Daniels Electronics OSR-3H061, Инструкция по эксплуатации

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IM10-OS3AH
Schematics and Illustrations - 29-71.4 MHz FM Synthesizer
19
A
A
B
B
C
C
D
D
E
E
F
F
G
G
H
H
I
I
J
J
K
K
L
L
M
M
N
N
O
O
P
P
1 1
2 2
3 3
4 4
5 5
6 6
7 7
8 8
9 9
1 1
0 0
R29
U10
See U10 Sel Table
MC145191 or
MC145192
See U10 Sel Table
MC145191,
MC145192 or
MC145193
See U10 Sel Table
MC145191,
MC145192 or
MC145193
DESIGNATION OST-3H035
TX 29 - 40 MHz
C23
TRANSMITTER
OST-3H045
TX 39 - 50 MHz
OSR-3H061
TX 50.4 - 71.4 MHz
RECEIVER
L5
C61
C48
C53
C58
C59
L11
C34
C57
L13
150 pF
260 nH *
150 pF
68nF *
56 pF
33 pF
33 pF
56 pF
15pF
27 pF
138 nH *
56 pF
Not Installed
68 pF
100 pF
120 nH
33 pF
120nH
Not Installed
68 pF
68 pF
47 pF
68nF *
56 pF
15pF
33 pF
33 pF
100 pF
100 nH
100 nH
197 nH *
R22 475R 475R Not Installed
* Thru Hole Component
100 nH
100 nH
R29
U10
See U10 Sel Table
MC145191 or
MC145192
See U10 Sel Table
MC145191,
MC145192 or
MC145193
See U10 Sel Table
MC145191,
MC145192 or
MC145193
DESIGNATION OST-3H035
TX 29 - 40 MHz
C23
TRANSMITTER
OST-3H045
TX 39 - 50 MHz
OSR-3H061
TX 50.4 - 71.4 MHz
RECEIVER
L5
C61
C48
C53
C58
C59
L11
C34
C57
L13
150 pF
260 nH *
150 pF
68nF *
56 pF
33 pF
33 pF
56 pF
15pF
138 nH *
56 pF
Not Installed
68 pF
100 pF
120 nH
33 pF
120nH
Not Installed
68 pF
47 pF
68nF *
56 pF
15pF
33 pF
33 pF
100 pF
100 nH
100 nH
197 nH *
R22 475R 475R Not Installed
* Thru Hole Component
100 nH
100 nH
DESIG.
R29
3k92 18k2
MC145193F
MC145191F or
MC145192F
U10 SELECT TABLE
DESIG.
JU7
Installed Not Installed
Saronix TCVCXO
S2045-9.6 MHz
Rakon TCVCXO
IVT210BE
TCXO1 SELECT TABLE
DES LC
COMPONENT LOCATION TABLE
C1 B2
C2 B4
C3 B6
C4 B7
C5 C3
C6 C4
C7 C4
C8 C6
C9 C7
C10 C8
C11 D9
C12 E2
C13 E3
C14 E4
C15 E4
C16 F5
C17 F3
C18 G4
C19 G5
C20 G6
C21 G6
C22 G6
C23 G2
C24 H3
C25 H4
C26 H7
C27 G7
C28 I3
C29 I5
C30 J5
DES LC DES LC DES LC
C31 I6
C32 I2
C33 I2
C34 I2
C35 J3
C36 J3
C37 J6
C38 J6
C39 K6
C40 J3
C41 H2
C42 K2
C43 K2
C44 K3
C45 J6
C46 L3
C47 L4
C48 F3
C49 K6
C50 M2
C51 M2
C52 M3
C53 N2
C54 M3
C55 M3
C56 M4
C57 O3
C58 N3
C59 N3
C61 H3
C62 G3
C63 G3
C64 H3
D1 F2
D2 G2
D3 I3
D4 I1
D5 D8
J1 B7
J2 P3
JU1 G5
JU2 G3
JU3 G3
JU4 H3
