HIGH POWER Router Digital · 2018-05-24 · P/N: Z31315 DWG-Nr: 1025003. Technical ... XBB 1kW) The...

POWER ROUTERDIGITAL

Technical Manual

BRUKER

Version
003

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 anymistakes contained in the manual, leading to coincidentaldamage, whether during installation or operation of theinstrument. Unauthorised reproduction of manual contents,without written permission from the publishers, or translationinto another language, either in full or in part, is forbidden.

This manual was written by

Uwe Vogel

© February 4, 1997: Bruker Elektronik GmbH

Rheinstetten, Germany

P/N: Z31315DWG-Nr: 1025003

Contents

Contents .............................................................. iii

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

1 OVERVIEW .............................................................. 7

2 HP POWER ROUTER MODULES............................. 92.1 THE POWER SUPPLY MODULE ....................................... 102.2 THE CONNECTOR MODULE ............................................ 10

DEFAULT JUMPER SETTINGS ON BOARD ..................112.3 THE SENSOR MODULE .................................................... 122.4 THE RELAY MODULE ....................................................... 12

ELECTRICAL CHARACTERISTICS ...............................132.5 THE LOW POWER MODULE ............................................. 13

ELECTRICAL CHARACTERISTICS ...............................13

3 PIN ASSIGNMENT ................................................. 153.1 TIMING CONTROL UNIT (T1) ........................................... 153.2 Connector PR1 .................................................................. 173.3 Connector PR2 .................................................................. 193.4 Connector PR3 .................................................................. 20

4 POWER CONNECTION .......................................... 214.1 Transformer ....................................................................... 214.2 Main filter .......................................................................... 21

5 WIRING.................................................................. 235.1 RELAY MODULE X/1H ...................................................... 235.2 RELAY MODULE Y/Z ........................................................ 25

A SCHEMATICS ...................................................... 27A.1 HP RTSD CONNECTOR and DRIVER BOARD .................. 27A.2 HP RTSD POWER SUPPLY BOARD ................................. 31A.3 HP RTSD SENSOR / RELAY- MODULE BOARD ............... 32A.4 HP RTSD MOTHER BOARD .............................................. 33A.5 LOW POWER ROUTER BOARD ....................................... 34

Figures ................................................................ 35

Tables ................................................................. 37

Technical Manual Version 003 BRUKER iii

Contents

iv BRUKER Technical Manual Version 003

Index

A

AUTOTUNING ...................................................................................................... 7

B

B-HPCU .............................................................................................................. 12BURNDY1 (PR2)................................................................................................. 19BURNDY2 (PR3)................................................................................................. 20

F

FUSES ................................................................................................................ 21

J

JUMPER ............................................................................................................. 10JUMPER J2......................................................................................................... 11JUMPER J3-10 ................................................................................................... 11

L

LOW POWER MEASUREMENT ........................................................................ 13

M

MAIN FILTER...................................................................................................... 21

P

POWER SENSOR .............................................................................................. 12

R

ROUTER CONNECTIONS ................................................................................... 7ROUTER LOCATION............................................................................................ 7

S

STRAYFIELD...................................................................................................... 10

Technical Manual Version 003 BRUKER 5 (39)

Index

T

TCU..................................................................................................................... 10TRANSFORMER ................................................................................................ 21

V

VOLTAGE GENERATE ...................................................................................... 10

6 (39) BRUKER Technical Manual Version 003

1OVERVIEW 1

The HP POWER ROUTER is designed to route HF signals from the transmitter tothe probehead. Different types of measurements require their own amplifierconfiguration (DSX, DMX HIGH POWER, DMX HIGH POWER 3rd channel, DMXXBB 1kW)

The autotuning signals for the X and 1H channels are generated in the sensormodule.

The HP POWER ROUTER has its own power supply.

The HP POWER ROUTER is connected to the TCU, TRANSMITTER (GAIN andBLANKING signals), the HIGH VOLTAGE SUPPLY and the B-HPCU (page 11).

The unit is located in the spectrometer for DSX and DMX HIGH POWER. Thebasic version has one LOW POWER MODULE (DMX XBB 1kW) or one RELAYMODULE (DSX, DMX HIGH POWER, DMX HIGH POWER 3rd channel). It ispossible to equip the X/H, Y/Z channel with a LOW POWER MODULE or aRELAY MODULE (page 9)


OVERVIEW


2HP POWER ROUTER MODULES 2

Figure 2.1. POWER ROUTER DIGITAL

PR1PR2 PR3

+5V+15V-15V+12V

PS ON

X OUT

X IN

1H OUT

1H IN

POWER OUT

1H OUT

1H IN

POWER IN

RI RII

NC

COM

NO

NMR5-5 NMR5-6 NMR5-11

NMR5-13 NMR5-14 NMR5-15

MAIN

BNC CONNECTORS

RELAY MODULEP/N H5627

LOW POWER MODULEP/N H3711

OPTIONAL

X/H CHANNEL Y/Z CHANNEL SENSOR MODULEP/N H5626

CONNECTORMODULEP/N H5621

POWERSUPPLY

P/N H5619

NC

RF1 RF2

COM

NO

MODULE


HP POWER ROUTER MODULES

THE POWER SUPPLY MODULE 2.1

The power supply board generates the following voltages: +15V, -15V, +12V,+5V.

