Drawings_All.pdf
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Text version
A
B
C
D
A
B
C
D
8 7 6 5 4 3 2 1
8 7 6 5 3 14
LTRZONE
REVISIONS
DESCRIPTION DATE APPROVED
- INITIAL RELEASE
CAGE
53711
DWG
NO.
REVSH
18217428 C
V. ANDERSEN
NOTES:
1.
UNLESS OTHERWISE SPECIFIED CAPACITOR VALUES ARE GIVEN IN MICROFARADS.
DRAWN IN ACCORDANCE WITH MIL-DTL-31000.
5.
6.
INTERPRET DRAWING PER ASME Y14.24M-1999.2.
X = NO CONNECTION.
= LOGIC COM,3. = ANALOG GND,
4. ANALOG GND CONNECTS TO LOGIC COM AT PINS 1 AND 3 OF J1.
7.
RESISTOR VALUES ARE GIVEN IN OHMS. UNLESS OTHERWISE SPECIFIED
RESISTORS ARE 5% AND .063W.
USED ON
8217426
REMARKS
DWG
NO.
SCHEMATIC
TITLE
REFERENCE DRAWINGS ENGINEER
NEXT ASSY.
MATERIALS
REF
NO.
APPLICATION
NOT USED
C116, DP9, D32, E40,
J4, JP2, Q3, RN18,
R108, S1, U27, Y1
REFERENCE
HIGHEST
DESIGNATIONS
REFERENCE
DESIGNATIONS
REV
SIZE
821742853711
SCALE:
C
SCHEMATIC
D
CAGE NO.
NONE
DWG NO.
SHEET
LOGIC BOARD
2 PLACE DECIMALS ±
UNLESS OTHERWISE SPECIFIED
FRACTIONS ±
DO NOT SCALE THIS DRAWING
TOLERANCES:
MATERIAL:
3 PLACE DECIMALS ±
ANGLES ±
DIMENSIONS ARE IN INCHES.
N/A
2005JUL01
= POWER COM.
MISO
SCK
MISO
MOSI
SCK
DIGITAL
PLANE
ANALOG
PLANE
CS7
MISO
SCK
CS6
LOGIC COM
LOGIC COM
V MON
I MON
POWER COM
POWER COM
CS2
CS3
MOSI
SCK
CS4
SCK
MOSI
BAT SW
V MON
I MON
CS5
MISO
SCK
POWER COM
DS+ RTN
DS- RTN
DEPARTMENT OF THE NAVY
NAVAL SEA SYSTEMS COMMAND
WASHINGTON, D.C. 20362
APPROVED
APPROVED
CHECKED
DRAWN 2005JUN10W. BARNES
NAVAL UNDERSEA
NEWPORT, R.I. 02841
WARFARE CENTER
CAGE 50225
APPROVED FOR NSSC
D R
A W
N B
Y C
A G
E C
O D
E
L
C
6 127
C
REVISION STATUS OF SHEETS
REV
54 112SHEET 31 10
SHEET 2
ZONE B2
A U4 PIN 18 CONNECTED TO E31,
R31 NOT USED
2006JAN10 J. O'NEAL
B 2006JUN21 J. O'NEALU18 PART NUMBER CHANGED4
A8,B8, B4,B6, C2,D2
C115, D5, D19 & D30 NOT USED,
C 2007SEP27 J. O'NEALC12, C95, R8, R28, R39 & R98
VALUE CHANGE
8217426 6699885 6699951
V. ANDERSEN
J. O'NEAL
2005JUL01
2009JAN26
DISTRIBUTION STATEMENT A. APPROVED FOR
PUBLIC RELEASE; DISTRIBUTION IS UNLIMITED.
CS1
CS3
D1 A11
A17 D5
A1 A2
A4
A11
A20 A21
A6
A8
A21
RP#
D2
A8
D6
A3
A15
A12
D4
A17
D8
A16
D12
D3
A9
A18
A7
A9
D11A22
A19 D9
A5
A7
A13
D13
D10
A10
A12
A4
A22
A14
D0
A0 A1
A18
D14
A13
OE#
A6
A10
D7
A0
A3
A5
A15
WE#
A20
A14
A19
A16
A2
STS
TXD2
CS2
RXD2
C ERR
LCAP
VPP MON
VPP EN
LBAT
D15
D5
D1 D0
D4
D6
D3 D2
D7 D15
D12
D9
D11
D13 D14
D8
D10
CE0
MISO
DA5
DA12
DA1
DA9
DA11
DA4
DA8
DA3
DA6
DA10
DA0
DA2
DA13
DA7
D/A CLK
SCK
OEN
TEL3
TEL4
TEL2
TEL1
RECORD
SYNC
FLGR
D6
D14
D8
D2
D13
D9 D10
D5 D4
D1
D12
D3
D7
D11
D0
D15
DA1
DA13
DA0
DA4
DA10
DA5
DA12
DA3
DA8
DA9
DA6
DA11
DA7
DA2
MOSI
CV CLK
BEN
CEN
CS6
CS7
CLK0
CS5
GATE
SERIAL I/O
TEL 1
TEL 2
TEL 3
TEL 4
RECORD-
RECORD+
5V
S/S
BATTERY MON
SEAWATER SENSE
SEAWATER COM
BATTERY+
DS+
DS-
AGATE
OUTPUT ENABLE
CONV CLK
CONV ENABLE
BIAS ENABLE
CONV I SET
XFMR+
XFMR-
LOW CAP V
LOW BAT
CONV ERROR
CONV RESET
AMP CASE+
AMP CASE-
CS4
CH0+
CH0-
CH1+
CH1-
3.3VAR
TEL 5
REC_PWR
BAT SW
V MON
I MON
V MON
I MON
A
+3.3V
+3.3V
+3.3V
+3.3V
+3.3V
+3.3V
+3.3V
+3.3V +3.3V
+3.3V
+3.3V
+3.3V
A
A
+12VA
+3.3V
+12VA
A
+3.3V
+3.3V
+3.3V
+3.3V
+5V
A
A
A
A
+12VA
+5VA
+3.3V
+3.3V
A
A
A
+3.3V
+5VA
A
A
A
+12VA
3.3VA
3.3VA
+12VA
BAT SW
C33 0.1 50V
C33 0.1 50V
R5 100 .125WR5 100 .125W
.01 C10
