AQR

Amplitude Setting Unit SingleTechnical Manual

BRUKER

Version

001

The information in this manual may be altered without notice.

BRUKER accepts no responsibility for actions taken as a resultof use of this manual. BRUKER accepts no liability for any mis-takes contained in the manual, leading to coincidental damage,whether during installation or operation of the instrument. Un-authorised reproduction of manual contents, without writtenpermission from the publishers, or translation into another lan-guage, either in full or in part, is forbidden.

This manual was written by

BARTHÉLÉMY Philippe

© October 29, 1998: Bruker SA

Wissembourg, France

Manual P/N: Z31485DWG-Nr: 1187001

Contents

Contents ............................................................... 3

Index ..................................................................... 5

1 ASU Single Channel ............................................... 7

2 Interface .................................................................112.1 Inputs / Ouputs Connectors ............................................... 17

3 MMA Unit............................................................... 19

4 Specifications ....................................................... 334.1 Characteristics of Amplitude Setting Unit Single Channel ... 33

RF specifications ...........................................................33Amplitude control ...........................................................33Safety switch .................................................................33Dynamics .......................................................................34Phase shift ....................................................................34Isolation (SPENAB CMD), (MOD & MULT at max. level) .34Output noise level ..........................................................34Switching time ...............................................................34DC requirements ............................................................34Operating temperature ...................................................35

Figures ................................................................ 37

Tables .................................................................. 39

Technical Manual Version 001 BRUKER 3 (41)

Contents

4 (41) BRUKER Technical Manual Version 001

Index

W

W4B132115 B ....................................................................................................... 9W4B132129 B ..................................................................................................... 20W4D132104 ........................................................................................................ 14W4L131102 B ..................................................................................................... 31W4L131509 B ..................................................................................................... 27W4L131510 B ..................................................................................................... 22W4L132131 B ....................................................................................................... 8W4L132197......................................................................................................... 13W4S131509 B ..................................................................................................... 26W4S131510 B ..................................................................................................... 21W4S132081 ........................................................................................................ 30W4S132197 ........................................................................................................ 12W4W132130 B .................................................................................................... 10

Technical Manual Version 001 BRUKER 5 (41)

Index

6 (41) BRUKER Technical Manual Version 001

1ASU Single Channel1

Technical Manual Version 001 BRUKER 7 (41)

Figure 1.1. Amplitude Setting Unit Single Channel Location

8 7 6 5 4 3 2 1

A

B

C

D

12345678

D

C

B

A

ASUS

AO1

-8V

+8V

+5V

AI1

AQRECL03

AMPLITUDE SETTING UNIT SINGLEFRONT PANEL DESIGN

ART: W1345128 EC: 03 DRAWN:DATE:

APPROV:DATE:

DWG:

DW06/10/98

W4L132131

29/10/98PHB

VISA:

VISA:

SHEET:B 1/1

8 (41) BRUKER Technical Manual Version 001

Figure 1.2. Amplitude Setting Unit Single Channel Block Diagram

8 7 6 5 4 3 2 1

A

B

C

D

12345678

D

C

B

A

AI1 CUBICAL

+ -

MODULATION

SQUARE

+

MULTIPLICATION

-

ATTENUATOR

ATTENUATION

20db 40db

AO1

SPFMULSPFMOD

SCSICONNECTOR INTERFACE SUPPLY

CONNECTOR

AMPLITUDE SETTING UNIT SINGLERF BLOCK DIAGRAM

ART: W1345128 EC: 03 DRAWN:DATE:

APPROV:DATE:

DWG:

DW06/10/98

W4B132115

29/10/98PHB

VISA:

VISA:

SHEET:B 1/1

MULTIPLICATIONMODULATION

Technical Manual Version 001 BRUKER 9 (41)

Figure 1.3. Amplitude Setting Unit Single Channel Wiring Diagram

8 7 6 5 4 3 2 1

A

B

C

D

12345678

D

C

B

A

FRONT PANELP/N:W1342135 TP11

AT40

TP19 TP24 TP12

-8V AT20+5V

TP28 TP18 TP1 TP5

-8V+8V MUL+MUL-

TP9

SPFMUL

REAR PANELON FRAME

P/N:W1342136

J3RFMOD

J2RFMOD

TP27

+8V

TP17

-8V

P/N:W1345134

MMA UNIT

TP2TP6TP10

SPFMOD MOD+ MOD-

J1RFLOT

P1

J4RFMMA

TP23

+5V

A01

AI1

-8V

J1SCSI 50 PIN

CONNECTOR

+5V

+8V

INTERFACEP/N:W1346151

J2

CONNECTORDIN 48 PIN

AMPLITUDE SETTING UNIT SINGLE

ART: W1345128

RF WIRING DIAGRAM

EC: 03 DRAWN:DATE:

APPROV:DATE:

DWG:

DW06/10/98

W4W132130

29/10/98PHB

VISA:

VISA:

SHEET: 1/1B

10 (41) BRUKER Technical Manual Version 001

2Interface 2

Technical Manual Version 001 BRUKER 11 (41)