Each correct voltage is indicated by a green LED on the front panel and isprotected with a fuse.

+15V fused by F1: 0.63A

+24V AC fused by F2: 3.15A


-15V fused by F4: 0.63A


The 24V AC switched by the solid state relay on the motherboard is connected tothe QIKMATE connector (PS ON) on the frontpanel.

There is only one connector slot available on the motherboard to insert the powermodule page 9.

THE CONNECTOR MODULE 2.2

All input signals from the TCU (Timing Control Unit) are low active. The followingprogrammable signals are connected to the BNC‘s on the front panel (page 9).

NMR5_5

NMR5_6

MMR5_11

NMR5_13

NMR5_14

NMR5_15

All STRAYFIELD signals are brought through from SCSI (PR1) to the burndy2(PR3) connector (page 20). The blanking and the gain signals are connected tothe line driver (74AS805). It is possible to invert the logic of each signal by placingjumpers on J2.


THE CONNECTOR MODULE

DEFAULT JUMPER SETTINGS ON BOARD 2.2.1

Function: When a jumper is populated, the relevant signal will be inverted.

Figure 2.2. Jumper J2

Function: When all the jumpers are populated on the right side, the signals willcome from the B-HPCU.

When all the jumpers are populated on the left side the signals will come from theTIMING CONTROL UNIT (TCU).

Figure 2.3. Jumpers 3-10

J2

1 2

3 4

5 6

7 8

9 10

11 12

13 14

15 16

BLNK_TR1BLNK_TR2BLNK_TR5BLNK_TR6GAIN0_TR1GAIN0_TR2GAIN1_TR1GAIN1_TR2

J3J4J5J6J7J8J9J10

1 2 3

HPRELAYHHPRELAYXHPRELAYYHPRELAYZHPRACK ON/OFF

RELAYHRELAYXRELAYYRELAYZRACK ON/OFF

from B-HPCUoutputfrom TCU



THE SENSOR MODULE 2.3

Inside the sensor box there are three different power sensors.

1. For X-channel P/N. H5646 max. power 1kW

2. For H-channel P/N. 19535 max. power 1kW

3. For 1H IN-channel P/N.12285 max power 40W

The directional coupler for the X channel generates two voltages (FORWX,REFLX).

The directional coupler for the H channel generates two voltages (FORWH,REFLH).

The directional coupler for the 1HIN generates a single voltage (REFIN1H).

The voltages generated are proportional to the forward power and the reflectedpower. After digitisation in the B-HPCU they are used to the control the LED’s onthe B-HPCU keyboard. The FORWX, FORWH and REFIN1H signals are used toby the autotuning in the B-HPCU to get minimum reflected power in the amplifier.

THE RELAY MODULE 2.4

The relay module for the X/H channel has a fixed position on the left side in therack. To its immediate right it is possible (optional) to insert a second relay modulefor a Y/Z channel page 9.

The relay module routes the signals coming from the amplifier (BLAX300,BLARH100) to the 1H, X transmitters or cavities.

Function: see wiring relay module page 24.

Refer to the wiring table (HIGH POWER CABINETT MANUAL) for instructions onhow to connect the relay module (s).


THE LOW POWER MODULE

ELECTRICAL CHARACTERISTICS 2.4.1

MAX. Input power: 300W DC at 1,000MHz, 1kW PEP at up to 30MHz.

MAX. Frequency: 2,500MHz, (less than 1: 1.5VSWR).

Insertion loss: Less than 0.2dB at 1.5GHz.

Circuit impedance: 50 ohms

THE LOW POWER MODULE 2.5

For low power module measurements it is possible to insert one (X/H channel) ortwo (X/H Y/Z channels) LOW POWER MODULES. These are inserted in thesame positions as the relay modules.

Refer to the wiring table (HIGH POWER CABINET MANUAL) for instructions onhow to connect the relay power module (s).

ELECTRICAL CHARACTERISTICS 2.5.1

The LOW POWER MODULE allows very fast switching of HF signals

(5-600MHz), which are used for switching transmitters with 1 Vpp signals.

- The transmission loss is adjustable to 0dB

- The insertion loss is higher than 70dB over the whole frequency range.

- The switching time is less than 2us.


3PIN ASSIGNMENT 3

TIMING CONTROL UNIT (T1) 3.1

Figure 3.1. Connector T1

Table 3.1. CONNECTOR (T1)

Connector T1 TCU (solid)SCSI

PIN (right row)

SIGNALPIN

(left row)SIGNAL

1 BLNK_TR1 26 GND

2 NMR5_0 27 NMR5_1

3 NMR5_2 28 GND

4 BLNK_TR2 29 GND

5 NMR5_3 30 NMR5_4

6 NMR5_5 31 GND

7 BLNK_TR5 32 GND

8 NMR5_6 33 GND

9 BLNK_TR6 34 GND

10 NMR5_7 35 NMR5_8

11 TRIG3 36 GND

12 NMR5_9 37 NMR5_10

13 NMR5_11 38 GND

14 NMR5_12 39 GND

125

2650


PIN ASSIGNMENT

15 NMR5_13 40 GND

16 NMR5_14 41 GND

17 NMR5_15 42 GND

18 NMR6_0 43 NMR6_1

19 NMR6_2 44 GND

20 NMR6_3 45 GND

21 NMR6_4 46 GND

22 NMR6_5 47 GND

23 NMR6_6 48 GND

24 NMR6_7 49 GND

25 TRIG2 50 GND

Table 3.1. CONNECTOR (T1)