25V .01 C10
25V
4.7K
47K
U8
UNR321N
4.7K
47K
U8
UNR321N
C22 .01 25V
C22 .01 25V
C50 10V
C50 10V
JP2JP2
R81 10
1%, .25W
R81 10
1%, .25W
R59 1.20K 1%
R59 1.20K 1%
D5D5
R48
100 .125W
R48
100 .125W
R52 51 .05%R52 51 .05%
R99
10 .125W
R99
10 .125W
D20
1N5305UB
2mA
D20
1N5305UB
2mA
C48 0.1 10V
C48 0.1 10V
E37E37
R63
100 .25W
R63
100 .25W
U24
MAX5383
U24
MAX5383CS
DIN
SCLK
OUT
1V
D D
G
N D
0.1C9 10V 0.1C9 10V
D12
SMAJ5.0A
5.0V
D12
SMAJ5.0A
5.0V
U23A
MMDT2227
U23A
MMDT2227
C14 0.1 10V
C14 0.1 10V
R91
10 .125W
R91
10 .125W
D15
SMAJ15A
15V
D15
SMAJ15A
15V
R64
20.0K 1%
R64
20.0K 1%
E31E31
RN11
4 X 27K 4 X .031W
RN11
4 X 27K 4 X .031W
5 4
J1A
SFM-115-LC
TO CONVERTER/AMP
J1A
SFM-115-LC
TO CONVERTER/AMP
U19
AD5160
U19
AD5160
B
GND
CS
SDI
CLK
VDD
W
A
.01 C12
50V .01 C12
50V
C98 0.1 10V
C98 0.1 10V
C89 4.7 16V
C89 4.7 16V
E30E30
30K
30K
30K
30K
LTC1992-1
U3
30K
30K
30K
30K
LTC1992-1
U3
VMID
+IN
-IN
+VS
+OUT
VOCM
-OUT
-VS
R13 200K 1%
R13 200K 1%
RN4
4 X 33 4 X .031W
RN4
4 X 33 4 X .031W
5 4
RN8
2 X 33
RN8
2 X 33
1 4
C42 10V
C42 10V
R86 24.0 .5%
R86 24.0 .5%
R22 475K 1%
R22 475K 1%
C45 2.2 16V
C45 2.2 16V
C66 0.1 10V
C66 0.1 10V
C71 0.1 10V
C71 0.1 10V
.01 C95
25V .01 C95
25V
R2
R2
R15 100K 1%
R15 100K 1%
D10
PSD03
3.3V
D10
PSD03
3.3V
R47 .125W
R47 .125W
C13 0.1 10V
C13 0.1 10V
E26E26
R10 10 .125WR10 10 .125W
D26
1N4148WS
D26
1N4148WS
R29
R29
C91 0.1 16V
C91 0.1 16V
C38 47pF 50V
C38 47pF 50V
R28
20 .25W
R28
20 .25W
R9 10K R9 10K
C46 0.1 10V
C46 0.1 10V
R54
100 .125W
R54
100 .125W
U5A
XC3S400-4PQ208C
U5A
XC3S400-4PQ208C
MISO
MOSI
65SCK
TEL5
ADC CONV
ADC SDO
REC PWR
SYNC
LBAT
LCAP
C ERR
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A20
A21
A22
D0
DA0
DA1
DA2
DA3
DA4
DA5
DA6
DA7
DA8
DA9
DA10
DA11
DA12
DA13
GCLK5
D/A CLK
GATE
CS1
CS2
CS3
CS4
CS5
CS6
CV CLK
BEN
CEN
FLGR
VPP EN
CS8
57CS7
D1
D2
D3
D4
D5
D6
D7
D8
D9
D10
D11
D12
D13
D14
D15
STS
RP#
WE#
OE#
CE0
VPP MON
TXD2
RXD2
ADC SCK
OEN
TEL1
TEL2
TEL3
TEL4
RECORD
D27
PSD03
3.3V
D27
PSD03
3.3V
E5E5
R70 100 .25WR70 100 .25W
C67 2.2 16V
C67 2.2 16V
C84 0.1 10V
C84 0.1 10V
R55 33R55 33
R100 100 .125WR100 100 .125W
U23B
MMDT2227
U23B
MMDT2227
D13
SMAJ5.0A
5.0V
D13
SMAJ5.0A
5.0V
U15
MAX6350
U15
MAX6350
IC
IN
OUT
NR
TRIM
IC
GND
IC
C25 0.1 50V
C25 0.1 50V
D23
6.2V
MMSZ4691
D23
6.2V
MMSZ4691
D16
SMAJ15A
15V
D16
SMAJ15A
15V
1.0 C30
16V 1.0 C30
16V
R17 20K R17 20K
RN13
2 X 22K
RN13
2 X 22K
1 4
R51 51 .05%R51 51 .05%
C4 0.1 10V
C4 0.1 10V
DP7B
MMBD4448HTW
DP7B
MMBD4448HTW
2 5
Y1
TC-350
Y1
TC-350
OUT
FA
GND
PWR
R84
1K
R84
1K
R44
100 .25W
R44
100 .25W
D4
PSD03
3.3V
D4
PSD03
3.3V
R88
10K .125W
R88
10K .125W
R20 20K R20 20K
D25
B560C
D25
B560C
RN16
2 X 1K
RN16
2 X 1K
3 2
C15 4.7 16V
C15 4.7 16V
D17
SMAJ15A
15V
D17
SMAJ15A
15V
U10
PS2801-1
U10
PS2801-1
D30D30
R80
R80
J4
M55302/61-A30
EXTERNAL CABLE
J4
M55302/61-A30
EXTERNAL CABLE
C18 0.1 10V
C18 0.1 10V
DP7C
MMBD4448HTW
DP7C
MMBD4448HTW
C108 1000pF 50V
C108 1000pF 50V
RN6
4 X 33 4 X .031W
RN6
4 X 33 4 X .031W
1 8
E3E3
C94
3300PF
25V
C94
3300PF
25V
R24
22.1K 1%
R24
22.1K 1%
RN3
2 X 33
RN3
2 X 33
3 2
E18E18
D14
PSD03
3.3V
D14
PSD03
3.3V
R85 24.0 .5%
R85 24.0 .5%
DP7A
MMBD4448HTW
DP7A
MMBD4448HTW
1 6
R19
R19
C73 0.1 10V
C73 0.1 10V
R82
1K
R82
1K
U25
MAX6674
U25
MAX6674
T-
T+
CS
SO
VCC
GND
SCK
N.C.