Figure 2.1. Interface Schematic

8 7 6 5 4 3 2 1

A

B

C

D

12345678

D

C

B

A

+5V+5V

U1

SPFMUL1

CE122UF35V

TP9

TP10

C1100NF

+5V

2 3 4 5 6

1RS3

4.7K

+5V

2 3 4 5 6

1RS24.7K

+5V

2 3 4 5 6

1RS14.7K

TP1

TP2

TP3

2 3 4 5 6 7 8 91011121314151617181920212223242526272829303132333435

1

363738394041424344454647484950

J1SCSI

MULF1-

MODF1-AT20F1AT40F1BLKF1SPFF1OBSF1

MULF2-

MODF2-AT20F2AT40F2BLKF2SPFF2OBSF2EPTUNE ONOBSF3OBSF4

MULF1+

MODF1+

TP4

TP5

TP6

+5V

I/O16

IN35

IN24

IN13

CLK12

VCC1

VCC44

IN1243

IN1142

IN1041

I/O2440

I/O2

7

I/O3

8

I/O4

9

I/O5

10

I/O6

11

I/O7

12

I/O8

13

I/O9

14

I/O10

15

I/O11

16

I/O12 18

IN4 19

IN5 20

IN6 21

GND 22

GND 23

CLK2 24

IN7 25

IN8 26

IN9 27

I/O13 28

I/O23

38

I/O22

37

I/O21

36

I/O20

35

I/O19

34

I/O18

33

I/O17

32

I/O16

31

I/O15

30

I/O14

29

U1EP910LC-40

ASU03/01

SPFMOD1

AT40FM1

AT20FM1

TP11

TP12

SPFMUL2

AT20FM2

AT40FM2

SPFMOD2

TP13

TP14

TP15

TP16

R10

TP7

TP8

2 3 4 5 6 7 8 910111213141516

1

J2A

MULF2+

MODF2+

181920212223242526272829303132

17

J2B

2A 3A 4A

11A12A13A14A15A16A

10A

1A

5A 6A 7A 8A 9A

+15V

-15V

+5V

SPENAB

A2

SDA

-8V

TP17F1

TP18F1

TP19F1

TP20F2

TP21F2

TP22F2

+5V

TP23F1

TP24F1

TP25F2

TP26F2

+8V

TP27F1

TP28F1

TP29F2

TP30F2

TP32F2

TP31F1

+5V +5V +5V

LD1+5V

R1161.9

R1015

+5V

3X1N4148

D2 D3

C210NF

+5V

+5V

D1

R222.1K R6

10K

+15V

-15V

+5V

A1

343536373839404142434445464748

33

J2C

10B11B12B13B14B15B16B

2B 1B

3B 4B 5B 6B 7B 8B 9B

1C

10C11C12C13C14C15C16C

2C 3C 4C 5C 6C 7C 8C 9C

+15V

-15V

+5V

A0

EP

SCL

SDA

SCL

+5V

R322.1K

R4182

R5182

+5V

A0 1A12A2 3SCL

6

WP7

SDA5

VCC8

GND 4

U2X24022

3X22.1K

R9R8R7

A0A1A2

-8V

C4100NF

CE510UF16V

DZ23.9V

LD3-8V

R1568.1

-15V

CE422UF20V

VI1 VO 2GND

3

U4MC7908CT

-8V

+8V

CE310UF16V

LD2+8V

C3100NF

+15V

CE222UF20V

VI1 VO 2GND

3

U3MC7808CT

+8V

DZ13.9V R12

68.1

R1368.1

R1468.1

ART: W1346151

AMPLITUDE SETTING UNITGENERAL INTERFACE BOARD

EC: 00 DRAWN:DATE:

APPROV:DATE:

DWG:

DW

W4S132197

22/10/98

PHB29/10/98

R1668.1

R1768.1

VISA:

VISA:

SHEET: 1/1

12 (41) BRUKER Technical Manual Version 001

12345678

Te

Figure 2.2.

Interface Location

2 1

A

B

C

D

VISA:

VISA:

SHEET: 1/1

S.a.d.i.s

SPECTROSPIN

TP28

TP24

TP19

TP18

TP12

TP11

TP9

TP5

TP1

chn

ical Man

ual V

ersion

001B

RU

KE

R13 (41)

8 7 6 5 4 3

D

C

B

A ART:

ASU

W1346151 DRAWN:DATE:

APPROV:DATE:

DWG:

EC: DW22/10/98

W4L132197

29/10/98PHB

GENERAL BOARD

CI : W4P132749A

W4P132749A

GND

J1

U2

A

J2

U3 U4

U1

RS1RS2

RS

3

R15R17

R16

R1

2R

14R

13

R10

R11

C1

R1

R7

R8

R9

R6C2

R4R5

R2

R3

C3

C4

CE3 CE5

DZ

2

D3

D2

D1

DZ

1

CE2 CE4

TP31

TP32

CE1

LD1LD3

LD2

TP30

TP29

TP27

TP26

TP25

TP23

TP22

TP21

TP20

TP17

TP16

TP15

TP14

TP13

TP10TP8

TP7

TP6

TP4

TP3

TP2

+

+

+

+

Figure 2.3. PAL ASU03/01 Logical Program

8 7 6 5 4 3 2 1

A

B

C

D

12345678

D

C

B

A

TUNE ONEP

BLKLO

F1>LOF2>LO

F12/F34F4>LOF3>LO

OBSF4OBSF3

VCC

SPFF2BLKF2AT40F2

OBSF2

VCC

I/O1

6

IN3

5

IN2

4

IN1

3

CLK1

2

VCC

1

VCC

44

IN12

43

IN11

42

IN10

41

I/O24

40

I/O2 7

I/O3 8

I/O4 9

I/O5 10

I/O6 11

I/O7 12

I/O8 13

I/O9 14

I/O10 15

I/O11 16

I/O12

18

IN4

19

IN5

20

IN6

21

GND

22

GND

23

CLK2

24

IN7

25

IN8

26

IN9

27

I/O13

28

I/O23 38

I/O22 37

I/O21 36

I/O20 35

I/O19 34

I/O18 33

I/O17 32

I/O16 31

I/O15 30

I/O14 29

EPLD910LC40

ASU03/0117/10/94

OBSF1AT20F2

SPFF1BLKF1AT40F1AT20F1SPENABSPFMUL1SPFMOD1AT40FM1

AT20FM1 SPFMUL2

SPFMOD2

AT20FM2AT40FM2

TUNEC

38

37

36

F1>LO

F2>LO

F3>LO

AND2

NAND2

NAND2

AND2

AND2

NOT

NOT

NOT

NOT

43

8

3

EP

OBSF1

OBSF2

OBSF3

OBSF4

41

40

NOT

AND2

AND2

AND2

NAND2

AND2

NOT

AND2

AND2

NAND2

35

34

33BLKLO

F4>LO

F12/F34

16

18

AT40FM1

AT20FM1

TUNEC32

NOR2

NOR2

NOT

NOT

11

12

42

AT20F1

AT40F1

TUNE ON

BLKF2

AT20F2

AT40F2

BLKF1

5

6

7

10

NOT

NOT

NOR2

NOR2

30

31

AT40FM2

AT20FM2

SPFMOD229

SPFMUL1

SPFMOD1

14

15

OR2

OR2

OR2

9

4

13

SPFF2

SPFF1

SPENAB

ART: W1356607

ASU03/01PAL ASU INTERFACE

OR2

EC: 01 DRAWN:DATE:

APPROV:DATE:

DWG:

DW17/10/94

W4D132104

17/10/94PHB

SPFMUL228

VISA:

VISA:

