# CDF Silicon Vertex Detector Low Voltage Power Pigtail Cable: Safety Information for the CDF Cable Committee 1/3/2001

# Length and Quantity Information

The document gives the specifications and safety information for the CDF
Silicon Vertex Detector low voltage power pigtail cable that runs from
the junction cards to the SVXII port cards.

Direct questions and comments to:

William Wester Phone: (630) 840-

(Physicist) Fax: (630) 840-6315

Email: <wester@fnal.gov>

Matthew Herndon Phone: (630) 840-8619

(Physicist) Fax: (630) 840-6315

Email: <herndon@fnal.gov>

# Low Voltage Power Cable (inner SVX)

##### Cable

#### General Description

Amphenol SpectraStrip 843-111-2213-010

Unjacketed 22 AWG 10 conductor flat PVC cable 7/30 stranded

105C, 300V, VW1 Fire Safety

and

Amphenol SpectraStrip 843-111-2609-016

Unjacketed 26 AWG 15 conductor flat PVC cable 7/34 stranded

105C, 300V, VW1 Fire Safety

#### Manufacturer: Amphenol

#### Cable Type: Flat ribbon

Part Number: 843-111-2213-010, 843-111-2609-016

#### Function: Supplies low voltages to the SVXII port card and the SVX3 JC.

#### 

#### Location_1: edge of SVXII and ISL barrel

#### Location_2: SVXII and ISL port cards

####  

#### Fire Safety

#### Flame test rating: Cables Rated for 105 C @ 300V

#### Both: UL1581 and VW-1

#### Insulation material: PVC

#### Jacket material: None

#### 

#### Electrical Considerations

#### Power conductor ampacity: See chart below.

#### Power conductor over-current protection: Fused at power supply: each line is fused to prevent currents higher than the maximum current listed in the table below. Also hardware and software trip control. As the maximum current for any supply is below the rated maximum of the individual lines in the cable assembly, fusing of individual lines is not necessary.

#### 

#### Connector 1

24 pin Micro-Fit wire-mount circuit receptacle, keyed to prevent
incorrect insertion

Part #: Molex 43025-2400

Receptacle pins

Part #: Molex 43030-0008 and 43030-0011 as appropriate

Terminal and pins rated to 5.0A per pin and 250V pin to pin

#### Connector 2

26 pin Micro-Fit wire-mount circuit receptacle, keyed to prevent
incorrect insertion