Connector T1 TCU (solid)SCSI

PIN (right row)

SIGNALPIN

(left row)SIGNAL


Connector PR1

Connector PR1 3.2

Figure 3.2. Connector PR1

Table 3.2. Connector (PR1)

Connector PR1 High

Power RouterSCSI

PIN (right row)

SIGNALPIN

(left row)SIGNAL

1 BLNK_TR1 26 GND

2 GAIN0_TR1 27 GAIN1_TR1

3 NMR5_2 28 GND

4 BLNK_TR2 29 GND

5 GAIN0_TR2 30 GAIN1_TR2

6 NMR5_5 31 GND

7 BLNK_TR5 32 GND

8 NMR5_6 33 GND

9 BLNK_TR6 34 GND

10 RELAYH 35 RELAYX

11 EXTERNAL1 (MAS TRIG-GER)

36 GND

12 RELAYY 37 RACK ON/OFF

13 NMR5_11 38 GND

14 RELAYZ 39 GND

15 NMR5_13 40 GND

16 NMR5_14 41 GND

17 NMR5_15 42 GND

18 SF_ STEP1DIR 43 SF_LB_SELECT

125

50 26


PIN ASSIGNMENT

19 SF_DCMOTSTART 44 GND

20 SF_STEP1_CLK 45 GND

21 SF_STEP2_CLK 46 GND

22 SF_RESET_STEPPER1 47 GND

23 SF_DCMO_RESET 48 GND

24 SF_GOTO_POSITION 49 GND

25 SF_EXTERNAL2 50 GND

Table 3.2. Connector (PR1)

Connector PR1 High

Power RouterSCSI

PIN (right row)

SIGNALPIN

(left row)SIGNAL


Connector PR2

Connector PR2 3.3

Figure 3.3. BURNDY1 (PR2)

Table 3.3. BURNDY1 (PR2)

PIN SIGNAL Typ

A BLNK_TR1 (X) COAX

D BLNK_TR1_2 COAX

H BLNK_TR2 (1H) COAX

L BLNK_TR5_1 (Y) COAX

P BLNK_TR5_2 (Y AMT) COAX

T BLNK_TR6 COAX

W GAIN0_TR1 (X) COAX

B GAIN0_TR2 (1H) COAX

E GAIN1_TR1 (X) COAX

J GAIN1_TR2 (1H) COAX

M NMR5_2 COAX

R Hin_REFL COAX

U EXTERNAL1 (MAS TRIGGER) COAX

C DC

F DC

K DC

N DC

S DC

V DC

X DC

DC MALE

COAX MALE

MS 20 RMFRONTAGE

A

D

H

L

P

T

W

B

E

J

M

R

U

C

F

K

N

S

V

X


PIN ASSIGNMENT

Connector PR3 3.4

Figure 3.4. BURNDY2 (PR3)

Table 3.4. BURNDY2 (PR3)

Pin Signal Typ

A SF_STEP1DIR COAX

D SF_DCMOTSTART COAX

H SF_STEP1_CLK COAX

L SF_STEP2_CLK COAX

P SF_RESET_STEPPER1 COAX

T SF_DCMO_RESET COAX

W SF_GOTO_POSITION COAX

B SF_EXTERNAL2 COAX

E SF_LB_SELECT COAX

J X_FORW COAX

M X_REFL COAX

R H_FORW COAX

U H_REFL COAX

C HPRELAYH- DC

F HPRELAYX- DC

K HPRELAYY- DC

N HPRELAYZ- DC

S HPRACK_ON/OFF- DC

V GND DC

X DC

DC MALE

COAX MALE

MS 20 RMFRONTAGE

A

D

H

L

P

T

W

B

E

J

M

R

U

C

F

K

N

S

V

X


4POWER CONNECTION 4

Transformer 4.1

Primary: 230V 50/60 Hz total power 89VA

Secondary: 8V 0.8A fused by F5 (0.8A/250V time-lag) on power board

17V 0.63A fused by F1 (0.63A/250V time-lag) on power board




(at BOARD REVISION B)

Main filter 4.2

Fuses in main filter 2x0.8A/ 250V time lag.