SHEET: 1/1

S.a.d.i.s

SPECTROSPIN

14 (41) BRUKER Technical Manual Version 001

Value Table

+-- Value Tab Head ----------------------------------------------------------+¦ Part:W1346151 Drawing:W4S132197 Copy In Part: Draw: ¦¦ Desc:AQR ASU CIRCUIT INTERFACE ECL:0 Modified:22/10/98 By:DW ¦+-- Value Tab ---------------------------------------------------------------+¦ Pos. Component Local Description ¦¦ C1 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C2 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C3 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C4 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ CE1 10017 COND CHIMI RAD 22U 35V 6.3X7 ¦¦ CE2 51557 COND CMS TANTAL 22U 20V 20% ¦¦ CE3 51559 COND CMS TANTAL 10U 16V 20% ¦¦ CE4 51557 COND CMS TANTAL 22U 20V 20% ¦¦ CE5 51559 COND CMS TANTAL 10U 16V 20% ¦¦ CI1 W1348018 CI ASU2/LOT CIRCUIT INTERFACE ¦¦ D1 2967 DIODE 1N4148 ¦¦ D2 2967 DIODE 1N4148 ¦¦ D3 2967 DIODE 1N4148 ¦¦ DZ1 34639 DIODE Z BZX55C 3.9V 500MW ¦¦ DZ2 34639 DIODE Z BZX55C 3.9V 500MW ¦¦ ICSU1 15771 IC SUPPORT PLCC44 ¦¦ J1 59837 CN F 50 C PRT SCSI/1.27 ¦¦ J2 22744 CN M 48 C PRT DIN41612-C/2 ¦¦ LD1 21866 OPTO LED 3MM C PRT BOI VR R2.5 ¦¦ LD2 21866 OPTO LED 3MM C PRT BOI VR R2.5 ¦¦ LD3 21866 OPTO LED 3MM C PRT BOI VR R2.5 ¦¦ R1 21352 RES CMS 0 1% 0.25W 1206 ¦¦ R2 21327 RES CMS 22.1K 1% 0.25W 1206 ¦¦ R3 21327 RES CMS 22.1K 1% 0.25W 1206 ¦¦ R4 20727 RES CMS 182 1% 0.25W 1206 ¦¦ R5 20727 RES CMS 182 1% 0.25W 1206 ¦¦ R6 20750 RES CMS 10K 1% 0.25W 1206 ¦¦ R7 21327 RES CMS 22.1K 1% 0.25W 1206 ¦¦ R8 21327 RES CMS 22.1K 1% 0.25W 1206 ¦¦ R9 21327 RES CMS 22.1K 1% 0.25W 1206 ¦¦ R10 20713 RES CMS 15 1% 0.25W 1206 ¦¦ R11 8853 RES CMS 61.9 1% 0.25W 1206 ¦¦ R12 20721 RES CMS 68.1 1% 0.25W 1206 ¦¦ R13 20721 RES CMS 68.1 1% 0.25W 1206 ¦¦ R14 20721 RES CMS 68.1 1% 0.25W 1206 ¦¦ R15 20721 RES CMS 68.1 1% 0.25W 1206 ¦¦ R16 20721 RES CMS 68.1 1% 0.25W 1206 ¦¦ R17 20721 RES CMS 68.1 1% 0.25W 1206 ¦¦ RS1 9818 RES RES 4.7KX5 2% SIL6 ¦¦ RS2 9818 RES RES 4.7KX5 2% SIL6 ¦¦ RS3 9818 RES RES 4.7KX5 2% SIL6 ¦¦ TP1 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP2 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP3 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP4 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP5 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP6 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP7 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP8 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP9 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP10 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP11 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP12 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP13 35779 ACCBL LANGUETTE PL 2.8 PRT ¦

Technical Manual Version 001 BRUKER 15 (41)

Interface

+-- Value Tab Head ----------------------------------------------------------+¦ Part:W1346151 Drawing:W4S132197 Copy In Part: Draw: ¦¦ Desc:AQR ASU CIRCUIT INTERFACE ECL:0 Modified:22/10/98 By:DW ¦+-- Value Tab ---------------------------------------------------------------+¦ Pos. Component Local Description ¦¦ TP14 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP15 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP16 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP17 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP18 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP19 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP20 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP21 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP22 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP23 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP24 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP25 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP26 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP27 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP28 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP29 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP30 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP31 59995 ACCBL PICOT FOURCHE D1.1MM ¦¦ TP32 59995 ACCBL PICOT FOURCHE D1.1MM ¦¦ TP3 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP4 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP5 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP6 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP7 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP8 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ TP9 35779 ACCBL LANGUETTE PL 2.8 PRT ¦¦ U1 W1356607 IC 910/ASU CIRCUIT INTERFACE ¦¦ U2 22952 IC 24022/E2PR X24022S8 SO8 ¦¦ U3 4978 IC 7808/VREG MC7808CT TO220 ¦¦ U4 12156 IC 7908/VREG MC7908CT TO220 ¦+------------------------------------------------------------------------------+

16 (41) BRUKER Technical Manual Version 001

Inputs / Ouputs Connectors

Inputs / Ouputs Connectors 2.1

Table 2.1. Front Panel Connector J1

Pins Descriptions Pins Descriptions

01 NC 26 NC

02 NC 27 NC

03 NC 28 NC

04 AGND 29 AGND

05 MULF1- 30 MULF1+

06 AGND 31 AGND

07 MODF1- 32 MODF1+

08 AT20F1 33 DGND

09 AT40F1 34 DGND

10 BLKF1 35 DGND

11 SPFF1 36 DGND

12 OBSF1 37 DGND

13 AGND 38 AGND

14 MULF2- 39 MULF2+

15 AGND 40 AGND

16 MODF2- 41 MODF2+

17 AT20F2 42 DGND

18 AT40F2 43 DGND

19 BLKF2 44 DGND

20 SPFF2 45 DGND

21 OBSF2 46 DGND

22 NC 47 DGND

23 TUNE ON 48 DGND

24 NC 49 DGND

25 NC 50 DGND

Technical Manual Version 001 BRUKER 17 (41)

Interface

Table 2.2. Rear Panel Connector J2

Pins Descriptions Pins Descriptions Pins Descriptions

1A NC 1B NC 1C NC

2A NC 2B NC 2C NC

3A Adresse 1 3B Adresse 2 3C Adresse 3

4A NC 4B NC 4C NC

5A NC 5B NC 5C NC

6A SDA 6B NC 6C SCL

7A NC 7B NC 7C I2CGND

8A NC 8B NC 8C EP

9A SPENAB 9B SPENABGND 9C EPGND

10A +5V 10B +5V 10C +5V

11A GND 11B GND 11C GND

12A NC 12B NC 12C NC

13A NC 13B NC 13C NC

14A +15V 14B +15V 14C +15V

15A GND 15B GND 15C GND

16A -15V 16B -15V 16C -15V

18 (41) BRUKER Technical Manual Version 001

3MMA Unit 3

Technical Manual Version 001 BRUKER 19 (41)

12345678

20 (4

2 1

A

B

C

D

LF

OD

OD

V

VISA:

VISA:

B SHEET: 1/1

Figure 3.1.

Modulation, M

ultiplication & A

ttenuator Block D

iagram

1)B

RU

KE

RT

echn

ical Man

ual V

ersion

001

-8V

8 7 6 5 4 3

D

C

B

A

AT40 -8V AT20-5V -8V+8V MUSP

MUL- MUL+

RFMSQUARERFMUL RFMULMULTIPLICATION

ATTENUATORP/N:W1301948

RFMMAOUTAO

AI RFLOTIN RFM

CUBICAL

P/N:W1301915

+5V SPFMOD

MOD-MOD+ +8

ART:

AMPLITUDE SETTING UNITMMA RF BLOCK DIAGRAM

W1345134 DRAWN:DATE:

APPROV:DATE:

DWG:

EC: 03 DW09/10/98

W4B132129

PHB29/10/98

MODULATION

P/N:W1301914

12

Te

345678

Figure 3.2.