R34 10
1%, .25W
R34 10
1%, .25W
R62 .125W 1%
R62 .125W 1%
DP4A
BAT54TW
DP4A
BAT54TW
RN12
4 X 27K 4 X .031W
RN12
4 X 27K 4 X .031W
5 4
E4E4
E20E20
D22
1N5305UB
2mA
D22
1N5305UB
2mA
R94 3.9K 1%
R94 3.9K 1%
C90 0.1 16V
C90 0.1 16V
C37 47pF 50V
C37 47pF 50V
U2
MC33761
U2
MC33761
VIN
GND
ON/OFF
VOUT
NC
D19
NOT USED
D19
NOT USED
R72
R72
C39 4.7 50V
C39 4.7 50V
C6 2.2 16V
C6 2.2 16V
R16 22K .25W
R16 22K .25W
R50 100 .25WR50 100 .25W
C20 0.1 10V
C20 0.1 10V
U18
TE28F128J3D-75
U18
TE28F128J3D-75
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A20
DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
VCC
VCC
VCCQ
GND
GND
A22 1 A21
GND
CE0
CE1
WE#
RFU
RP#
BYTE#
A23
STS
OE#
CE2
VPEN
RN17
4 X 100
RN17
4 X 100
1 8
C115
NOT USED
C115
NOT USED
RN14
4 X 1K 4 X 0.1W
RN14
4 X 1K 4 X 0.1W
1 8
C51 4.7 10V
C51 4.7 10V
E35E35
D24
6.2V
MMSZ4691
D24
6.2V
MMSZ4691
R6 100 .125WR6 100 .125W
1000pF
C35
50V1000pF
C35
50V
R43 10
1%, .25W
R43 10
1%, .25W
R83
1K
R83
1K
DP2
SMF3.3
3.3V
DP2
SMF3.3
3.3V
R108
100 .125W
R108
100 .125W
D21
10V
MM3Z10VT1
D21
10V
MM3Z10VT1
E34E34
R73 47K R73 47K
R56 33R56 33
U13
MIC2514
U13
MIC2514
CTL
IN
GND
OUT
DP8
SMF3.3
3.3V
DP8
SMF3.3
3.3V
R21 475K 1%
R21 475K 1%
R58
100 1W
R58
100 1W
E8E8
U22
25LC640
U22
25LC640
CS
VCC
VSS
WP
HOLD
SO
SI
SCK
C96 0.1 16V
C96 0.1 16V
R36
56.2 .5%
R36
56.2 .5%
R60
1.0K 1%
R60
1.0K 1%
D31
SMAJ36A
36V
D31
SMAJ36A
36V
E25E25
R67 51 .05%R67 51 .05%
E2E2
DP1A
BZX84C12S
12V
DP1A
BZX84C12S
12V
U20B
74LVC2G17
U20B
74LVC2G17
RN7
4 X 33 4 X .031W
RN7
4 X 33 4 X .031W
1 8
Q3
MMBT2907A
Q3
MMBT2907A
R18 20K R18 20K
R32
10 .125W
R32
10 .125W
R45
1K
R45
1K
DP5
MMBZ6V8AL
4.5V
DP5
MMBZ6V8AL
4.5V
3.3 C113
25V 3.3 C113
25V
C1 0.1 16V
C1 0.1 16V
C34 1.0 25V
C34 1.0 25V
R79 2.49K 1%
R79 2.49K 1%
R4
100 .125W
R4
100 .125W
C19 0.1 50V
C19 0.1 50V
R66
47 .25W
R66
47 .25W
DP4B
BAT54TW
DP4B
BAT54TW
RN10
4 X 27K 4 X .031W
RN10
4 X 27K 4 X .031W
5 4
E33E33
R11 10 .125WR11 10 .125W
E28E28
E19E19
R30
10K .5W 1%
R30
10K .5W 1%
R23
10K 1%
R23
10K 1%
E17E17
C41 10V
C41 10V
C107 0.1 50V
C107 0.1 50V
R25
22.1K 1%
R25
22.1K 1%
U16
MAX6629
U16
MAX6629
GND
CS
SO
VCC
NC
SCK
C88 0.1 10V
C88 0.1 10V
C7 0.1 10V
C7 0.1 10V
R7 20.0K 1%
R7 20.0K 1%
R69 100 .25WR69 100 .25W
U17
MAX1162
U17
MAX1162
CS
4REF
DGND
DOUT
SCLK
DVDD
AIN
AVDD
A G
N D
A G
N D
U21
MAX4624
U21
MAX4624
DP3
SMF3.3
3.3V
DP3
SMF3.3
3.3V
C23 0.1 10V
C23 0.1 10V
E36E36
E10E10
R107 100 .125WR107 100 .125W
R57
270 .25W
R57