Part #: Hirose Electronics DF11-26DS-2C

Receptacle pins

Part #: Hirose Electronics DF11-22-5CA and DF11-2428-5CA as appropriate

Terminal and pins rated to 2.0A per pin and 250V pin to pin

#### Quantity, Length and Termination:

30(24 + 6 spare) assemblies, length = 57cm and standard termination

60(48 + 12 spare) assemblies, length = 24cm and standard termination

#### Pin out (labeled by HDI 1-5)

+----+------+------+-------+-----------+----------------------------+
| M  | Hi   | PCP  | Cond  | De        | Comment                    |
| ol | rose |      | uctor | scription |                            |
| ex |      | Stub |       |           |                            |
|    | PIN  | PIN  | N     |           |                            |
| P  | \#   | \#   | umber |           |                            |
| IN |      |      |       |           |                            |
| \# |      |      |       |           |                            |
+----+------+------+-------+-----------+----------------------------+
| 1  | 1    | 2    | 1a    | +5V DOIM  | AWG 22 cable a             |
+----+------+------+-------+-----------+----------------------------+
| 13 | 2    | 1    | 2a    | +5V DOIM  | AWG 22                     |
+----+------+------+-------+-----------+----------------------------+
| 2  | 3    | 4    | 1b    | DGNDP     | AWG 26 cable b             |
+----+------+------+-------+-----------+----------------------------+
| 14 | 4    | 3    | 3a    | +2V DOIM  | AWG 22                     |
+----+------+------+-------+-----------+----------------------------+
| 3  | 5    | 6    | 2b    | DGND1     | AWG 26                     |
+----+------+------+-------+-----------+----------------------------+
| 15 | 6    | 5    | 3b    | DVDD1     | AWG 26(layer 4)            |
+----+------+------+-------+-----------+----------------------------+
| 4  | 7    | 8    | 4b    | DGND2     | AWG 26                     |
+----+------+------+-------+-----------+----------------------------+
| 16 | 8    | 7    | 5b    | DVDD2     | AWG 26(layer 1)            |
+----+------+------+-------+-----------+----------------------------+
| 5  | 9    | 10   | 6b    | DGND3     | AWG 26                     |
+----+------+------+-------+-----------+----------------------------+
| 17 | 10   | 9    | 7b    | DVDD3     | AWG 26(layer 0)            |
+----+------+------+-------+-----------+----------------------------+
| 6  | 11   | 12   | 8b    | DGND4     | AWG 26                     |
+----+------+------+-------+-----------+----------------------------+
| 18 | 12   | 11   | 9b    | DVDD4     | AWG 26(layer 3)            |
+----+------+------+-------+-----------+----------------------------+
| 7  | 13   | 14   | 10b   | DGND5     | AWG 26                     |
+----+------+------+-------+-----------+----------------------------+
| 19 | 14   | 13   | 11b   | DVDD5     | AWG 26(layer 2)            |
+----+------+------+-------+-----------+----------------------------+
| 8  | 15   | 16   | 4a    | AGND1     | AWG 22                     |
+----+------+------+-------+-----------+----------------------------+
| 20 | 16   | 15   | 5a    | AVDD1     | AWG 22(layer 4)            |
+----+------+------+-------+-----------+----------------------------+
|    | 17   | 18   |       | AGND1     | Only stuffed on PCP        |
+----+------+------+-------+-----------+----------------------------+
|    | 18   | 17   |       | AVDD1     | Only stuffed on PCP        |
+----+------+------+-------+-----------+----------------------------+
| 9  | 19   | 20   | 12b   | AGND2     | AWG 26                     |
+----+------+------+-------+-----------+----------------------------+
| 21 | 20   | 19   | 13b   | AVDD2     | AWG 26(layer 1)            |
+----+------+------+-------+-----------+----------------------------+
| 10 | 21   | 22   | 14b   | AGND3     | AWG 26                     |
+----+------+------+-------+-----------+----------------------------+
| 22 | 22   | 21   | 15b   | AVDD3     | AWG 26(layer 0)            |
+----+------+------+-------+-----------+----------------------------+
| 11 | 23   | 24   | 6a    | AGND4     | AWG 22                     |
+----+------+------+-------+-----------+----------------------------+
| 23 | 24   | 23   | 7a    | AVDD4     | AWG 22(layer 3)            |
+----+------+------+-------+-----------+----------------------------+
| 12 | 25   | 26   | 8a    | AGND5     | AWG 22                     |
+----+------+------+-------+-----------+----------------------------+
| 24 | 26   | 25   | 9a    | AVDD5     | AWG 22(layer 2)            |
+----+------+------+-------+-----------+----------------------------+

Note: Molex connector pin numbering convention is as follows. Pins
number from 1 to 12 on the first row of twelve and from 13 to 24 on the
second row of 12. Pin 1 is in the upper left when viewed looking down
onto a board.

Note: Hirose connector pin numbering convention is as follows. Pins
number from 1 and two on the first column of two where there are 12
columns. Pin 1 is in the upper left when viewed looking down onto a
board.

Note: PCP stub numbers as the Hirose connector except in that pin 1 is
in the upper right when viewed looking down onto the board. i.e. all
even odd pairs are reversed.

#### Maximum voltage and current per supply

Note maximum recommended current for flat cable(10 degree heating)

AWG 28 is 1.0A

AWG 26 is 1.5A

AWG 24 is 2.0A

AWG 22 is 2.5A

  --------------- ----------------- ----------------- --------------------
  Supply Name     Maximum           Maximum           AWG
                  Voltage(V)        Current(A)        

  +5V DOIM        8.0               2.0/2=1.0         AWG 22

  +5V DOIM        8.0               2.0/2=1.0         AWG 22

  +2V DOIM        3.5               1.7               AWG 22

  DGNDP           0.0               1.1               AWG 26

  DVDD1           8.0               2.0               AWG 26(layer 4)

  DGND1           0.0               2.0               AWG 26

  DVDD2           8.0               0.9               AWG 26(layer 1)

  DGND2           0.0               0.9               AWG 26

  DVDD3           8.0               0.6               AWG 26(layer 0)

  DGND3           0.0               0.6               AWG 26

  DVDD4           8.0               1.5               AWG 26(layer 3)

  DGND4           0.0               1.5               AWG 26

  DVDD5           8.0               1.5               AWG 26(layer 2)

  DGND5           0.0               1.5               AWG 26

  AVDD1           10.0              2.0               AWG 22(layer 4)

  AGND1           0.0               2.0               AWG 22

  AVDD2           10.0              0.9               AWG 26(layer 1)

  AGND2           0.0               0.9               AWG 26

  AVDD3           10.0              0.6               AWG 26(layer 0)

