RM KLV 350 Quick start guide

di Marchioni Davide & Daniele s.n.c.
Mod. KLV 350 linear amplifier
Schematic diagram
Via IV Novembre 215/5
Casella postale N° 33
40045 Ponte della Venturina (BO) ITALY
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E-MAIL [email protected]
http://www.rmitaly.com
Costruzioni Elettroniche
Version 2.10
date 18-12-2001 Page 1 di
R8
ANT
C24
C20
Lamp2
C19
L7
W
C26
C22 D4
R6
D5
C25 R7
Lamp1
Fuse
Rlb C23
C36
D13 Ic1
R15
C41
Xtal
C40
Ic2
R17
C2
C1
C43
R18
RTX
D11
R16
D2 R1
C6
C4
D1 C3 C5
S1
D12
Tr2
D10
R14
C42
R13
D14
Tr1
C37 R10
C39
C38 D9
Fan
+
C35
R2
D3
R12
R11
Rl C8
Tr3
C44
S2
Rla
R3
V1
L3
L8
C34 C33
D6
C30
C29
D8
C31
C28
Rlc
C27
S3
T
V2
R4
R9 D7
C32
L4
C18
C21
S4
C13
C10
C45
C7
C9 L2
L1 C11
C12
C15
C14
L5
C16
R5
C17
L6

Mod KLV 350 2.10
date 18-12-2001 Page 2 di 3
C3
C5
D2
C27
Ic2
C23
D5
C24
D4
R8
C25
R7
R6
C1
C2
D10
D1
R14
C4
R1
R2
C7
C29
C28
C30
C31
Tr2
R16
R15
C40
D14
C42
C6
R13
C27
D8
D7
C22
Rl
R18
C15
C16
D6
C33
R10
D9
Tr3
R11
R12
D3
C36
C34
Ic1
C38
Tr1
C43
D11
C37
C39
C41
D12
R17
D13
Xtal
C45
C21
L8
C32
L7
Lamp1
V1
C13
C12
C14
C10
C9
KLV 350 rev.2.0
3
L1
C20
C19
C18
R9
C8 C44
L2
C11
L5
V2
L6

Mod KLV 350 2.10
date 18-12-2001 Page 3 di 3
List of components
C1 = 33 pF 50 V N750
C 2= 8,2 pF 50 V N750
C3 = 4,7 µF 25 V
C 4= 100 nF 50 V
C 5= 47 µF 25 V
C 6= 10 nF 50 V
C 7= 10 nF 50 V
C 8= 10 nF 50 V
C 9= 120 pF 50 V N750
C 10 = 120 pF 50 V N750
C 11 = 100 pF 50 V N750
C12 = 220 pF 500 V N750
C 13 = 100 nF 50 V
C 14 = 220 pF 500 V N750
C 15 = 100 nF 50 V
C 16 = 100 nF 50 V
C 17 = 100 nF 50 V
C 18 = 6,8 nF 1000 V
C 19 = 6,8 nF 1000 V
C 20 = 6,8 nF 1000 V
C 21 = Variable condensator 50 pF
C 22 = 100 pF 500 V N750
C 23 = 2,2 pF 50 V N750
C 24 = 33 pF 50 V N750
C 25 = 100 nF 50 V
C 26 = 100 nF 50 V
C 27 = 470 nF 630V∼polyester
C 28 = 100 µF 450 V
C 29 =
C 30 =
C 31 = 100 µF 450 V
C 32 = 18 nF 1000V polyester
C 33 = 100 nF 50 V
C 34 = 470 µF 25 V
C 35 = 100 nF 50 V
C 36 = 10 nF 50 V
C 37 = 22 µF 16 V
C 38 = 10 nF 50 V
C 39 = 100 nF 63 V polyester
C 40 = 27 pF 50 V NP0
C41 = 27 pF 50 V NP0
C 42 = 10 nF 50 V
C43 = 3,3 pF 50 V NP0
C 44 = 100 nF 50 V
C 45 = 100 nF 50 V
R 1= 1,0 KΩ¼W
R 2= 1,0 KΩ¼W
R 3= 47 Ω5W
R 4= 47 Ω5W
R 5= 47 Ω2W
R 6= Trimmer 220 ΚΩ
R 7= 47 KΩ¼W
R 8= 27 Ω½W
R 9= 470 KΩ2W
R 10 = 47 Ω1W
R 11 = 1,0 KΩ¼W
R 12 = 10 KΩ¼W
R 13 = 1,0 KΩ¼W
R 14 = 56 KΩ¼W
R 15 = 1,0 MΩ¼W
R 16 = 10 KΩ¼W
R 17 = 10 KΩ¼W
R 18 = 100Ω ¼W
D1 = D 2 = D 4 = D 5 = 1N4148
D3 = D 6 = D 9 =1N4004
D7 = D 8 = BY 255
D10 = D 11 = D 12 = D 13 = D 14 = 1N4148
Tr 1 = Tr 2 = BC 547
Tr 3 = BC 327
Xtal = 4,0 MHz
Ic 1 = LM 78L08
Ic 2 = PIC 12C508A
V1 = V 2 = EL 509 - EL 519
L1 = 6 turns φ8 mm wire φ0.8 mm
L2 = 9 turns φ8 mm wire φ0.8 mm
L3 = L 4 = 3 turns wound on resistor, wire φ0.8 mm
L5 = L 6 = 3 turns φ6 mm wire φ0.8 mm
L7 = 9 turns φ13 mm wire φ1.5 mm tap 4ª turns
L8 = RF impedance block
Rl = Relè 12 V 5513
Fuse = 6 A
Lamp 1 = 24 V
Lamp 2 = Meter lamp
S1 = Switch 3A (AM - SSB)
S2 = Switch 3A (ON - St. By)
S3 = Switch 3A (HI - LOW)
S4 = Switch 3A (ON - OFF)
T = Transformator IN 110 OUT 0-250-300V 0-12 V
Fan = Fan 12 V