270 .25W
U6
NC7SV17
U6
NC7SV17
2 4
R92
R92
C43 47pF 50V
C43 47pF 50V
R37
10 .125W
R37
10 .125W
Q1
ZXMP4A16G
Q1
ZXMP4A16G
G
DS
RN2
4 X 33 4 X .031W
RN2
4 X 33 4 X .031W
5 4
C92 0.1 16V
C92 0.1 16V
R53 33R53 33
R105 100 .125WR105 100 .125W
D32
B560C
D32
B560C
R40
R40
R106 100 .125WR106 100 .125W
C27 0.1 16V
C27 0.1 16V
E39E39
R103 110K
1% .1W
R103 110K
1% .1W
C21 0.1 10V
C21 0.1 10V
R42 1.0K
.125W 1%
R42 1.0K
.125W 1%
R33 100
.1W .1%
R33 100
.1W .1%
R61 2K R61 2K
J2
43650-0204
BATTERY
J2
43650-0204
BATTERY
R78
100 .125W
R78
100 .125W
R68 51 .05%R68 51 .05%
C5 2.2 16V
C5 2.2 16V
DP1B
BZX84C12S
12V
DP1B
BZX84C12S
12V
C47 4.7 10V
C47 4.7 10V
U4
AD9764ARU
U4
AD9764ARU
DB11
3 DB10
4 DB9
5 DB8
DB7
7 DB6
8 DB5
9 DB4
DB3
11 DB2
12 DB1
13 DB0
CLOCK
DB12
DB13
NC
SLEEP
FS ADJ
DVDD
DCOM
AVDD
ACOM
COMP2
COMP1
IOUTA
IOUTB
REFIO
REFLO
E21E21
D9
SMAJ5.0A
5.0V
D9
SMAJ5.0A
5.0V
DP9
SMF3.3
3.3V
DP9
SMF3.3
3.3V
D2
SMAJ36A
36V
D2
SMAJ36A
36V
U26
74AHCT1G125
U26
74AHCT1G125
U9
MSAU111
U9
MSAU111
+Vin
-Vin
+Vo
-Vo
R46
2K .125W
R46
2K .125W
R104
100 .125W
R104
100 .125W
C68 25V
C68 25V
D7
1N5302UB
1.5mA
D7
1N5302UB
1.5mA
DP4C
BAT54TW
DP4C
BAT54TW
RN9
4 X 27K 4 X .031W
RN9
4 X 27K 4 X .031W
5 4
E29E29
C78 4.7 10V
C78 4.7 10V
3.3 C114
25V 3.3 C114
25V
U20A
74LVC2G17
U20A
74LVC2G17
E27E27
R12
75K 1%
R12
75K 1%
R31
NOT USED
R31
NOT USED
RN5
4 X 33 4 X .031W
RN5
4 X 33 4 X .031W
1 8
U14
LTC1407A-1
U14
LTC1407A-1
CH1+
CH0+
SDO
CH1-
SCK
CH0-
CONV
VDD
VREF
EXPOSED PAD
11GND
C106 1.0 50V
C106 1.0 50V
R87
1M .1W .1%
R87
1M .1W .1%
R71
10 .125W
R71
10 .125W
C87 1.0 16V
C87 1.0 16V
C65 4.7 10V
C65 4.7 10V
R3
10 .125W
R3
10 .125W
R8 0.0 1%
R8 0.0 1%
R65
47 .25W
R65
47 .25W
C24 1.0 16V
C24 1.0 16V
R93
R93
E24E24
E16E16
R101 100 .125WR101 100 .125W
R98
3.9K 1W
R98
3.9K 1W
C62 0.1 10V
C62 0.1 10V
C93 0.1 16V
C93 0.1 16V
C44 47pF 50V
C44 47pF 50V
R102 100 .125WR102 100 .125W
.01 C11
50V .01 C11
50V
R39
R39
R35
R35
RN18
4 X 100
RN18
4 X 100
1 8
C8 .01 25V
C8 .01 25V
D3
43V
SMAJ43CA
D3
43V
SMAJ43CA
R49 100 .25WR49 100 .25W
R41
10 .125W
R41
10 .125W
C
D
A
B
C
D
8 7 6 5 4 3 2 1
8 7 6 5 3 14
LTRZONE
REVISIONS
DESCRIPTION DATE APPROVED
SEE SHEET 1
CAGE
53711
DWG
NO.
REVSH
28217428 C
REV
SIZE
821742853711
SCALE:
CD
CAGE NO.
NONE
DWG NO.
SHEET D
R
A W
N B
Y C
A G
E C
O D
E
L
SCHEMATIC
LOGIC COM
SOFTSTART CIRCUIT
DEPOPULATED
SHEET 1
ZONE B2
3.3VA
DISTRIBUTION STATEMENT A. APPROVED FOR
PUBLIC RELEASE; DISTRIBUTION IS UNLIMITED.