  AGND3           0.0               0.6               AWG 26

  AVDD4           10.0              1.5               AWG 22(layer 3)

  AGND4           0.0               1.5               AWG 22

  AVDD5           10.0              1.5               AWG 22(layer 2)

  AGND5           0.0               1.5               AWG 22
  --------------- ----------------- ----------------- --------------------

# Low Voltage Power Cable (inner ISL/L00)

##### Cable

#### General Description

Amphenol SpectraStrip 843-111-2213-030 (or three 10)

Unjacketed 22 AWG 24 conductor flat PVC cable 7/30 stranded

105C, 300V, VW1 Fire Safety

Manufacturer: Amphenol

#### Cable Type: Flat ribbon

#### Part Number: 843-111-2213-030 (or two 15)

#### 

#### Function: Supplies low voltages to the SVXII port card and the SVX3 IC.

#### Location_1: edge of ISL barrel

#### Location_2: ISL port cards

####  

#### Fire Safety

#### Flame test rating: Cables Rated for 105 C @ 300V

#### Both: UL1581 and VW-1

#### Insulation material: PVC

#### Jacket material: None

#### 

#### Electrical Considerations

#### Power conductor ampacity: See chart below.

#### Power conductor over-current protection: Fused at power supply: each line is fused to prevent currents higher than the maximum current listed in the table below. Also hardware and software trip control. As the maximum current for any supply is below the rated maximum of the cable assembly, fusing of individual lines is not necessary.

#### 

#### Connector 1

24 pin Micro-Fit wire-mount circuit receptacle, keyed to prevent
incorrect insertion

Part #: Molex 43025-2400

Receptacle pins

Part #: Molex 43030-0008

Terminal and pins rated to 5.0A per pin and 250V pin to pin

#### Connector 2

26 pin Micro-Fit wire-mount circuit receptacle, keyed to prevent
incorrect insertion

Part #: Hirose Electronics DF11-26DS-2C

Receptacle pins

Part #: Hirose Electronics DF11-22-5CA

Terminal and pins rated to 2.0A per pin and 250V pin to pin

Note: All AVDD lines will have software trips at or bellow 2.0A, all
DVDD lines will have software trips at or bellow 1.0A.

#### Quantity, Length and Termination:

10(8 + 2 spare) assemblies, length = 63cm and standard termination

42(34 + 8 spare) assemblies, length = 27cm and standard termination

#### Pin out (labeled by HDI 1-5)

+----+------+------+-------+-----------+----------------------------+
| M  | Hi   | PCP  | Cond  | De        | Comment                    |
| ol | rose |      | uctor | scription |                            |
| ex |      | Stub |       |           |                            |
|    | PIN  | PIN  | N     |           |                            |
| P  | \#   | \#   | umber |           |                            |
| IN |      |      |       |           |                            |
| \# |      |      |       |           |                            |
+----+------+------+-------+-----------+----------------------------+
| 1  | 1    | 2    | 1     | +5V DOIM  | AWG 22                     |
+----+------+------+-------+-----------+----------------------------+
| 13 | 2    | 1    | 2     | +5V DOIM  | AWG 22                     |
+----+------+------+-------+-----------+----------------------------+
| 2  | 3    | 4    | 3     | DGNDP     | AWG 22                     |
+----+------+------+-------+-----------+----------------------------+
| 14 | 4    | 3    | 4     | +2V DOIM  | AWG 22                     |
+----+------+------+-------+-----------+----------------------------+
| 3  | 5    | 6    | 5     | DGND1     | AWG 22(layer 4)            |
+----+------+------+-------+-----------+----------------------------+
| 15 | 6    | 5    | 6     | DVDD1     | AWG 22                     |
+----+------+------+-------+-----------+----------------------------+
| 4  | 7    | 8    | 7     | DGND2     | AWG 22(layer 1)            |
+----+------+------+-------+-----------+----------------------------+
| 16 | 8    | 7    | 8     | DVDD2     | AWG 22                     |
+----+------+------+-------+-----------+----------------------------+
| 5  | 9    | 10   | 9     | DGND3     | AWG 22(layer 0)            |
+----+------+------+-------+-----------+----------------------------+
| 17 | 10   | 9    | 10    | DVDD3     | AWG 22                     |
+----+------+------+-------+-----------+----------------------------+
| 6  | 11   | 12   | 11    | DGND4     | AWG 22(layer 3)            |
+----+------+------+-------+-----------+----------------------------+
| 18 | 12   | 11   | 12    | DVDD4     | AWG 22                     |
+----+------+------+-------+-----------+----------------------------+
| 7  | 13   | 14   | 13    | DGND5     | AWG 22(layer 2)            |
+----+------+------+-------+-----------+----------------------------+
| 19 | 14   | 13   | 14    | DVDD5     | AWG 22                     |
+----+------+------+-------+-----------+----------------------------+
| 8  | 15   | 16   | 15    | AGND1     | AWG 22(layer 4)            |
+----+------+------+-------+-----------+----------------------------+
| 20 | 16   | 15   | 16    | AVDD1     | AWG 22                     |
+----+------+------+-------+-----------+----------------------------+
|    | 17   | 18   |       |           |                            |
+----+------+------+-------+-----------+----------------------------+
|    | 18   | 17   |       |           |                            |
+----+------+------+-------+-----------+----------------------------+
| 9  | 19   | 20   | 17    | AGND2     | AWG 22(layer 1)            |
+----+------+------+-------+-----------+----------------------------+
| 21 | 20   | 19   | 18    | AVDD2     | AWG 22                     |
+----+------+------+-------+-----------+----------------------------+
| 10 | 21   | 22   | 19    | AGND3     | AWG 22(layer 0)            |
+----+------+------+-------+-----------+----------------------------+
| 22 | 22   | 21   | 20    | AVDD3     | AWG 22                     |
+----+------+------+-------+-----------+----------------------------+
| 11 | 23   | 24   | 21    | AGND4     | AWG 22(layer 3)            |
+----+------+------+-------+-----------+----------------------------+
| 23 | 24   | 23   | 22    | AVDD4     | AWG 22                     |
+----+------+------+-------+-----------+----------------------------+
| 12 | 25   | 26   | 23    | AGND5     | AWG 22(layer 2)            |
+----+------+------+-------+-----------+----------------------------+
| 24 | 26   | 25   | 24    | AVDD5     | AWG 22                     |
+----+------+------+-------+-----------+----------------------------+