JU5 I5
JU6 D6
JU7 E4
JU8 P4
JU9 O4
JU10 O4
L1 B2
L2 B4
L3 B6
L4 F2
L5 H3
L6 G3
L7 I2
L8 K2
L9 M2
L10 M4
L11 N3
L12 J3
L13 N3
LED1 D10
P1 B2
P2 B4
P3 B6
Q1 C3
Q2 C7
Q3 C9
Q4 D8
Q5 I3
R1 B7
R2 B10
R3 C3
R4 C3
R5 C6
R6 C6
R7 C6
R8 C7
R9 C7
R10 D9
DES LC DES LC DES LC
R11 D8
R12 D9
R13 E2
R14 E2
R15 E4
R16 E5
R17 E5
R18 E7
R19 D6
R20 F2
R21 F3
R22 F3
R23 G6
R24 G7
R25 G3
R26 H1
R27 I3
R28 I4
R29 I6
R30 I1
R31 J3
R32 K6
R33 C9
R34 F8
R35 E9
R36 J6
R37 I4
R38 J3
R39 H4
R40 K2
R41 K3
R42 E5
R43 E4
R44 L3
R45 L3
R46 L3
R47 L4
R48 L4
R49 L4
R50 M2
R51 M3
R52 M4
R53 K6
R54 O3
R55 O3
R56 O3
RV1 E5
TCXO1 E4
TP1 D2
TP2 E3
TP3 E4
TP4 L5
U1 B3
U2 B8
U3 B8
U4 B9
U5 B9
U6 D2
U7 D3
U8 D4
U9 G1
U10 H5
U11 J3
U15 M3
U16 M4
TITLE:
DATE:
DWG No.:
BOARD No.:
DWN BY: APRVD:
DWG REV DATE:
REVISED BY:
REV:
DANIELS
ELECTRONICS LTD
TM
VICTORIA BC.
HIGHEST REFERENCE DESIGNATORS
UNUSED REFERENCE DESIGNATORS
OS-3(R/T)-3H 29 - 71.4 MHz BOARD SCHEMATIC DIAGRAM
01-S-01-02
09 FEBRUARY 2003
LARRY JOE
-----
U12 - U14
J2, JU10
-----
TCXO1,TP4
Q5 P3
R56, RV1
L13, LED1
C60
03 50038-03
OSx-3H061 OSx-3H045
OSx-3H035
PRODUCT / FREQUENCY BAND IDENTIFICATION
A
B
COLIN GUNN 24 FEB 97
-----
-----
-----
-----
-----
-----
----- C64
TP4 LOOP CONTROL
SET FOR Å 2.3 VDC
-----
----- -----
A
B
U16
D5
----- -----
UNUSED REFERENCE DESIGNATORS
HIGHEST REFERENCE DESIGNATORS
RF OUTPUT
3.5 dB Pad
LOCK DETECT
OUTPUT
ACTIVATED WHEN
UNLOCKED
NC
NC
NC
MODULATION INPUT
POWER CNTRL
IDÅ10 mA
LOCK DETECT
DATA INPUT
CLK
ENABLE
ACTIVE HIGH
TO ALL +8VA SUPPLY POINTS
EXTERNAL REFERENCE
INPUT (50½)
FREQ CONTROL
TCXO MOD INPUT
+9.5 VDC SUPPLY
TO ALL +5VA SUPPLY POINTS
NC
NC
REFOUT
LD
R
V
VPD
PDOUT
GND
RX
TEST 1
FIN
REFIN
DIN
CLK
ENB
OUTPUTA
OUTPUTB
VDD
TEST 2
VCC
FIN
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
SEL
U10
AGND
AGND
GND
VCNTRL
OUTPUT
VCC
1
4
2
3
TCXO1
AGND
C31
1.0nF
R29
SEL
OUTPUT
SENSE
5VTAP
FB
INPUT
ERROR
SHDN
GND
1
2
6
7 4
3
5
8
U8
LP2951
AGND
+ C15
4.7uF
AGND
R15
10R0
+ C18
47uF
AGND
R16
5K11
R17
5K11
AGND
RV1
5K0
AGND
C16
1.0nF
+ C6
47uF
AGND AGND
C7
10nF
R19
10K0
C14
10nF
AGND
2
1
3
JU1
C19
10nF
+5VA
Z2
AGND
C22
10nF
AGND
C21
10nF
R23
10R0
R24
10R0
+ C27
4.7uF
AGND
+
C20
4.7uF