POWER CONNECTION


5WIRING 5

RELAY MODULE X/1H 5.1

Table 5.1. X-RELAY

Jumper J3-J10 on the left side

Jumper J3-J10 on the right side

COM COM

NO RELAYX (LOW) HPRELAYX (LOW)

NC RELAYX (HIGH) HPRELAYX (HIGH)


WIRING

Figure 5.1. WIRING RELAY MODULE X/1H

Table 5.2. 1H-RELAY



COM COM

NO RELAYH (LOW) HPRELAYH (LOW)

NC RELAYH (HIGH) HPRELAYH (HIGH)

RII

1H-RELAY

NOCOMNC

RI

X-RELAYRLI

RLII

NOCOMNC

CX-520D

CX-520D

RELAY MODULE X/1H

TP1

TP3

TP2

HP

RT

SD

SE

NS

OR

/RE

LAY

MO

DU

LE B

OA

RD

H56

15

pink/red

red/green

white/brown

CONNECTEDTO MOTHER-BOARD


RELAY MODULE Y/Z

RELAY MODULE Y/Z 5.2

Figure 5.2. WIRING RELAY MODULE Y/Z

Table 5.3. Y-RELAY



COM COM

NO RELAYY (LOW) HPRELAYY(LOW)

NC RELAYY (HIGH) HPRELAYY (HIGH)

Table 5.4. Z-RELAY



COM COM

NO RELAYZ (LOW) HPRELAYZ (LOW)

NC RELAYZ (HIGH) HPRELAYZ (HIGH)

RII

Z-RELAY

NOCOMNC

RI

Y-RELAYRLI

RLII

NOCOMNC

CX-520D

CX-520D

RELAY MODULE Y/Z

TP1

TP3

TP2

HP

RT

SD

SE

NS

OR

/RE

LAY

MO

DU

LE B

OA

RD

H56

15

pink/red

red/green

white/brown

CONNECTEDTO MOTHER-BOARD


WIRING


SCHEMATICS A

HP RTSD CONNECTOR and DRIVER BOARD A.1


28 (39)B

RU

KE

RT

echn

ical Man

ual V

ersion

003

Figure A

.1.H

P R

TS

D C

ON

NE

CT

OR

and DR

IVE

R B

OA

RD

VCCFORW1HREFL1H

REFLXREFIN1H

B1B2B3B4B5B6B7B8B9

B10B11B12B13B14B15B16B17B18B19B20B21B22B23B24B25B26B27B28B29B30B31B32

X7

VG96B MALE H

PSON-REL-

1H-RELAY-X1-RELAY-Y-RELAY-Z-RELAY-

FORWX

RELAYH-LP

RELAYX-LP

RELAYY-LPRELAYZ-LP

A1A2A3A4A5A6A7A8A9

A10A11A12A13A14A15A16A17A18A19A20A21A22A23A24A25A26A27A28A29A30A31A32

X9

VG96A MALE H

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

1X13

3M 26PIN MALE V

BURNDY2

(2A)

(2B)

(2D)

(2E)

R1

(2H)

(2J)

(2L)

(2M)

(2P)

(2R)

(2T) +12V

C1C2C3C4C5C6C7C8C9

C10C11C12C13C14C15C16C17C18C19C20C21C22C23C24C25C26C27C28C29C30C31C32

X8

VG96C MALE H

+15V

R6

RES51R

(2U)

(2W)N

R8

RES51R

R10

RES51R

BURNDY1

(1A)

(1B)

(1D)

(1E)

(1H)

VCC

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

1X11

3M 26PIN MALE V

REFIN1H

(1J)

(1L)

(1M)

(1P)

(1R)

(1T)

NMR5_2-R12

RES51R

R13

RES51R

R14

RES51R

(1U)

(1W)

EXTERNAL1-

CAPBLOCK

-15V

R15

RES51R

R7

RES51R

R11

RES51R

R9

RES51R

Title: HP RTSD CONNECTOR u. DRIVER BOARD

Document No.: H3S101123Filename: CONECT_B.SHE

Board Part No.: H5621Print Part No.: H5622Print No. : H5P2063

BRUKER ELEKTRONIK GmbH

Date: May 9, 1994of 3Sheet: 1

Designer: U. VogelEC-Level: 02

SF_STEP1DIR

SF_DCMOTSTART

SF_EXTERNAL2

SF_LB_SELECT

NMR5_5

14

32

56

X1

NMR5_6

23456789

1

IR5RES ARRAY8x390R

VCCVCC

23456789

1

IR6RES ARRAY8x470R

2 3 4 5 6 7 8 9

1

IR8RES ARRAY8x390R

23456789

1

IR9RES ARRAY8x470R

1 2 3 4 5 6 7 8 91011121314151617181920212223242526272829303132333435363738394041424344454647484950

X10BLNK_TR1-GAIN0_TR1-NMR5_2-BLNK_TR2-GAIN0_TR2-NMR5_5-BLNK_TR5-NMR5_6- NMR5_13

14

32

56

X2

14

32

56

X3

NMR5_11

SF_STEP1_CLK

SF_STEP2_CLK

SF_RESET_STEPPE

SF_DCMO_RESET

FORW1HR17

RES1k

FORWX

REFLX

15

1614

U5E

74AS805

SF_GOTO_POSITIO

REFL1HR16

RES1k

VCC

23456789

1IR12RES ARRAY8x10k

14

32

56

X4

14

32

56

X5

NMR5_14

23456789

1

IR4RES ARRAY8x390R

SF_STEP1DIRSF_DCMOTSTARTSF_STEP1_CLKSF_STEP2_CLK

BLNK_TR6-RELAYH-EXTERNAL1-RELAYY-(NMR5_11-)RELAYZ-NMR5_13-(NMR5_14-)(NMR5_15-)