+12V
FPGA_TDI
FPGA_CCLK
FPGA_DONE
M2
FPGA_INITn
M0
HSWAP_EN
TDI
TMS
TDO
TCK
JTAG_TCK
JTAG_TDI
FPGA_TDO
JTAG_TMS
FPGA_D0
FPGA_PROG_B
+12VA
+2.5V
+2.5V+2.5V+2.5V
+2.5V+2.5V
+2.5V
+3.3V
+2.5V
+1.2V
+3.3V
+1.2V
+2.5V
+3.3V
+2.5V
+2.5V
+2.5V
+5V
A
3.3VA
3.3VA
BAT SW
D1
MBRS130LTR
D1
MBRS130LTR
+ C83 6.3V
+ C83 6.3V
C28 4.7 10V
C28 4.7 10V
C70 .01 25V
C70 .01 25V
C58 .01 25V
C58 .01 25V
E9E9
C76 .01 25V
C76 .01 25V
R75 3.32K 1%
R75 3.32K 1%
C54 0.1 10V
C54 0.1 10V
E40E40
C109 47nF 10V
C109 47nF 10V
C100 .01 25V
C100 .01 25V
E11E11
J1B
SFM-115-LC
TO CONVERTER/AMP
J1B
SFM-115-LC
TO CONVERTER/AMP
D18
PSD03
3.3V
D18
PSD03
3.3V
E14E14
E6E6
+ C31 4.7 10V
+ C31 4.7 10V
+ C82 6.3V
+ C82 6.3V
C75 1.0 16V
C75 1.0 16V
C105 1.0 16V
C105 1.0 16V
RN1
4 X 10K 4 X .031W
RN1
4 X 10K 4 X .031W
5 4
C79 6.3V
C79 6.3V
C116 1.0 50V
C116 1.0 50V
+ C49 6.3V
+ C49 6.3V
C26 .01 25V
C26 .01 25V
C85 .01 25V
C85 .01 25V
C101 0.1 10V
C101 0.1 10V
R27 100 .125WR27 100 .125W
C74 .01 25V
C74 .01 25V
R90 3.32K 1%
R90 3.32K 1%
C53 0.1 10V
C53 0.1 10V
E38E38
R97
100 1%
R97
100 1%
C102 .01 25V
C102 .01 25V
E32E32
E1E1
R95 100 .125WR95 100 .125W
E15E15
E7E7
D11
PSD03
3.3V
D11
PSD03
3.3V
R76 3.32K 1%
R76 3.32K 1%
C112 4.7 10V
C112 4.7 10V
C104 1.0 16V
C104 1.0 16V
C3 0.1 50V
C3 0.1 50V
J3
87833-1420
JTAG
J3
87833-1420
JTAG
C29 4.7 16V
C29 4.7 16V
D29
20V
SMAJ20CA
D29
20V
SMAJ20CA
+ C81 6.3V
+ C81 6.3V
C99 .01 25V
C99 .01 25V
C72 0.1 10V
C72 0.1 10V
DP6
SMF3.3
3.3V
DP6
SMF3.3
3.3V
C52 0.1 10V
C52 0.1 10V
C64 1.0 16V
C64 1.0 16V
R77 100K .125W 1%
R77 100K .125W 1%
R14 210K 1%
R14 210K 1%
U5B
XC3S400-4PQ208C
U5B
XC3S400-4PQ208C
TMS
160 TCK
TDI
TDO
VCC0_7
N.C.
N.C.
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
VCCAUX
N.C.
VCC0_7
N.C.
N.C.
VCC0_6
N.C.
VCCAUX
VCC0_6
N.C.
M1
M0
M2
VCC0_5
VCCAUX
VCCINT
VCC0_5
INIT_B
VCC0_4
VCCINT
VCCAUX
DIN
N.C.
N.C.
VCC0_4
DONE
CCLK
N.C.
N.C.
VCC0_3
VCCAUX
N.C.
VCC0_3
N.C.
N.C.
N.C.
VCC0_2
VCCAUX
VCC0_2
N.C.
VCC0_1
VCCAUX
VCCINT
VCC0_1
VCC0_0
N.C.
VCCINT
VCCAUX
VCC0_0
HSWAP_EN
PROG_B
C69 .01 25V
C69 .01 25V
R89 3.32K 1%
R89 3.32K 1%
C97 .01 25V
C97 .01 25V
E22E22
U1
G221RW
U1
G221RW
+Vin
-Vin
+Vo
-Vo
R74 3.32K 1%
R74 3.32K 1%
C103 1.0 16V
C103 1.0 16V
E12E12
Q2 Si2333 Q2 Si2333
3 2
C17 6.3V
C17 6.3V
C2 0.1 16V
C2 0.1 16V
C16 0.1 10V
C16 0.1 10V
C32 1.0 16V
C32 1.0 16V
JP1JP1
D8
PSD03
3.3V
D8
PSD03
3.3V
D28
SMAJ12A
12V
D28
SMAJ12A
12V
C56 0.1 10V
C56 0.1 10V
C59 0.1 10V
C59 0.1 10V
RN15
4 X 100 4 X 0.1W
RN15
4 X 100 4 X 0.1W
1 8
C57 .01 25V
C57 .01 25V
C111 0.1 10V
C111 0.1 10V
+ C36 6.3V
+ C36 6.3V
U11
LP2985-2.5
U11
LP2985-2.5
ON/OFF
VOUT
VIN
BYPASS
G N
D
C61 .01 25V
C61 .01 25V
C63 .01 25V
C63 .01 25V
D6
PSD03
3.3V
D6
PSD03
3.3V
C86 .01 25V
C86 .01 25V
E23E23
U7
XCF02SVO20C
U7
XCF02SVO20C
CE
(DNC)
OE/RESET
CF
TCK
TMS
TDI
CLK
GND
D0
(DNC)
(DNC)
VCCINT
(DNC)
16VCCJ
TDO
CEO
VCCO
(DNC)
(DNC)
E13E13
C110 .22 10V
C110 .22 10V
C40 6.3V
C40 6.3V
C77 0.1 10V
C77 0.1 10V
U27
ZMR500F
U27
ZMR500F
IN
OUT
G N
D
R26 100 .125WR26 100 .125W
ON
S1
BD02
ON
S1
BD02
R38 3.32K 1%
R38 3.32K 1%
U12
TPS76912
U12
TPS76912
IN
OUT
EN
NC/FB
G N
D
R1
10 1W
R1
10 1W
C60 0.1 10V
C60 0.1 10V
C80 0.1 10V
C80 0.1 10V
C55 1.0 16V
C55 1.0 16V
R96 100 .125WR96 100 .125W
C
D
A
B
C
D
8 7 6 5 4 3 2 1
8 7 6 5 3 14
LTRZONE
REVISIONS
DESCRIPTION DATE APPROVED
- INITIAL RELEASE
NOTES:
1.
CAGE
53711
DWG
NO.
REVSH
UNLESS OTHERWISE SPECIFIED CAPACITOR VALUES
ARE GIVEN IN MICROFARADS.
SCHEMATIC
8217431
DRAWN IN ACCORDANCE WITH MIL-DTL-31000.