Modulation S

chematic

2 1

A

B

C

D

+8V

F1+8V+8V

F3+5V+5V

CE122UF20V

CE222UF20V

L610UH

+8V

C39100NF

R1961.9

1

2

3

6

5

4

TR2CT-01

A3RAM-7

A4MAV11

R21150

C3210NF

C3010NF

C31100NF

L31.5UH

CX8

ST2RF OUT

R24221

R25221

R2324.3

R2275C33

100NF

C364.7PF

C341NF

L41.5UH

-8V F2-8V

CE322UF20V

RX6 CX6

R2061.9

C2710NF

01915

TTING UNITLATION

DRAWN:DATE:

APPROV:DATE:

DWG:

EC: DW07/03/95

03

W4S131510

07/03/95PHB

VISA:

VISA:

SHEET: 1/1B

S.a.d.i.s

SPECTROSPIN

chn

ical Man

ual V

ersion

001B

RU

KE

R21 (41)

8 7 6 5 4 3

D

C

B

A

+8V

+8VR15100

C17100NF

C22100NF

C21100NF

L11.5UH

CX4

+8V

+8V

R31200

R851.1

R6100

R10150

C40100PF

C9100NF

C8100NF

C38100NF

L512NH

+8V RX4

R48150C58

100NF

+8V

+8V

R42100

R45100

C48100NF

C47100NF

C53100NF

CX1RX1

R3510

R3451.1

R38100

C441NF

C431NF

L712NH

1 2 3 4 5

6 7 8

SW1NE630D

+5V

C61100NF

C421PF

C631NF

ST1RF IN

CP1SPFMOD

R33332

R3247

C4510NF

C6410NF

C6227PF

RX2 CX2

1

2

3

6

5

4

TR3CT-01

X1 7X2 8

Y2 2Y1 1

W1 5W2 4

+VS 6

-VS 3

IC3AD834JR

R36562

R37100C46

2.2PF

1

2

3

6

5

4

TR4CT-01

R44100

R46150

R47150

C5010NF

C4910NF

C551NF

C561NF

C571NF

A5RAM-7

1

2

3

6

5

4

TR1CT-01

CX3 RX3 RX5

CX7

C601NF

L81.5UH

CX5

X1 7X2 8

Y2 2Y1 1

W1 5W2 4

+VS 6

-VS 3

IC1AD834JR

A2RAM-7

A1RAM-7

R951.1

R5150

C1110NF

C1010NF

C161NF

C151NF

X1 7

X2 8

Y2 2Y1 1

W1 5

W24

+VS6

-VS 3

IC2AD834JR

R13562

R14562

R12200

R1861.9

C41100PF

C2310NF

C2810NF

C191NF

C201NF

L21.5UH

-8V

+8V

R1761.9

R1682.5

C2410NF

C2910NF

C18100NF

C25100NF

C26100NF

-8V

+8V

R782.5

R11150

C1410NF

C12100NF

C13100NF

-8V

+8V

R29200

R30200

R4382.5

C5410NF

C51100NF

C52100NF

R28150

CP2MOD+

CP3MOD-

R39392

R41392R26

22.1

R2722.1

R40130

ART: W13

AMPLITUDE SECUBICAL MODU

12345678

22 (4

Figure 3.3.

Modulation Location

2 1

A

B

C

D

VISA:

VISA:

B SHEET: 1/1

S.a.d.i.s

SPECTROSPIN

1)B

RU

KE

RT

echn

ical Man

ual V

ersion

001

8 7 6 5 4 3

D

C

B

A ART:

ASU

W1301915 DRAWN:DATE:

APPROV:DATE:

DWG:

EC: RC23/03/95

W4L131510

23/03/95PHB

CUBICAL MODULATION

CI : W4P131510B

L7 L5

R20

R19

R18 R17

R9

R8

R31

R4

6

R11

R1

0

R5

C54

C27 C

24

C23C14

C11

C10

C41

C40

C53

C52C5

1C

48

C39

C38

C21

C1

8C

17

C13

R4

5R

44

R38

R3

7

R15

CE

2

L4

L3

L2

L1

W4P131510B BOTTOM SIDE

TR1

TR2

TR3

TR4

ST

2

ST1

L6

L8

CE

1

CE3

IC1IC2

IC3

SW1

A4

RX6

RX5

RX

4 RX3

RX2

RX1

F3CP1CP2

CP3F2F1R

35R6

R4

2

C8

C9

C12

C22

C25

C26

C3

1C

33 C47

C58 C61

C2

8

C2

9

C30C32

C45C

49C

50

C64

R40

R21

R47

R48

R28

R12

R29

R3

0 R26

R27

R24

R25

R23

R33

R39

R41

R32

R3

4

R13

R1

4

R36

R22

R7R16

R43

C15

C16

C19

C20

C34 C

43

C44

C55

C56C57

C60

C63

C42

C46

C62

C36

CX1

CX2

CX3

CX

4

CX5

CX6

CX

7

CX8

A5

A3

A2

A1

+

+

+

Value Table

+-- Value Tab Head ----------------------------------------------------------+¦ Part:W1301915 Drawing:W4S131510B Copy In Part: Draw: ¦¦ Desc:ASU MODULATION AU CUBE ECL:0 Modified:06/03/95 By:DEHF ¦+-- Value Tab ---------------------------------------------------------------+¦ Pos. Component Local Description ¦¦ A1 56535 IC 7/HF RAM-7 13DB EQU.MSA0735 ¦¦ A2 56535 IC 7/HF RAM-7 13DB EQU.MSA0735 ¦¦ A3 56535 IC 7/HF RAM-7 13DB EQU.MSA0735 ¦¦ A4 31201 IC 11/HF MAV-11 ¦¦ A5 56535 IC 7/HF RAM-7 13DB EQU.MSA0735 ¦¦ C8 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C9 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C10 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C11 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C12 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C13 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C14 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C15 73183 COND CMS CDR12 1N 150V 20% ¦¦ C16 73183 COND CMS CDR12 1N 150V 20% ¦¦ C17 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C18 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C19 73183 COND CMS CDR12 1N 150V 20% ¦¦ C20 73183 COND CMS CDR12 1N 150V 20% ¦¦ C21 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C22 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C23 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C24 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C25 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C26 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C27 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C28 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C29 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C30 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C31 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C32 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C33 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C34 73183 COND CMS CDR12 1N 150V 20% ¦¦ C36 73180 COND CMS CDR12 4.7P 150V 0.25P ¦¦ C38 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C39 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C40 20990 COND CMS 1206 100P 50V 5% NPO ¦¦ C41 20990 COND CMS 1206 100P 50V 5% NPO ¦¦ C42 73410 COND CMS CDR12 1P 150V 0.25P ¦¦ C43 73183 COND CMS CDR12 1N 150V 20% ¦¦ C44 73183 COND CMS CDR12 1N 150V 20% ¦¦ C45 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C46 73179 COND CMS CDR12 2.2P 150V 0.25P ¦¦ C47 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C48 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C49 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C50 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C51 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C52 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C53 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C54 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C55 73183 COND CMS CDR12 1N 150V 20% ¦¦ C56 73183 COND CMS CDR12 1N 150V 20% ¦¦ C57 73183 COND CMS CDR12 1N 150V 20% ¦¦ C58 8493 COND CMS 1206 100N 50V 20% X7R ¦