SF_RESET_STEPPER1SF_DCMO_RESETSF_GOTO_POSITIONSF_EXTERNAL2

GAIN1_TR1-

GAIN1_TR2- VCC 14

32

56

X6

NMR5_15

2 3 4 5 6 7 8 9

1

IR7

RES ARRAY8x10k

IR4 IS NOTPOPULATED

1 3 5 7 9 11 13 15

246810121416

J2

JUMPER16

BLNK_TR1-

BLNK_TR2-

1

2 3

U8A

74LS86

4

5 6

U8B

74LS86

1

2 3

U5A

74AS805

4

5 6

U5B

74AS805

7

8 9

U5C

74AS805

12

1311

U5D

74AS805

9

10 8

U8C

74LS86

BLNK_TR5-

VCC2 3 4 5 6 7 8 9

1

IR10RES ARRAY8x390R

2 3 4 5 6 7 8 9

1IR11

RES ARRAY8x470R

RELAYX-

RACK_ON/OFF-

SF_LB_SELECT

RELAYH-

1 2 3 4 5 6 7 8

X12

MODU1 8P MALE V

RELDRIVER

RELAYH- 1H-RELAY-RELAYX-RELAYY-RELAYZ-

HPRELAYH-HPRELAYX-HPRELAYY-HPRELAYZ-HPRACK_ON/OFF-

X1-RELAY-Y-RELAY-Z-RELAY-

RELAYH-LPRELAYX-LPRELAYY-LPRELAYZ-LP

PSON-REL-RACK_ON/OFF-

1H-RELAY-

BLNK_TR6- 12

1311

U8D

74LS86

1

2 3

U7A

74LS86

7

8 9

U9C

74AS805

18

1917

U5F

74AS805

1

2 3

U9A

74AS805

4

5 6

U7B

74LS86

GAIN0_TR1-

GAIN0_TR2-RELAYH-LPRELAYX-LPRELAYY-LPRELAYZ-LP

X1-RELAY-Y-RELAY-Z-RELAY-

PSON-REL-

RELAYX-RELAYY-RELAYZ-RACK_ON/OFF-

HPRELAYH-HPRELAYX-HPRELAYY-

(2C)(2F)(2K)

1 2 3 4 5 6 7 8

X14

MODU1 8P MALE V

HPRELAYZ-HPRACK_ON/OFF-

(2N)(2S)(2V)

GAIN1_TR1-

GAIN1_TR2- 9

10 8

U7C

74LS86

12

1311

U7D

74LS86

4

5 6

U9B

74AS805

12

1311

U9D

74AS805

Tech

nical M

anu

al Versio

n 003

BR

UK

ER

29 (39)