5.
6.
C
= POWER COMMON.
INTERPRET DRAWING PER ASME Y14.24M-1999.
3.
2.
= SIGNAL COMMON,
2005AUG25
RESISTOR VALUES ARE GIVEN IN OHMS. UNLESS
OTHERWISE SPECIFIED RESISTORS ARE 5% AND .063W.
DWG NO.
3 PLACE DECIMALS ±
REFERENCE
REF
NO.
MATERIALS
NOT USED
ENGINEER
NEXT ASSY.
REFERENCE DRAWINGS
TITLE
MATERIAL:
REMARKS DDWG
NO.
REV
TOLERANCES:
DO NOT SCALE THIS DRAWING
C
SCALE:
USED ON
SHEETNONE
REFERENCE
N/A
UNLESS OTHERWISE SPECIFIED
8217431
DESIGNATIONS FRACTIONS ±
53711
ANGLES ±
CAGE NO.DESIGNATIONS
HIGHEST
APPLICATION
DIMENSIONS ARE IN INCHES.
2 PLACE DECIMALS ±
SIZE
C69, DP3, D23, E26, J4, L5,
P1, Q3, RN3, R71, T1, U21,
XQ1, XU1
CONVERTER/AMPLIFIER BOARD
S2
I2
I1
LBAT
LCAP
CV R
LOGIC COM
+12V
V MON
XFMR SEC+
PWR COM
LOGIC PCB
-55V
+55V
PWR COM
PWR COM
SHIELD
XFMR PRI-
XFMR SEC-
TO XFMR
LOGIC PCB
13. X = NO CONNECTION.
8. U1 RESIDES ON THE HEAT SINK ASSEMBLY. PINS 1 THROUGH 12
CONNECT TO THE PCB USING CAGE JACKS XU1-1 THROUGH
XU1-12. THE CASE CONNECTS TO POWER COMMON USING 20
AWG WIRE CONNECTED TO THE MOUNTING HARDWARE AND J4
PIN 3. CASE CONNECTION TO MOUNTING HOLE D SHOWN FOR
REFERENCE ONLY. THIS CONNECTION IS MADE AT NEXT
ASSEMBLY LEVEL.
7. Q1 RESIDES ON THE HEAT SINK ASSEMBLY. PINS 1 AND 2
CONNECT TO THE PCB USING PIN RECEPTACLES XQ1-1 AND
XQ1-2. THE DRAIN (CASE) CONNECTS TO THE PCB USING 18 AWG
WIRE CONNECTED TO THE MOUNTING HARDWARE AND E21.
R17 RESISTANCE VALUE TO BE DETERMINED AS NEEDED
FOR U21 GAIN ADJUSTMENT.
10.
I2 I1
S
S
CASE
APPROVED
APPROVED
CHECKED
DRAWN W. BARNES
NAVAL UNDERSEA
NEWPORT, R.I. 02841
WARFARE CENTER
CAGE 50225
APPROVED FOR NSSC
DEPARTMENT OF THE NAVY
NAVAL SEA SYSTEMS COMMAND
WASHINGTON, D.C. 20362
8217429
D R
A W
N B
Y C
A G
E C
O D
E
L
6SCHEMATIC
18 AWG JUMPER WIRE CONNECTS E22 TO E23 WHEN R20
IS NOT USED.
OPTIONAL CASE GND WILL BE TIED TO POWER COMMON.
11.
4. SIGNAL COMMON CONNECTS TO POWER COMMON
AT PINS 1 AND 3 OF P1.
12.
BLK
V. ANDERSEN
+3.3V
2005JUN10
A CIRCUIT MODIFICATION 2006JAN03 V. ANDERSEN
B 2006JUL31 V. ANDERSENALL
8 BLK
J4 IS NOT INSTALLED. J4 PIN 3 HOLE USED TO CONNECT U1 TO
POWER COMMON.
9.
C 2007OCT02
C33 AND C34 PART CHANGE
GROUND WIRE CHANGED
C2,C3, C6,C7, D1,D2
V. ANDERSEN
C37 NOT USED, C25, C40,
C58, C60, L1, R28, R46 AND
R47 VALUE CHANGE
V. ANDERSEN 2005AUG25
J. O'NEAL 2009JAN26
6699885 8217429 6699951
DISTRIBUTION STATEMENT A. APPROVED FOR
PUBLIC RELEASE; DISTRIBUTION IS UNLIMITED.