AGND
+5VA
+5VA
R31
49R9
AGND
AGND
R30
10R0
C36
330pF
AGND
IN OUT
GND
1 3
4 2
U11
MSA-0611
R40
180R
L8
1.5uH
AGND
C43
10nF
AGND
+8VA
C44
330pF
R41
18R2
R44
47R5
R47
47R5
R46
33R2
AGND
C46
330pF
AGND
IN OUT
GND
1 3
4 2
U15
MSA-0611
R50
180R
L9
1.5uH
AGND
C51
10nF
AGND
+8VA
C52
330pF
R45
27R4
C47
330pF
AGND
IN OUT
GND
1 3
4 2
U16
MSA-0611
R51
220R
L10
1.5uH
AGND
C55
10nF
AGND
+8VA
C56
330pF
R48
27R4
R49
33R2
AGND
R52
49R9
AGND
R55
274
AGND
R54
18R2
R56
274
AGND
J2
AGND
2
1
3
D2
MMBV609L
2
1
3
D1
MMBV609L
L4
10uH
R20
10R0
AGND
R25
10R0
L6
10uH
C25
1.0nF
AGND
C23
SEL
L2
10uH
AGND
C2
1.0nF
P2
OUTPUT
SENSE
5VTAP
FB
INPUT
ERROR
SHDN
GND
1
2
6
7 4
3
5
8
U7
LP2951
AGND
+ C13
4.7uF
AGND
L3
10uH
AGND
C3
1.0nF
P3
E
B
C
Q2
BC817
J1
R7
10K0
R6
1K00
R9
1K00
AGND AGND
C4
10nF
C9
10nF
AGND
R1
49R9
AGND
R5
100R
C8
100nF
AGND
+5VA
VCC
OUT
GND
1
2
3
U1
OPL550
VCC
OUT
GND
1
2
3
U2
OPL550
VCC
OUT
GND
1
2
3
U3
OPL550
VCC
OUT
GND
1
2
3
U4
OPL550
AGND
AGND
AGND
+5VA
C10
100nF
AGND
OUTB
OUTA
ENB
CLK
DIN
AGND
AGND
R13
11K8
R14
10K0
AGND
+ C12
4.7uF
AGND
+8VA
AGND
+5VB
C5
100nF
AGND
+5VB
TP1
TP2
TP3
E
B
C
Q1
BC817
AGND
R4
10K0
R3
10K0
OUTPUT
ADJ
GND
NC
VIN
GND
GND
SHDN
8
7
6
5 4
3
2
1
LT1129-IS8
U6
AGND
D4
BYD17J
R26
1R2
AGND
E
B
C
Q4
BC817
R11
10K0
AGND
R18
10K0
+5VA
ENB
CLK
1
2
OP140A
U5
AGND
AGND
E
B
C
BC807
Q3
R2
330R
C37
1.0uF
AGND
+8VA
R28
10R0
+
C29
47uF
AGND AGND
C30
10nF
OUTB
10uH
L1
AGND
1.0nF
C1
P1
AGND
R22
1K00
AGND
20K0
R21
1.0nF
C26
D1
D1
D2
D2
S1
G1
S2
G2
1
2
3
4 5
6
7
8
SI9945DY
U9
AGND
0R00
R39
R8
10K0
+5VA
+5VA
AGND
+
1.0uF
C11
BAS16
D5
10K0
R53
TP4
C38
1.0uF
AGND AGND
DIN
LED1
TLMH3100GS08
AGND
G
S D
Q5
J211
L7
4.7uH
R27
15K0
D3
MMBD701
C40
33pF
C34
SEL
R38
49R9
C28
1.0nF
+8VA
C41
1.0nF
L5
SEL
C24
1-14pF
JU2
SEL
C61
C59
SEL
C53
SEL
L11
SEL
C58
SEL
AGND AGND
SEL
C48
AGND AGND AGND AGND AGND
AGND AGND AGND
AGND
JU4
SEL
L13
SEL
C57
AGND
C17
1.0nF
C62
47pF
C63
22pF
C64
12pF
R32
15K0
1.0uF
C39
2K7
R36
C45
470nF
C49
22nF
L12
4.7uH
C35
3.3pF
+5VA
10R0
R37
JU3
JU10 JU9 JU8
100uF
C32
C33
100uF
C42
4.7uF C50
4.7uF
C54
4.7uF
R10
22K1
22K1
R12
10K0
R34
10K0
R35
1K2
R33
JU6
10K0
R42
10K0
R43
2
3 1
JU5
JU7
OS(R/T)-3H 29-71.4MHZ ANALOG BOARD SCHEMATIC DIAGRAM