Figure A

.2.H

P R

TS

D C

ON

NE

CT

OR

and DR

IVE

R B

OA

RD

LAYH-LP

+12V

LAYX-LP

LAYY-LP 1 2 3 4 5 6 7 8

9101817161514131211

U2

L603

1H-RELAY-X1-RELAY-Y-RELAY-Z-RELAY-PSON-REL-

1H-RELAY-X1-RELAY-Y-RELAY-Z-RELAY-PSON-REL-

LAYZ-LP

Board Part No.: H5621Print Part No.: H5622Print No.: H5P2063


Document No.: H3S101683Filename: RELDRIVE.SHE



Date: May 9, 1994Sheet: 3 of 3

VCC

2 3 4 5 6 7 8 9

1IR1RES ARRAY8x10k

VCC

2 3 4 5 6 7 8 9

1

IR2RES ARRAY8x10k

2 3 4 5 6 7 8 9

1

IR3RES ARRAY8x390R

IR3 IS NOT

R1,R2,R3,R4,R5 ARE NOT

POPULATED

VCC

R1RES10M

RELAYH-RELAYH-

POPULATED

1 2

U1A

74LS04

1 2 3

J3JUMPER3 RELAYH-LP RE

RELAYX-LP RE1 2 3

J4JUMPER3

3 4

U1B

74LS04

RELAYX-

1 2

U4A

74LS04

3 4

U4B

74LS04

RELAYX-

3 1

2

U3A

75189

6 4

5

U3B

75189

VCC

R2RES10M

HPRELAYH-

HPRELAYX-

HPRELAYH-

HPRELAYX-

HPRELAYY-HPRELAYY-

R4RES10M

8 10

9

U3C

75189

VCC

RELAYY-

5 6

U4C

74LS04

RELAYY- 5 6

U1C

74LS04

1 2 3

J5JUMPER3 RELAYY-LP RE

RELAYZ-LP RE1 2 3

J6JUMPER3

1 2 3

J7JUMPER3

9 8

U1D

74LS04

11 10

U1E

74LS04

RELAYZ-

9 8

U4D

74LS04

RELAYZ-

11 13

12

U3D

75189

HPRELAYZ-HPRELAYZ-

VCC

R3RES10M

HPRACK_ON/OFF-HPRACK_ON/OFF-

VCC

R5RES10M

3 1

2

U6A

75189

11 10

U4E

74LS04

RACK_ON/OFF- RACK_ON/OFF-

1 2 3

J8JUMPER3

1 2 3

J10JUMPER3

1 2 3

J9JUMPER3

Figure A.3. HP RTSD CONNECTOR and DRIVER BOARD

VCC

C8

100n

C5

100n

C9

100n

C10

100n

C6

100n

C7

100n

C1

100n

C2

100n

C15

100n

C13100n

-15V

C14CAP SAL10u

C16100n

+15V

C17CAP SAL10u

C11100n

+12V

C12CAP SAL10u

C3100n

VCC

C4CAP SAL10u

GB1

GND BRIDGE

GB2

GND BRIDGE

Board Part No.: H5621

Print Part No.: H5622Print No.: H5P2063


Document No.: H4S101133Filename: CAPBL_B.SHE


Date: May 9, 1994Sheet: 2

Designer: U. Vogel

EC-Level: 02

of 3


Tech

nical M

anu

al Versio

n 003

BR

UK

ER

31 (39)

HP

RT

SD

PO

WE

R S

UP

PL

Y B

OA

RD

A.2

Figure A

.4.H

P R

TS

D P

OW

ER

SU

PP

LY B

OA

RD

GB2

GND BRIDGE

GB3

GND BRIDGE

TP1

TP09

+15V

GB1

GND BRIDGE

GB4

GND BRIDGE

D4

ZPD 9V1

D3

LED 3MM

TP2

TP09

5V

+15VR2

RES390R

D6

LED 3MM

-15VD7

ZPD 9V1

R3

RES390R

D2

ZPD 2V7

D8

ZPD 6V8

D1

LED 3MM

D9

LED 3MMTP4

TP09

+12V

VCC

+12VR4

RES390R

R1

RES47R

VCC

TP3

TP09

HS1

HEATSINK SK9684

4

rd Part No.: H5619t Part No.: H5620t No.: H5P2053

: HP RTSD POWER SUPPLY BOARD

ument No.: H3S101113ame: POWER_B.SHE



Date: November 15, 1993Sheet: 1 of 1

D10

1N4001

TP5TP09

VI 1GND

2

VO 3

U37815

1 2

X3

MODU1 2P MALE V

F2

3,15A T

VCC

-15V

+12V

A2A4A6A8

A10A12A14A16A18A20A22A24A26A28A30A32

X1

VG32A MALE H

+15V(AL8V)

(AL8VGND)

C2C4C6C8

C10C12C14C16C18C20C22C24C26C28C30C32

X2

VG32C MALE H

(AL24V-REL)

F1

0,63A T 2

4 1

3U2

B80C1500 GI

C5330n63V

C82200u35V

C7100n

C610u

-1D11

1N4001

C9

10u

C10

2u2

TP6TP09

C12

2200u35V

VI 2 VO 3GND

1

U57915

2

4 1

3

U7

B80C1500 GI

F4

0,63A T

(AL24VGND)

(AL17V1)

(AL17V1GND)

(AL17V2)

(AL17V2GND)

(AL14V)

(AL14VGND)

TP8TP09

C11100n

C4100n

C210u

C1330n63V

D5

1N4001

C32200u35V

VI 1GND

2

VO 3

U17812

2

4 3

1U4

VJ148

F3

0,8A T

D12

1N4001

TP7TP09

C15100n

C110u

C13330n63V

C16

2200u35V

VI 1GND

2

VO 3

U87805

2

4 3

1U6

VJ148

F5

0,8A T

H1

HOLE28

H2

HOLE28

BoaPrinPrin

Title

DocFilen

HP RTSD SENSOR / RELAY- MODULE BOARD A.3

Figure A.5. HP RTSD SENSOR/RELAY - MODULE BOARD

A1A2A3A4A5A6A7A8A9A10

X7

VG30A MALE H

+12V

D2SM4004 SMD

D3SM4004 SMD

TP3

TP13

TP1

TP13

ONLY FOR RELAY MODULE H5627

TP2

TP13

TP4

TP13

(X1/Y-RELAY)

(1H/Z-RELAY)

GB2

GND BRIDGE

(FORWX)1

4

3 2

5

X3

SMB MALE V

GB1

GND BRIDGE

ONLY FOR SENSOR MODULE H5626

1

4

3 2

5

X2

SMB MALE V

1

4

3 2

5

X1

SMB MALE V

(REFLX)

(REFIN1H)

B1B2B3B4B5B6B7B8B9B10

X6

VG30B MALE H

C1C2C3C4C5C6C7C8C9C10

X5

(FORW1H)R3

RES SMD0R

R1RES SMD1k

D1

HSMS-2800

C1CAP CER SMD6p8

R8

RES SMD56R

R6RES SMD56R

1

4

3 2

5

6

X4

CON COAX COMBI

1

4

3 2

5

6

X8

CON COAX COMBI

R5

RES SMD56R

R9RES SMD0R

C2CAP CER SMD33p

D4

HSMS-2800

R4

RES SMD0R

(REFL1H)

R2RES SMD1k

C3CAP CER SMD33p

C4CAP CER SMD6p8

R10RES SMD0R

R7RES SMD56R

H1

HOLE35

H2

HOLE35

H3

HOLE35

H4

HOLE35

Board Part No.: H5615Print Part No.: H5616Print No.: H7P2073

Title: HP RTSD SENSOR/RELAY-MODULE BOARD

Document No.: H4S101143Filename: SENSOR_B.SHE


Date: March 21, 1994Sheet 1

Designer: Uwe VogelEC-Level: 03

of 1


Tech

nical M

anu

al Versio

n 003

BR

UK

ER

33 (39)