CONV ERROR
LOW CAP V
LOW BAT
C ERR
CONV RESET
S1
CV R
CV CLK
CV EN
XDCR RTN
PING OUT
CV ISCONV I SET
V MON
CONV CLK
XFMR PRI+
BAT SW
BEN
ISEN-
ISEN+
OUTPUT ENABLE
I MON
BIAS ENABLE
CONV ENABLE
AMP CASE+
AMP CASE-
XFMR+
XFMR-
LCAP
LBAT
+55V
+3.3V
+3.3V
+3.3V
+55V
+3.3V
+3.3V
+3.3V
+3.3V
+3.3V
+12V
+3.3V
VB+
+55S
VB-
-55S
+15V
+55V
-55V
-15V
+3.3V
-15V
VB+
+55S -55S
VB-VB+
+55V
-55V
+55S
-55S -15V
+15V
+12V
-15V
+15V
+12V
+15V
+3.3V
4.7 C18
25V 4.7 C18
25V
U9
NC7SZ11
U9
NC7SZ11
E19E19
R32
3W 0.1
.5%
R32
3W 0.1
.5%
0.1 C60
16V 0.1 C60
16V
4.7 C29
100V 4.7 C29
100V
C57 1.0 25V
C57 1.0 25V
D3
1PMT12AT1
12V
D3
1PMT12AT1
12V
U18
MSAU111
U18
MSAU111
+Vin
-Vin
+Vo
-Vo
E14E14
DP3
BAV99
DP3
BAV99
1 2
R17R17
E11E11
0.1 C39
100V 0.1 C39
100V
+ C30 25V
+ C30 25V
0.1 C61
10V 0.1 C61
10V
R20
NOT USED
R20
NOT USED
C41
50V C41
50V
0.1 C50
100V 0.1 C50
100V
T1
1:1.3:1.3 5992986
T1
1:1.3:1.3 5992986
7 6
0.1 C43
50V 0.1 C43
50V
C12 2.2
16V
C12 2.2
16V
C14
NOT USED
C14
NOT USED
R11
R11
1.0 C1
10V 1.0 C1
10V
R6
51 .25W
R6
51 .25W
BB
0.1 C52
10V 0.1 C52
10V
L2 1µHL2 1µH
1 2
- U16
OPA627
- U16
OPA627
7 1 4 5
E22E22
J3
43650-0304
XDCR
J3
43650-0304
XDCR
E3E3
0.1 C38
100V 0.1 C38
100V
R69
1.0K 1%
R69
1.0K 1%
- U8
LT1716
- U8
LT1716
L3
1.2µH
L3
1.2µH
R58 10.0K .5%
R58 10.0K .5%
RN1D
100K
RN1D
100K
4 5
R53
1K .125W
R53
1K .125W
D10
B0520WS
D10
B0520WS
E15E15
U6A
SN74LV132
U6A
SN74LV132
C47
NOT USED
C47
NOT USED
R19
2K 1W
R19
2K 1W
J1
CAPACITOR PCB
SFM-105-L2-S-D-LC
J1
CAPACITOR PCB
SFM-105-L2-S-D-LC
1.0 C17
16V 1.0 C17
16V
R5
100 .125W
R5
100 .125W
J4J4
R4
100 .125W
R4
100 .125W
E5E5
E13E13
E10E10
R15
10 .25W
R15
10 .25W
D17
SMAJ36A
36V
D17
SMAJ36A
36V
E16E16
R61 100 .125WR61 100 .125W
U10
TLP191B
U10
TLP191B
1 6
3 4
0.1 C59
10V 0.1 C59
10V
R37
62.0K .5%
R37
62.0K .5%
2.5V
U14
MAX9051
2.5V
U14
MAX9051
L1
33µH
L1
33µH
1 2
4.7 C10
100V 4.7 C10
100V
C33
50V 0.001
C33
50V 0.001
0.1 C46
100V 0.1 C46
100V
R27
10 .125W
R27
10 .125W
RN2
2 X 1K
RN2
2 X 1K
3 2
.01 C56
16V .01 C56
16V
R25
NOT USED
R25
NOT USED
0.1 C5
50V 0.1 C5
50V
E12E12
3300pF C40
100V 3300pF C40
100V
+ C31 25V
+ C31 25V
0.1 C63
10V 0.1 C63
10V
C3
16V 0.012
C3
16V 0.012
E8E8
R68
R68
4.7 C26
100V 4.7 C26
100V
0.1 C42
50V 0.1 C42
50V
C35
4.7pF 50V
C35
4.7pF 50V
R38
.25W549
R38
.25W549
.01 C53
16V .01 C53
16V
D2
5V
PSD05C
D2
5V
PSD05C
CC
D14
15V
BZT52C15
D14
15V
BZT52C15
R47 .25W 1%
R47 .25W 1%
C22
NOT USED
C22
NOT USED
D8
60V
SMBJ60CA
D8
60V
SMBJ60CA
R60 20.0K 1%
R60 20.0K 1%
C37
NOT USED
C37
NOT USED
R24
2.0K .5%
R24
2.0K .5%
0.1 C54
10V 0.1 C54
10V
U20
PC3H7
U20
PC3H7
C45
50V C45
50V
RN1C
100K
RN1C
100K
3 6
D20
5V
PSD05C
D20
5V
PSD05C
R34 100K .125W 1%
R34 100K .125W 1%
R9
R9
U6B
SN74LV132
U6B
SN74LV132
D11
60V
SMBJ60CA
D11
60V
SMBJ60CA
0.1 C36
50V 0.1 C36
50V
R40
.25W R40
.25W
D5
1N5811
D5
1N5811
1.0 C16
16V 1.0 C16
16V
E26E26
R41 2.80K 1%
R41 2.80K 1%
U2
MIC2514
U2
MIC2514
CTL
IN
GND
OUT
R66
1K
R66
1K
E18E18
E4E4
68pF C6
50V 68pF C6
50V
U11
LM317MKTPR
U11
LM317MKTPR
INOUT
A D
J
R1
1.0 1W
R1
1.0 1W
R2 100 .125WR2 100 .125W
C34
50V 0.001
C34
50V 0.001
3900pF C55
50V 3900pF C55
50V
DP1
SMF3.3
3.3V
DP1
SMF3.3
3.3V
4.7 C8
100V 4.7 C8
100V
C51
NOT USED
C51
NOT USED
D22
SMBJ58A
58V
D22
SMBJ58A
58V
4.7 C19
25V 4.7 C19
25V
R3 100 .125WR3 100 .125W
R48 2.70K .5%
R48 2.70K .5%
E21E21
R16
10 .25W
R16
10 .25W
E24E24
U5
TLP191B
U5
TLP191B
1 6
3 4
0.1 C68