Technical Manual Version 001 BRUKER 23 (41)

MMA Unit

+-- Value Tab Head ----------------------------------------------------------+¦ Part:W1301915 Drawing:W4S131510B Copy In Part: Draw: ¦¦ Desc:ASU MODULATION AU CUBE ECL:0 Modified:06/03/95 By:DEHF ¦+-- Value Tab ---------------------------------------------------------------+¦ Pos. Component Local Description ¦¦ C60 73183 COND CMS CDR12 1N 150V 20% ¦¦ C61 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C62 73182 COND CMS CDR12 27P 150V 20% ¦¦ C63 73183 COND CMS CDR12 1N 150V 20% ¦¦ C64 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ CE1 51557 COND CMS TANTAL 22U 20V 20% ¦¦ CE2 51557 COND CMS TANTAL 22U 20V 20% ¦¦ CE3 51557 COND CMS TANTAL 22U 20V 20% ¦¦ CI1 W1356520 CI MODULATION AU CUBE ¦¦ CP1 59995 ACCBL PICOT FOURCHE D1.1MM ¦¦ CP2 59995 ACCBL PICOT FOURCHE D1.1MM ¦¦ CP3 59995 ACCBL PICOT FOURCHE D1.1MM ¦¦ F1 59995 ACCBL PICOT FOURCHE D1.1MM ¦¦ F2 59995 ACCBL PICOT FOURCHE D1.1MM ¦¦ F3 59995 ACCBL PICOT FOURCHE D1.1MM ¦¦ IC1 56510 IC 834/PAD AD834MULT 0.5GHZSO8 ¦¦ IC2 56510 IC 834/PAD AD834MULT 0.5GHZSO8 ¦¦ IC3 56510 IC 834/PAD AD834MULT 0.5GHZSO8 ¦¦ L1 22874 SELF CMS 1008 1.5UH 10% ¦¦ L2 22874 SELF CMS 1008 1.5UH 10% ¦¦ L3 22874 SELF CMS 1008 1.5UH 10% ¦¦ L4 22874 SELF CMS 1008 1.5UH 10% ¦¦ L5 42179 SELF CMS 1008 12NH 20% ¦¦ L6 30155 SELF 10UH 0.14A ¦¦ L7 42179 SELF CMS 1008 12NH 20% ¦¦ L8 22874 SELF CMS 1008 1.5UH 10% ¦¦ R10 20726 RES CMS 150 1% 0.25W 1206 ¦¦ R11 20726 RES CMS 150 1% 0.25W 1206 ¦¦ R12 8854 RES CMS 200 1% 0.25W 1206 ¦¦ R13 20733 RES CMS 562 1% 0.25W 1206 ¦¦ R14 20733 RES CMS 562 1% 0.25W 1206 ¦¦ R15 20724 RES CMS 100 1% 0.25W 1206 ¦¦ R16 20722 RES CMS 82.5 1% 0.25W 1206 ¦¦ R17 8853 RES CMS 61.9 1% 0.25W 1206 ¦¦ R18 8853 RES CMS 61.9 1% 0.25W 1206 ¦¦ R19 8853 RES CMS 61.9 1% 0.25W 1206 ¦¦ R20 8853 RES CMS 61.9 1% 0.25W 1206 ¦¦ R21 20726 RES CMS 150 1% 0.25W 1206 ¦¦ R22 51836 RES CMS 75 1% 0.25W 1206 ¦¦ R23 56359 RES CMS 24.3 1% 0.25W 1206 ¦¦ R24 20728 RES CMS 221 1% 0.25W 1206 ¦¦ R25 20728 RES CMS 221 1% 0.25W 1206 ¦¦ R26 20715 RES CMS 22.1 1% 0.25W 1206 ¦¦ R27 20715 RES CMS 22.1 1% 0.25W 1206 ¦¦ R28 20726 RES CMS 150 1% 0.25W 1206 ¦¦ R29 8854 RES CMS 200 1% 0.25W 1206 ¦¦ R30 8854 RES CMS 200 1% 0.25W 1206 ¦¦ R31 8854 RES CMS 200 1% 0.25W 1206 ¦¦ R32 73283 RES CMS 47.5 1% 0.25W 1206 ¦¦ R33 20730 RES CMS 332 1% 0.25W 1206 ¦¦ R34 20765 RES CMS 51.1 1% 0.25W 1206 ¦¦ R35 20711 RES CMS 10 1% 0.25W 1206 ¦¦ R36 20733 RES CMS 562 1% 0.25W 1206 ¦¦ R37 20724 RES CMS 100 1% 0.25W 1206 ¦¦ R38 20724 RES CMS 100 1% 0.25W 1206 ¦¦ R39 20731 RES CMS 392 1% 0.25W 1206 ¦

24 (41) BRUKER Technical Manual Version 001

+-- Value Tab Head ----------------------------------------------------------+¦ Part:W1301915 Drawing:W4S131510B Copy In Part: Draw: ¦¦ Desc:ASU MODULATION AU CUBE ECL:0 Modified:06/03/95 By:DEHF ¦+-- Value Tab ---------------------------------------------------------------+¦ Pos. Component Local Description ¦¦ R40 51682 RES CMS 130 1% 0.25W 1206 ¦¦ R41 20731 RES CMS 392 1% 0.25W 1206 ¦¦ R42 20724 RES CMS 100 1% 0.25W 1206 ¦¦ R43 20722 RES CMS 82.5 1% 0.25W 1206 ¦¦ R44 20724 RES CMS 100 1% 0.25W 1206 ¦¦ R45 20724 RES CMS 100 1% 0.25W 1206 ¦¦ R46 20726 RES CMS 150 1% 0.25W 1206 ¦¦ R47 20726 RES CMS 150 1% 0.25W 1206 ¦¦ R48 20726 RES CMS 150 1% 0.25W 1206 ¦¦ R5 20726 RES CMS 150 1% 0.25W 1206 ¦¦ R6 20724 RES CMS 100 1% 0.25W 1206 ¦¦ R7 20722 RES CMS 82.5 1% 0.25W 1206 ¦¦ R8 20765 RES CMS 51.1 1% 0.25W 1206 ¦¦ R9 20765 RES CMS 51.1 1% 0.25W 1206 ¦¦ SW1 56425 IC 630/SA630 S08 ¦¦ TR1 56414 TRSFO 1/1 5-1000MHZ CMS DIP6 ¦¦ TR2 56414 TRSFO 1/1 5-1000MHZ CMS DIP6 ¦¦ TR3 56414 TRSFO 1/1 5-1000MHZ CMS DIP6 ¦¦ TR4 56414 TRSFO 1/1 5-1000MHZ CMS DIP6 ¦+------------------------------------------------------------------------------+

Technical Manual Version 001 BRUKER 25 (41)

12345678

26 (4

2 1

A

B

C

D

CE222UF20V

F1+8V+8V

+8V +8V

A3RAM-7

C3210NF

L31.5UH

L41.5UH

A4MAV11

C31100NF

C33100NF

R21150

C341NF

R2275

R2339.2

ST2RF OUT

CX3

R24150

R25150

-8VF2-8V

CE322UF20V

DRAWN:DATE:

APPROV:DATE:

DWG:

VISA:

VISA:

SHEET:

DW02/03/95

W4S131509

02/03/95

B

PHB

1/1

S.a.d.i.s

SPECTROSPIN

Figure 3.4.