HP

RT

SD

MO

TH

ER

BO

AR

DA

.4

Figure A

.6.H

P R

TS

D M

OT

HE

R B

OA

RD

BOARD

POWER SUPPLY

VCC

B1B2B3B4B5B6B7B8B9B10B11B12B13B14B15B16B17B18B19B20B21B22B23B24B25B26B27B28B29B30B31B32

X6

-15V

A2A4A6A8A10A12A14A16A18A20A22A24A26A28A30A32

X8

VG32A FEMALE V

+15V

+12V

AL8V

AL8VGND

AL24V-REL

AL24VGND

AL17V1

AL17V1GND

AL17V2

C2C4C6C8C10C12C14C16C18C20C22C24C26C28C30C32

X9

VG32C FEMALE V+12V

AL17V2GND

AL14V

AL14VGND

REL-

-15V +12V

3

4

1

2

RL1

RELAY ELR B4

AL24V

AL24V-REL

GB3 GB2 GB1

TP21TP09

TP20TP09

GB4

mother_b.she

2209

rd Part No.: H5617t Part No.: H5623t No.: H3P2043

: HP RTSD MOTHER BOARD

ument No.: H3S101103name: MOTHER_B.SHE


Sheet: 1 of 1Date: November 16, 1993


POWER ROUTER

BOARD

CONNECTOR AND DRIVER

SENSOR

MODULE

Y/Z

LOW POWER OR

RELAY MODULE

LOW POWER OR

RELAY MODULE

X/H

VCC A1A2A3A4A5A6A7A8A9A10A11A12A13A14A15A16A17A18A19A20A21A22A23A24A25A26A27A28A29A30A31A32

X2

VCC+12V


X12

VG30A FEMALE V

A1A2A3A4A5A6A7A8A9A10A11A12A13A14A15A16A17A18A19A20A21A22A23A24A25A26A27A28A29A30A31A32

X4+12V


X15

VG30A FEMALE V

VCC


X18

VG30A FEMALE V

FORW1HREFL1HFORWXREFLX

A1A2A3A4A5A6A7A8A9A10A11A12A13A14A15A16A17A18A19A20A21A22A23A24A25A26A27A28A29A30A31A32

X7

REFIN1H1H-RELAY-X1-RELAY-Y-RELAY-Z-RELAY-PSON-REL-

RELAYZ-LPRELAYX-LP

RELAYH-LP

RELAYY-LP


X17

VG30B FEMALE V

FORWX

REFLX

REFIN1H

Y-RELAY-

Z-RELAY-

RELAYY-LPRELAYZ-LP

RELAYX-LPRELAYH-LP

X1-RELAY-

1H-RELAY-


X11

VG30B FEMALE V


X14

VG30B FEMALE V

FORW1H C1C2C3C4C5C6C7C8C9C10

X16

VG30C FEMALE V

+12V

+15V

C1C2C3C4C5C6C7C8C9C10C11C12C13C14C15C16C17C18C19C20C21C22C23C24C25C26C27C28C29C30C31C32

X5VCC

REFL1H+15V

C1C2C3C4C5C6C7C8C9C10C11C12C13C14C15C16C17C18C19C20C21C22C23C24C25C26C27C28C29C30C31C32

X3C1C2C3C4C5C6C7C8C9C10

X13

VG30C FEMALE V

VCC

+15V

VCCC1C2C3C4C5C6C7C8C9C10C11C12C13C14C15C16C17C18C19C20C21C22C23C24C25C26C27C28C29C30C31C32

X1C1C2C3C4C5C6C7C8C9C10

X10

VG30C FEMALE V

AL24VAL24VGNDAL17V1AL17V1GNDAL17V2AL17V2GND

1 2 3 4 5 6 7 8 9 10

X19

MODU1 10P MALE V

VCC +15V

PSON-

TP19TP09

TPTP

1 2

X20

MODU1 2P MALE V

AL14VAL14VGNDAL8VAL8VGND

-15V

-15V

H1

HOLE35

H2

HOLE35

H3

HOLE35

H4

HOLE35

H5

HOLE35

H6

HOLE35

-15V

H7

HOLE35

H8

HOLE35

H9

HOLE35

H10

HOLE35

H11

HOLE35

H12

HOLE35

H13

HOLE35

H14

HOLE35

H15

HOLE35

-15V

H16

HOLE35

BoaPrinPrin

Title

DocFile

34 (39)B

RU

KE

RT

echn

ical Man

ual V

ersion

003

LO

W P

OW

ER

RO

UT

ER

BO

AR

DA

.5

Figure A

.7.LO

W P

OW

ER

RO

UT

ER

-VC

L6

10u15V VI 2 VO 3

GND

1

U57905

C3

100n

C4

10u

C7

100nC1210u

21

3

T22N3906

C16

3n3

+VA

1 2

U7A

7406

R1610k

R152k2

6

U6C

74ALS04

R13270R

1 3

U2

MAR4R12270R

R918R C14

3n3

C22

NO 1D2

DPJ350

C13

3n3

L2

470n

1

2

K3

R10 1k

R11180R

C23

3n3

+VA

R52k2

RF 2

3 4

U7B

7406

R410k

C6

21

3

T12N3906

L1

470n

R6180R

NC 2D1

DPJ350

1

2

K1

R1 1k

C8

3n3

1 3

U1

MAR4R7270R

R818R C9

3n3R3270R

Board Part No.: H5164Print Part No.: H5095Print No.: H6P1533A

Filename: LP-ROUT.SHE

Title: LOW POWER ROUTER

Document No.: H3S103203


Designer: K. RufEC-Level: 01

Date:February 27, 1992of 1Sheet 1

-VCC+5V

L14

6u

NMRCL1

NMRCL0

C3556p

C3656p

A1A2A3A4A5A6A7A8A9

A10A11A12A13A14A15A16A17A18A19A20A21A22A23A24A25A26A27A28A29A30A31A32

X2

VG64A MALE H

L13

470n

L12

470n

L11

470n

+5V

C1C2C3C4C5C6C7C8C9

C10C11C12C13C14C15C16C17C18C19C20C21C22C23C24C25C26C27C28C29C30C31C32

X1

VG64C MALE H