Note: Molex connector pin numbering convention is as follows. Pins
number from 1 to 12 on the first row of twelve and from 13 to 24 on the
second row of 12. Pin 1 is in the upper left when viewed looking down
onto a board.

Note: Hirose connector pin numbering convention is as follows. Pins
number from 1 and two on the first column of two where there are 12
columns. Pin 1 is in the upper left when viewed looking down onto a
board.

Note: PCP stub numbers as the Hirose connector except in that pin 1 is
in the upper right when viewed looking down onto the board. i.e. all
even odd pairs are reversed.

#### Maximum voltage and current per supply

Note maximum recommended current for flat cable

AWG 28 is 1.0A

AWG 26 is 1.5A

AWG 24 is 2.0A

AWG 22 is 2.5A

  --------------- ----------------- ----------------- --------------------
  Supply Name     Maximum           Maximum           AWG
                  Voltage(V)        Current(A)        

  +5V DOIM        8.0               2.0/2=1.0         AWG 22

  +5V DOIM        8.0               2.0/2=1.0         AWG 22

  +2V DOIM        3.5               1.7               AWG 22

  DGNDP           0.0               1.1               AWG 22

  DVDD1           8.0               2.7               AWG 22(layer 4)

  DGND1           0.0               2.7               AWG 22

  DVDD2           8.0               2.7               AWG 22(layer 1)

  DGND2           0.0               2.7               AWG 22

  DVDD3           8.0               2.7               AWG 22(layer 0)

  DGND3           0.0               2.7               AWG 22

  DVDD4           8.0               2.7               AWG 22(layer 3)

  DGND4           0.0               2.7               AWG 22

  DVDD5           8.0               2.7               AWG 22(layer 2)

  DGND5           0.0               2.7               AWG 22

  AVDD1           10.0              2.4               AWG 22(layer 4)

  AGND1           0.0               2.4               AWG 22

  AVDD2           10.0              2.4               AWG 22(layer 1)

  AGND2           0.0               2.4               AWG 22

  AVDD3           10.0              2.4               AWG 22(layer 0)

  AGND3           0.0               2.4               AWG 22

  AVDD4           10.0              2.4               AWG 22(layer 3)

  AGND4           0.0               2.4               AWG 22

  AVDD5           10.0              2.4               AWG 22(layer 2)

  AGND5           0.0               2.4               AWG 22
  --------------- ----------------- ----------------- --------------------