Multiplication S

chematic

1)B

RU

KE

RT

echn

ical Man

ual V

ersion

001

8 7 6 5 4 3

D

C

B

A

+8V+8V

C8100NF

+8V

C22100NF

R15100

C21100NF

+8VC39

100NF

R851.1

+8V

A1RAM-7

R10150

C38100NF

C17100NF

L11.5UH

RX1C9

100NF

C40100PF

C1010NF

R6100CX1

L512NH

C61NF

C31NF

C41PF R2

51.1R310

C51NF

1234 5

678

SW1NE630D

DZ15.1V

300mW

R1270C2

100NF

CE122UF20V

CP1SPFMUL

C3727PF

R3147

C110NF

ST1RF IN

R32332

C710NF

1

2

3

6

5

4

TR1CT-01

RX2

R4200

C1110NF

X17

X28

Y22Y11

W1 5

W2 4

+VS 6

-VS 3

IC1AD834JR

R568.1

C161NF

C151NF

A2RAM-7

C191NF

C201NF

R12200

R13562

R14100 X17

X28

Y22Y11

W1 5

W2 4

+VS 6

-VS 3

IC2AD834JR

C2310NF

C41100PF

C2810NF

R1861.9

R1961.9

1

2

3

6

5

4

TR2CT-01

C3010NF

C351PFRX3

C2410NF

C25100NF

R1682.5

C2910NF

R1761.9

R2061.9

R951.1

+8V

R11150

C1410NF

C18100NF

L21.5UH

-8V

C12100NF

C13100NF

R782.5

CX2

CP2MUL+

R2622.1

R2868.1

R29200

CP3MUL-

R2722.1

R30200

-8V

C26100NF

+8V C2710NF

SQUARE MULTIPLICATION

ART: W1301914

AMPLITUDE SETTING UNIT

EC: 03

12345678

Te

Figure 3.5.

Multiplcation Location

2 1

A

B

C

D

VISA:

VISA:

B SHEET: 1/1

S.a.d.i.s

SPECTROSPIN

chn

ical Man

ual V

ersion

001B

RU

KE

R27 (41)

8 7 6 5 4 3

D

C

B

A ART:

ASU

W1301914 DRAWN:DATE:

APPROV:DATE:

DWG:

EC: RC20/03/95

W4L131509

20/03/95PHB

SQUARE MULTIPLICATION

CI : W4P131509B

TOP SIDE

W4P131509B

C4C6

C5

C3

L5

R5

R20

R19

R18 R17

R9

R8

R2

R1

R1

1

R10

C27

C24C

23

C14

C11

C1

0

C7

C41

C40

C3

9

C38

C21

C1

8

C17

C13

C2

R15

L4

L3

L2

L1

DZ1

CE

2

SW

1

W4P131509B

BOTTOM SIDE

F1 F2 CP3 CP2 CP1

IC1IC2

TR1

TR2

CE3

CE1

ST2

ST1

R3

R6

R1

4C

8

C9

C1

2

C22

C2

5C

26

C31

C3

3

C1

C28

C29

R21

R2

4

R2

5

R4

R29

R30

R26

R27

R3

2R23

R3

1

R13

R28

R2

2

R7

R1

6 R1

2

C32C30

C15

C16

C19

C20

C34

C37

CX3

CX2

CX1

C35

RX2

RX1

RX3

A4

A3

A2

A1

+

+

+

MMA Unit

Value Table

+-- Value Tab Head ----------------------------------------------------------+¦ Part:W1301914 Drawing:W4S131509B Copy In Part: Draw: ¦¦ Desc:ASU MULTIPLICATION AU CARRE ECL:0 Modified:02/03/95 By:DEHF ¦+-- Value Tab ---------------------------------------------------------------+¦ Pos. Component Local Description ¦¦ A1 56535 IC 7/HF RAM-7 13DB EQU.MSA0735 ¦¦ A2 56535 IC 7/HF RAM-7 13DB EQU.MSA0735 ¦¦ A3 56535 IC 7/HF RAM-7 13DB EQU.MSA0735 ¦¦ A4 31201 IC 11/HF MAV-11 ¦¦ C1 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C2 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C3 73183 COND CMS CDR12 1N 150V 20% ¦¦ C4 73410 COND CMS CDR12 1P 150V 0.25P ¦¦ C5 73183 COND CMS CDR12 1N 150V 20% ¦¦ C6 73183 COND CMS CDR12 1N 150V 20% ¦¦ C7 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C8 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C9 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C10 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C11 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C12 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C13 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C14 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C15 73183 COND CMS CDR12 1N 150V 20% ¦¦ C16 73183 COND CMS CDR12 1N 150V 20% ¦¦ C17 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C18 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C19 73183 COND CMS CDR12 1N 150V 20% ¦¦ C20 73183 COND CMS CDR12 1N 150V 20% ¦¦ C21 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C22 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C23 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C24 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C25 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C26 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C27 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C28 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C29 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C30 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C31 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C32 21014 COND CMS 1206 10N 50V 20% X7R ¦¦ C33 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C34 73183 COND CMS CDR12 1N 150V 20% ¦¦ C35 73410 COND CMS CDR12 1P 150V 0.25P ¦¦ C37 73182 COND CMS CDR12 27P 150V 20% ¦¦ C38 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C39 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C40 20990 COND CMS 1206 100P 50V 5% NPO ¦¦ C41 20990 COND CMS 1206 100P 50V 5% NPO ¦¦ CE1 51557 COND CMS TANTAL 22U 20V 20% ¦¦ CE2 51557 COND CMS TANTAL 22U 20V 20% ¦¦ CE3 51557 COND CMS TANTAL 22U 20V 20% ¦¦ CI1 W1356519 CI MULTIPLICATION AU CARRE ¦¦ CP1 59995 ACCBL PICOT FOURCHE D1.1MM ¦¦ CP2 59995 ACCBL PICOT FOURCHE D1.1MM ¦¦ CP3 59995 ACCBL PICOT FOURCHE D1.1MM ¦¦ DZ1 22577 DIODE Z BZX84C 5V1 300MW SOT23 ¦¦ F1 59995 ACCBL PICOT FOURCHE D1.1MM ¦¦ F2 59995 ACCBL PICOT FOURCHE D1.1MM ¦