+5V

L10

470n

L9

470n

L8

470n

NMRCL2

NMRCL4

NMRCL6

C3356p

C3256p

C3156p

NMRCL5

C39

100n

C5

100n

+15V

L5

6u

C28

100n

+VA

C40

10u

C2

10u

5 9 8

U6D

74ALS04

C1

100n

C30

100nNMRCL7

1

2J1

1

2

J2

1

2J3

+VA

C17

3n3

1 3 5 7

2 4 6 8

J4

C2956p

C2756p

L7

470n

+15V-15V

1 2

U6A

74ALS04

3 4

U6B

74ALS04

R2610k

R252k2

5 6

U7C

7406

L4

470n

21

3

T42N3906

R27180R

VCC

2

412

14

3

5 6

11

13

15

8 10

9

19

7 16

17

18

201

SW1

YSW

C10

3n3

COM 21

3

2P1100R

1

2

K2 C21NO 2

R321k

D4

DPJ350

1

2

K6C243n3

1 3

U4

MAR4R28270R

C38

R2918R C25

3n3R30270R

VCC

C18

3n3

COM 1

R19100R

1

3

2P2100R

1

2

K5 C37

R31180R

C26

3n3

2

412

14

3

5 6

11

13

15

8 10

9

19

7 16

17

18

201

SW2

YSW

RF 1

R182k2

+VA

C11

3n3

R14180R

R2100R

-VC

C15

3n3

L3

470n

21

3

T32N3906

R20

180R

9 8

U7D

7406

R1710k

C34

-VC

R23270R

1 3

U3

MAR4R21270R

R2418R C20

3n3

NC 1D3

DPJ350

1

2

K4C19

3n3R22 1k

Figures

1 OVERVIEW 7

2 HP POWER ROUTER MODULES 9Figure 2.1. POWER ROUTER DIGITAL ...................................................9Figure 2.2. Jumper J2 ...........................................................................11Figure 2.3. Jumpers 3-10 ......................................................................11

3 PIN ASSIGNMENT 15Figure 3.1. Connector T1 ......................................................................15Figure 3.2. Connector PR1 ....................................................................17Figure 3.3. BURNDY1 (PR2) .................................................................19Figure 3.4. BURNDY2 (PR3) .................................................................20

4 POWER CONNECTION 21

5 WIRING 23Figure 5.1. WIRING RELAY MODULE X/1H ..........................................24Figure 5.2. WIRING RELAY MODULE Y/Z .............................................25

A SCHEMATICS 27Figure A.1. HP RTSD CONNECTOR and DRIVER BOARD ................... 28Figure A.2. HP RTSD CONNECTOR and DRIVER BOARD ................... 29Figure A.3. HP RTSD CONNECTOR and DRIVER BOARD ................... 30Figure A.4. HP RTSD POWER SUPPLY BOARD .................................. 31Figure A.5. HP RTSD SENSOR/RELAY - MODULE BOARD ................. 32Figure A.6. HP RTSD MOTHER BOARD ............................................... 33Figure A.7. LOW POWER ROUTER ..................................................... 34


Figures


Tables

1 OVERVIEW 7

2 HP POWER ROUTER MODULES 9

3 PIN ASSIGNMENT 15Table 3.1. CONNECTOR (T1) ........................................................ 15Table 3.2. Connector (PR1) ............................................................ 17Table 3.3. BURNDY1 (PR2) ........................................................... 19Table 3.4. BURNDY2 (PR3) ........................................................... 20

4 POWER CONNECTION 21

5 WIRING 23Table 5.1. X-RELAY ....................................................................... 23Table 5.2. 1H-RELAY ..................................................................... 24Table 5.3. Y-RELAY ....................................................................... 25Table 5.4. Z-RELAY ....................................................................... 25


Tables



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Transcript of HIGH POWER Router Digital · 2018-05-24 · P/N: Z31315 DWG-Nr: 1025003. Technical ... XBB 1kW) The...