10V 0.1 C68
10V
Q2
IRF3710ZS
Q2
IRF3710ZS
D7
5V
PSD05C
D7
5V
PSD05C
E17E17
R55 10.0K .5%
R55 10.0K .5%
R71
R71
4.7 C28
100V 4.7 C28
100V
U15
INA111BU
U15
INA111BU
V+
-IN
4 RG1
+IN
V-
RG2
REF
VO
FEEDBACK
R57 1%
R57 1%
R22 121
.125W 1%
R22 121
.125W 1%
E7E7
D12
1PMT12AT1
12V
D12
1PMT12AT1
12V
DD
E2E2
R46 2.74K .5W 1%
R46 2.74K .5W 1%
U6D
SN74LV132
U6D
SN74LV132
D15
ES3CB
D15
ES3CB
R42
10.0K .5%
R42
10.0K .5%
0.1 C65
10V 0.1 C65
10V
R30 20.0K 1%
R30 20.0K 1%
C44
50V C44
50V
U7A
SN74LV74A
U7A
SN74LV74A
D
CLK
Q
Q
VCC
P R
C
L R
RN1A
100K
RN1A
100K
1 8
D21
5V
PSD05C
D21
5V
PSD05C
D9
B0520WS
D9
B0520WS
U3
NC7S14
U3
NC7S14
U6C
SN74LV132
U6C
SN74LV132
TFM-115-22-S-D-LC
P/O P1
TFM-115-22-S-D-LC
P/O P1
R65
100 .125W
R65
100 .125W
4.7 C9
100V 4.7 C9
100V
0.1
C32
50V0.1
C32
50V
R23 9.09K
.25W 1%
R23 9.09K
.25W 1%
D23
SMBJ58A
58V
D23
SMBJ58A
58V
L5
22µH
L5
22µH
0.1 C20
50V 0.1 C20
50V
R49
11.3K 1%
R49
11.3K 1%
0.1 C67
50V 0.1 C67
50V
U7B
SN74LV74A
U7B
SN74LV74A
D
CLK
Q
Q
P R
GND
C L
R
R10
52.3K 1%
R10
52.3K 1%
R28 40.2
.125W 1%
R28 40.2
.125W 1%
R44 1.0K
1% .1W
R44 1.0K
1% .1W
0.1 C24
100V 0.1 C24
100V
E6E6
R62 100 .125WR62 100 .125W
R64 100 .125WR64 100 .125W
C48
NOT USED
C48
NOT USED
C64
NOT USED
C64
NOT USED
J2
CAPACITOR PCB
SFM-105-L2-S-D-LC
J2
CAPACITOR PCB
SFM-105-L2-S-D-LC
U19
MSAU111
U19
MSAU111
+Vin
-Vin
+Vo
-Vo
R63 100 .125WR63 100 .125W
D18
SMAJ36A
36V
D18
SMAJ36A
36V
CASE
Q1
IRF130
CASE
Q1
IRF130
0.1 C4
50V 0.1 C4
50V
R33
1K .1W
R33
1K .1W
U17
SC1301A
U17
SC1301A
IN
OUT
VCC
EN
GND
0.1 C69
10V 0.1 C69
10V
R18 .125W
R18 .125W
R14 210K
1% .1W
R14 210K
1% .1W
Q3
IRF3710ZS
Q3
IRF3710ZS
R13 10.0K .5%
R13 10.0K .5%
R50 .125W
R50 .125W
U4
NC7S00
U4
NC7S00
.01 C62
16V .01 C62
16V
4.7 C27
100V 4.7 C27
100V
C58 4.7 25V
C58 4.7 25V R56
.25W 1%
R56 .25W 1%
R36 10K .5W 1%
R36 10K .5W 1%
U13
MAX9140
U13
MAX9140
C15
NOT USED
C15
NOT USED
U21
INA129
U21
INA129
V+
-IN
RG1
+IN
V-
RG2
REF
VO
D13
15V
BZT52C15
D13
15V
BZT52C15
C25 10pF 50V
C25 10pF 50V
R39 1W 1%
R39 1W 1%
R70 47K R70 47K
R35
200 1%
R35
200 1%
C7
50V C7
50V
0.1 C66
10V 0.1 C66
10V
RN1B
100K
RN1B
100K
2 7
D19
5V
PSD05C
D19
5V
PSD05C
C11 2.2
16V
C11 2.2
16V
C13 100pF
100V
C13 100pF
100V
E9E9
TFM-115-22-S-D-LC
P/O P1
TFM-115-22-S-D-LC
P/O P1
D1
PSD03
3.3V
D1
PSD03
3.3V
AA
- U12
LT1716
- U12
LT1716
4.7 C21
50V 4.7 C21
50V
R43 24.0K .5%
R43 24.0K .5%
E23E23
D4
1N5811
D4
1N5811
L4
22µH
L4
22µH
E20E20
R54
1K .125W
R54
1K .125W
D16
5V
PSD05C
D16
5V
PSD05C
RN3
2 X 33
RN3
2 X 33
1 4
R59 10.0K .5%
R59 10.0K .5%
0.1 C23
100V 0.1 C23
100V
R45 1.0K
1% .1W
R45 1.0K
1% .1W
R31 100K .125W 1%
R31 100K .125W 1%
0.1 C2
100V 0.1 C2
100V
E1E1
C49
NOT USED
C49
NOT USED
R21
2K 1W
R21
2K 1W
R52 100K .125W 1%
R52 100K .125W 1%
R26
10 .125W
R26
10 .125W
DP2
SMF3.3
3.3V
DP2
SMF3.3
3.3V
R29 10K R29 10K
PA04
U1
PA04
U1
OUT
ILIM1
+IN
-IN
ILIM2
SLEEP
RC
CC
V+
VB+
VB-
V-
R51 3W
1.0 1%
R51 3W
1.0 1%
E25E25
R12
43.0K .5%
R12
43.0K .5%
D6
5V
PSD05C
D6
5V
PSD05C
R67 1K
.25W 1%
R67 1K
.25W 1%
R8 143K
1% .1W
R8 143K
1% .1W
R7
1K .1W
R7
1K .1W
| 6699949- XMTR SONAR MK84 MOD3 ASSY |
| 20150716 Line 1 8217427A LOGIC PCB |
| 20150716 Line 1 8217426C LOGIC BRD ASSY |
| 20150716 Line 1 8217430A CONV AMPL PCB |
| 20150716 Line 1 8217429C CONV AMPL BRD ASSY |
| 8217428C LOGIC BRD SCH |
| 8217431C CONV AMPL BRD SCH |
File details come from the government source that posted it. Updated .