28 (41) BRUKER Technical Manual Version 001

+-- Value Tab Head ----------------------------------------------------------+¦ Part:W1301914 Drawing:W4S131509B Copy In Part: Draw: ¦¦ Desc:ASU MULTIPLICATION AU CARRE ECL:0 Modified:02/03/95 By:DEHF ¦+-- Value Tab ---------------------------------------------------------------+¦ Pos. Component Local Description ¦¦ IC1 56510 IC 834/PAD AD834MULT 0.5GHZSO8 ¦¦ IC2 56510 IC 834/PAD AD834MULT 0.5GHZSO8 ¦¦ L1 22874 SELF CMS 1008 1.5UH 10% ¦¦ L2 22874 SELF CMS 1008 1.5UH 10% ¦¦ L3 22874 SELF CMS 1008 1.5UH 10% ¦¦ L4 22874 SELF CMS 1008 1.5UH 10% ¦¦ L5 42179 SELF CMS 1008 12NH 20% ¦¦ R1 53689 RES CMS 274 1% 0.25W 1206 ¦¦ R2 20765 RES CMS 51.1 1% 0.25W 1206 ¦¦ R3 20711 RES CMS 10 1% 0.25W 1206 ¦¦ R4 8854 RES CMS 200 1% 0.25W 1206 ¦¦ R5 20721 RES CMS 68.1 1% 0.25W 1206 ¦¦ R6 20724 RES CMS 100 1% 0.25W 1206 ¦¦ R7 20722 RES CMS 82.5 1% 0.25W 1206 ¦¦ R8 20765 RES CMS 51.1 1% 0.25W 1206 ¦¦ R9 20765 RES CMS 51.1 1% 0.25W 1206 ¦¦ R10 20726 RES CMS 150 1% 0.25W 1206 ¦¦ R11 20726 RES CMS 150 1% 0.25W 1206 ¦¦ R12 8854 RES CMS 200 1% 0.25W 1206 ¦¦ R13 20733 RES CMS 562 1% 0.25W 1206 ¦¦ R14 20724 RES CMS 100 1% 0.25W 1206 ¦¦ R15 20724 RES CMS 100 1% 0.25W 1206 ¦¦ R16 20722 RES CMS 82.5 1% 0.25W 1206 ¦¦ R17 8853 RES CMS 61.9 1% 0.25W 1206 ¦¦ R18 8853 RES CMS 61.9 1% 0.25W 1206 ¦¦ R19 8853 RES CMS 61.9 1% 0.25W 1206 ¦¦ R20 8853 RES CMS 61.9 1% 0.25W 1206 ¦¦ R21 20726 RES CMS 150 1% 0.25W 1206 ¦¦ R22 51836 RES CMS 75 1% 0.25W 1206 ¦¦ R23 20718 RES CMS 39.2 1% 0.25W 1206 ¦¦ R24 20726 RES CMS 150 1% 0.25W 1206 ¦¦ R25 20726 RES CMS 150 1% 0.25W 1206 ¦¦ R26 20715 RES CMS 22.1 1% 0.25W 1206 ¦¦ R27 20715 RES CMS 22.1 1% 0.25W 1206 ¦¦ R28 20721 RES CMS 68.1 1% 0.25W 1206 ¦¦ R29 8854 RES CMS 200 1% 0.25W 1206 ¦¦ R30 8854 RES CMS 200 1% 0.25W 1206 ¦¦ R31 73283 RES CMS 47.5 1% 0.25W 1206 ¦¦ R32 20730 RES CMS 332 1% 0.25W 1206 ¦¦ SW1 56425 IC 630/SA630 S08 ¦¦ TR1 56414 TRSFO 1/1 5-1000MHZ CMS DIP6 ¦¦ TR2 56414 TRSFO 1/1 5-1000MHZ CMS DIP6 ¦+------------------------------------------------------------------------------+

Technical Manual Version 001 BRUKER 29 (41)

12345678

30 (4

2 1

A

B

C

D

RFMMA

1234

5 6 7 8

SW4MSW-2-20

W2

R91.9

-8V

CE22UF20V

CP3L2

10UH-8V

AT40

+5V

R1147

R133.92K

CP4

DRAWN:DATE:

APPROV:DATE:

DWG:

VISA:

VISA:

SHEET:

DW26/09/94

W4S132081

SB26/09/94

1/1

S.a.d.i.s

SPECTROSPIN

Figure 3.6.

Attenuator S

chematic

1)B

RU

KE

RT

echn

ical Man

ual V

ersion

001

8 7 6 5 4 3

D

C

B

A

20dBATT

40dBATT

R461.9

R5249

R661.9

R761.9

R8249

6

1 2 3 4

5678

SW3MSW-2-20

1234

5 6 7 8

SW2MSW-2-20

R161.9

R2249

R361.9

1 2 3 4

5678

SW1MSW-2-20

W1RFMUL

+5V

+5V

CE122UF20V

CP2L1

10UH

C5100PF R14

150

R15150

R18274

-8V

R16150

R17150

R20274 C7

100PF

2

C8100PFR21

274R19274

E1

1

N.C

2

E1

3

S1

4

S2

5

E2

6

N.C

7

E2

8

S1

16

IN1

15

V-

14

GND

13

VCC

12

V+

11

IN2

10

S2

9

IC1DG403DY

C6100PF

+5V

R1047

R123.92K

CP1AT20

+5V

C2100NF

-8V

C1100NF

ART: W1301948

AMPLITUDE SETTING UNITATTENUATOR & DRIVER BOARD

EC: 01

Figure 3.7. Attenuator Location

R9

W2SW4

R8R5

R7H3H5

R6

R4

SW3

CP4H6 L2 H2L1CP1H1

W1SW1

R1

R2

H4 W4P31102C

R3

SW2

C2

W4P

131102C

R12

R10C1

R11

R13

R16

R17

C7

R20 R21

C8

C5

R14

C6

R18 R19

R15

IC1CE2 CE2+ +

8 7 6 5 4 3 2 1

A

B

C

D

12345678

D

C

B

A

A.S.U.

ART: W1301822 EC: 01 DRAWN:DATE:

APPROV:DATE:

DWG:

DW28/10/94

W4L131102

SB28/10/94

VISA:

VISA:

SHEET: 1/1

S.a.d.i.s

SPECTROSPIN

ATTENUATOR & DRIVER BOARD

CI : W4P131102CB

Technical Manual Version 001 BRUKER 31 (41)

