC 83 = 10 nF 50 VC 84 = 10 nF 63 V PolyesterC 85 = 100 nF 50 VC 86 = 100 nF 50 VC 87 = 27 pF 50 V NP0C 88 = 27 pF 50 V NP0C 89 = 100 nF 50 VC 90 = 22 µF 25 VC 91 = 100 nF 50 VC 92 = 100 nF 50 VC 93 = 100 nF 50 VC 94 = 100 nF 50 VC 95 = 22 µF 25 VC 96 = 100 nF 50 VC 97 = 10 µF 25 VC 98 = 33 µF 16 VC 99 = 4,7 pF 50 V NP0C 100 = 220 nF 50 V MultilayerC 101 = 2 x 470 pF 50 V N750R 1 = 2,2 KΩ ¼WR 2 = 4,7 KΩ ¼WR 3 = 4,7 KΩ ¼WR 4 = 10 KΩ ¼WR 5 = 2,2 KΩ ¼WR 6 = 1,0 KΩ ¼WR 7 = 2,2 KΩ ¼WR 8 = 1,0 Ω ½WR 9 = 1,2 KΩ ¼WR 10 = 1,0 KΩ ¼WR 11 = 33 Ω 5WR 12 = 33 Ω 5WR 13 = 39Ω 2WR 14 = 150 Ω 2WR 15 = 10 Ω ½WR 16 = 68 Ω 5WR 17 = 10 Ω ½WR 18 = 68 Ω 5WR 19 = 47 Ω ¼WR 20 = 1,0 KΩ ¼WR 22 = 1,0 KΩ ¼WR 23 = 390 Ω 2WR 24 = 27 Ω ½W
Mod HLA 150 2.00
date 12-02-2003 Page 4 di 4
R 25 = 56 KΩ ¼WR 26 = 1,0 MΩ ¼WR 27 = 47 KΩ ¼WR 28 = 4,7 KΩ ¼WR 29 = 1,0 KΩ ¼WR 30 = 4,7 KΩ ¼WR 31 = 10 KΩ ¼WR 32 = 4,7 KΩ ¼WR 33 = 4,7 KΩ ¼WR 34 = 4,7 KΩ ¼WR 35 = 4,7 KΩ ¼WR 36 = 4,7 KΩ ¼WR 37 = 4,7 KΩ ¼WR 38 = 4,7 KΩ ¼WR 39 = 1,0 KΩ ¼WR 41 = 10 KΩ ¼WR 42 = 1,0 KΩ ¼WR 43 = 220 Ω ¼WR 44 = 68 Ω 2WR 45 = 68 Ω 2WR 46 = 470 Ω ¼WR 47 = 2,2 KΩ ¼WR 48 =R 49 =R 50 =R 51 = 10 KΩ ¼WB 1 = Buzzer 12V ARIMB12A12Trim 1 = Timmer PT10 10 KΩTrim 2 = Timmer PT10 10 KΩD 1 = 1N4148D 2 = 1N4148D 3 = 1N4148D 4 = 1N4007D 5 = 1N4007D 6 = 1N5400D 7 = 1N4007D 8 = 1N5400D 9 = 1N5400D 10 - D 22 = 1N4148D 23 = 1N4007D 24 = 1N4007D 25 - D 29 = 1N4148Dz 1 = Zener 7,5 V ½WFuse 1 = 12 A FastFuse 2 = 12 A FastIc 1 = LM 7805Ic 2 = 74HC4020Ic 3 = Micro RM2Tr 1 = BC 547 BTr 2 = BC 557 BTr 3 = BC 547 BTr 4 - Tr 5 = SD 1446Tr 6 = BD 241Tr 7 - Tr 14 = BC 547 BTr 15 = BC 327Tr 16 =Tr 17 = BC 547 B
Tr 18 = BD 241 BFPXt 1 = Xtal 11.059 MHzScr 1 = P0102Rl 1 = 3022Rl 2 = 4152Rl 3 - Rl 8 = 3022T 1 = Input TransformerT 2 = Output TransformerT 3 = ANRA 700/12L 1 = ANRA 455L 2 = FH002110L 3 = FH002100L 4 = ANRA 700L 5 = ANRA 700/1L 6 = ANRA 700/1L 7 = ANRA 700/2L 8 = ANRA 700/2L 9 = ANRA 700/3L 10 = ANRA 700/5L 11 = ANRA 700/6L 12 = ANRA 700/7L 13 = ANRA 700/8L 14 = ANRA 700/9L 15 = ANRA 700/10Conn 1 = CQQ/A2/6,3
Board AC 1 = 10 nF 50 VC 2 = 10 µF 16 VC 3 = 10 nF 50 VC 4 = 10 nF 50 VC 5 = 4,7 µF 16 VC 6 = 10 nF 50 VC 7 = 10 µF 16 VC 8 = 10 nF 50 VC 9 = 10 nF 50 VR 1 = 1,0 KΩ ¼WR 2 = 1,0 KΩ ¼WR 3 = 1,0 KΩ ¼WR 4 = 10 KΩ ¼WR 5 = 22 KΩ ¼WR 6 = 470 Ω ¼WR 7 = 1,0 KΩ ¼WIc 1 = KA2288Led 1 - Led 11 = LED
Boar BS 1 = Switch 1 way 7 positionsRr 1 = Resistor networks 7 x 220 ΩLed 1 - Led 7 = LED