MMA Unit

Value Table

+-- Value Tab Head ----------------------------------------------------------+¦ Part:W1301948 Drawing:W4S132081 Copy In Part: Draw: ¦¦ Desc:ASU ATTENUATEUR & PILOTE ECL:0 Modified:27/10/97 By:MN ¦+-- Value Tab ---------------------------------------------------------------+¦ Pos. Component Local Description ¦¦ C1 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C2 8493 COND CMS 1206 100N 50V 20% X7R ¦¦ C5 30412 COND CMS CDR14 100P 500V 20% ¦¦ C6 30412 COND CMS CDR14 100P 500V 20% ¦¦ C7 30412 COND CMS CDR14 100P 500V 20% ¦¦ C8 30412 COND CMS CDR14 100P 500V 20% ¦¦ CE1 51557 COND CMS TANTAL 22U 20V 20% ¦¦ CE2 51557 COND CMS TANTAL 22U 20V 20% ¦¦ CI1 W1356233 CI ASU ATTENUATOR & DRIVER ¦¦ CP1 59995 ACCBL PICOT FOURCHE D1.1MM ¦¦ CP4 59995 ACCBL PICOT FOURCHE D1.1MM ¦¦ IC1 22554 IC 403/SWI DG403DY SO16 ¦¦ L1 30155 SELF 10UH 0.14A ¦¦ L2 30155 SELF 10UH 0.14A ¦¦ R1 8853 RES CMS 61.9 1% 0.25W 1206 ¦¦ R2 56314 RES CMS 249 1% 0.25W 1206 ¦¦ R3 8853 RES CMS 61.9 1% 0.25W 1206 ¦¦ R4 8853 RES CMS 61.9 1% 0.25W 1206 ¦¦ R5 56314 RES CMS 249 1% 0.25W 1206 ¦¦ R6 8853 RES CMS 61.9 1% 0.25W 1206 ¦¦ R7 8853 RES CMS 61.9 1% 0.25W 1206 ¦¦ R8 56314 RES CMS 249 1% 0.25W 1206 ¦¦ R9 8853 RES CMS 61.9 1% 0.25W 1206 ¦¦ R10 73283 RES CMS 47.5 1% 0.25W 1206 ¦¦ R11 73283 RES CMS 47.5 1% 0.25W 1206 ¦¦ R12 20744 RES CMS 3.92K 1% 0.25W 1206 ¦¦ R13 20744 RES CMS 3.92K 1% 0.25W 1206 ¦¦ R14 20726 RES CMS 150 1% 0.25W 1206 ¦¦ R15 20726 RES CMS 150 1% 0.25W 1206 ¦¦ R16 20726 RES CMS 150 1% 0.25W 1206 ¦¦ R17 20726 RES CMS 150 1% 0.25W 1206 ¦¦ R18 53689 RES CMS 274 1% 0.25W 1206 ¦¦ R19 53689 RES CMS 274 1% 0.25W 1206 ¦¦ R20 53689 RES CMS 274 1% 0.25W 1206 ¦¦ R21 53689 RES CMS 274 1% 0.25W 1206 ¦¦ SW1 56407 SW ASGA CMS DC-1GHZ ¦¦ SW2 56407 SW ASGA CMS DC-1GHZ ¦¦ SW3 56407 SW ASGA CMS DC-1GHZ ¦¦ SW4 56407 SW ASGA CMS DC-1GHZ ¦+------------------------------------------------------------------------------+

32 (41) BRUKER Technical Manual Version 001

4Specifications 4

Characteristics of Amplitude Setting Unit Single Channel 4.1

The specifications below fit with the last upgrading of the unit. (Febuary 1997)

RF specifications 4.1.1

Frequency range 5 to 850 MHzGain 1 dB ± 1 dBInput power 4 dBm ± 0,5 dBOutput power 5 dBm ± 1 dB for 4 dBm INInput VSWR 1.4Output VSWR 1.5Power out 1 dB Compression 5 dBmOutput harmonics H2 - 30 dBmOutput harmonics H3 - 30 dBm

Amplitude control 4.1.2

from 0 to +1V/-1V 100Ω balanced load (MOD & MULT)Cubical law for Modulation

Square law for MultiplicationDigital input for 20dB & 40dB Attenuation

(1 : through - 0 : active)SPF & BLK (0 : through - 1 : blanked)

Safety switch 4.1.3

SPENAB digital input (1 : RF Off)(0 : RF On)

Technical Manual Version 001 BRUKER 33 (41)

Specifications

Dynamics 4.1.4

Dynamic range 120 dBModulation dynamic 50 dB (50dB @ 600 MHz)

-40 dB (50dB* @ 800 MHz)Multiplication dynamic 40 dB (50dB @ 600 MHz)

-30 dB (40dB* @ 800 MHz)(* = ± 2dB linearity)

Attenuators 20 dB (± 1dB) + 40 dB (± 1dB) @ 800 MHz

Phase shift 4.1.5

Modulation @ 50 dB Range (25°C) <15° for 600 MHz<25° for 800 MHz

Multiplication @ 30 dB <10° for 600 MHz<15° for 800 MHz

Typical thermal stability (25°C to 50°C) = -F x 3.10-3 degree.K-1

(example : F = 800 MHz, T from 300 to 315k ⇒ ∆ϕ = −36°)

Isolation (SPENAB CMD), (MOD & MULT at max. level) 4.1.6

Isolation input / output 70 dBIsolation input / output + ATT : 60 dB 110 dB

Output noise level 4.1.7

Unblanked (MOD, MULT = 0V) < -135 dBm (1 Hz)Unblanked (MOD, MULT = 2.5V) < -124 dBm (1 Hz)Blanked (ATT = 60 dB, SPF = 0V) Thermal noise

Switching time 4.1.8

Rise Time 200 nsDC Ringing 150 mVFall Time 100 nsDC Ringing 10 mVPropagation Time 40 ns

DC requirements 4.1.9

Supply +15V 420 mASupply -15V 200 mASupply +5V 100 mA

∆ϕ∆T-------

34 (41) BRUKER Technical Manual Version 001

Characteristics of Amplitude Setting Unit Single Channel

Operating temperature 4.1.10

Ambiance temperature range +20°C @ +40°C

Technical Manual Version 001 BRUKER 35 (41)

Specifications

36 (41) BRUKER Technical Manual Version 001

Figures

1 ASU Single Channel 7Figure 1.1. Amplitude Setting Unit Single Channel Location ....................8Figure 1.2. Amplitude Setting Unit Single Channel Block Diagram ...........9Figure 1.3. Amplitude Setting Unit Single Channel Wiring Diagram ........10

2 Interface 11Figure 2.1. Interface Schematic .............................................................12Figure 2.2. Interface Location ................................................................13Figure 2.3. PAL ASU03/01 Logical Program ..........................................14

3 MMA Unit 19Figure 3.1. Modulation, Multiplication & Attenuator Block Diagram .........20Figure 3.2. Modulation Schematic .........................................................21Figure 3.3. Modulation Location ............................................................22Figure 3.4. Multiplication Schematic ......................................................26Figure 3.5. Multiplcation Location ..........................................................27Figure 3.6. Attenuator Schematic ..........................................................30Figure 3.7. Attenuator Location .............................................................31

4 Specifications 33

Technical Manual Version 001 BRUKER 37 (41)

Figures

38 (41) BRUKER Technical Manual Version 001

Tables

1 ASU Single Channel 7

2 Interface 11Table 2.1. Front Panel Connector J1 .............................................. 17Table 2.2. Rear Panel Connector J2 ............................................... 18

3 MMA Unit 19

4 Specifications 33

Technical Manual Version 001 BRUKER 39 (41)

Tables

40 (41) BRUKER Technical Manual Version 001

Technical Manual Version 001 BRUKER 41 (41)

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