# Low Voltage Power Cable (outer SVX)

##### Cable

#### General Description

Amphenol SpectraStrip 843-111-1801-024

Unjacketed 18 AWG 24 conductor flat PVC cable 19/30 stranded

105C, 300V, VW1 Fire Safety

#### 

#### Manufacturer: Amphenol

#### Cable Type: Flat ribbon

Part Number: 843-111-1801-024

#### Function: Supplies low voltages to the SVXII port card and the SVX3 IC.

#### 

#### Location_1: Junction Card ring at End of ISL extension tube 

#### Location_2: edge of SVXII and ISL barrel

#### 

#### Fire Safety

#### Flame test rating: Cables Rated for 105 C @ 300V

#### UL VW1

#### Insulation material: PVC

#### Jacket material: None

#### 

#### Electrical Considerations

#### Power conductor ampacity: See chart below.

#### Power conductor over-current protection: Fused at power supply: each line is fused to prevent currents higher than the maximum current listed in the table below. Also hardware and software trip control. As the maximum current for any supply is below the rated maximum of the cable assembly, fusing of individual lines is not necessary.

#### 

#### Connector 1

24 pin Micro-Fit wire-mount circuit receptacle, keyed to prevent
incorrect insertion

Part #: Molex 43025-2400

Receptacle pins

Part #: Molex 43030-0008

Terminal and pins rated to 5.0A per pin and 250V pin to pin

#### Connector 2

24 pin Micro-Fit wire-mount circuit plug, keyed to prevent incorrect
insertion

Part #: Molex 43020-2401

Receptacle pins

Part #: Molex 43031-0008

Terminal and pins rated to 5.0A per pin and 250V pin to pin

#### 

#### Quantity, Length and Termination:

90(72 + 18 spare) assemblies, length = 91cm and standard termination

#### Pin out (labeled by HDI 1-5)

+-----+------+------+---------------+--------------------------------+
| PIN | PIN  | C    | Description   | Comment                        |
| @   | @    | ondu |               |                                |
|     |      | ctor |               |                                |
| JB  | Edge |      |               |                                |
|     | of   | Nu   |               |                                |
|     |      | mber |               |                                |
|     | S    |      |               |                                |
|     | pace |      |               |                                |
|     | tube |      |               |                                |
+-----+------+------+---------------+--------------------------------+
| 1   | 1    | 1    | +5V DOIM      | AWG 18                         |
+-----+------+------+---------------+--------------------------------+
| 13  | 13   | 2    | +5V DOIM      | AWG 18                         |
+-----+------+------+---------------+--------------------------------+
| 2   | 2    | 3    | DGNDP         | AWG 18                         |
+-----+------+------+---------------+--------------------------------+
| 14  | 14   | 4    | +2V DOIM      | AWG 18                         |
+-----+------+------+---------------+--------------------------------+
| 3   | 3    | 5    | DGND1         | AWG 18(layer 4)                |
+-----+------+------+---------------+--------------------------------+
| 15  | 15   | 6    | DVDD1         | AWG 18                         |
+-----+------+------+---------------+--------------------------------+
| 4   | 4    | 7    | DGND2         | AWG 18(layer 1)                |
+-----+------+------+---------------+--------------------------------+
| 16  | 16   | 8    | DVDD2         | AWG 18                         |
+-----+------+------+---------------+--------------------------------+
| 5   | 5    | 9    | DGND3         | AWG 18(layer 0)                |
+-----+------+------+---------------+--------------------------------+
| 17  | 17   | 10   | DVDD3         | AWG 18                         |
+-----+------+------+---------------+--------------------------------+
| 6   | 6    | 11   | DGND4         | AWG 18(layer 3)                |
+-----+------+------+---------------+--------------------------------+
| 18  | 18   | 12   | DVDD4         | AWG 18                         |
+-----+------+------+---------------+--------------------------------+
| 7   | 7    | 13   | DGND5         | AWG 18(layer 2)                |
+-----+------+------+---------------+--------------------------------+
| 19  | 19   | 14   | DVDD5         | AWG 18                         |
+-----+------+------+---------------+--------------------------------+
| 8   | 8    | 15   | AGND1         | AWG 18(layer 4)                |
+-----+------+------+---------------+--------------------------------+
| 20  | 20   | 16   | AVDD1         | AWG 18                         |
+-----+------+------+---------------+--------------------------------+
| 9   | 9    | 17   | AGND2         | AWG 18(layer 1)                |
+-----+------+------+---------------+--------------------------------+
| 21  | 21   | 18   | AVDD2         | AWG 18                         |
+-----+------+------+---------------+--------------------------------+
| 10  | 10   | 19   | AGND3         | AWG 18(layer 0)                |
+-----+------+------+---------------+--------------------------------+
| 22  | 22   | 20   | AVDD3         | AWG 18                         |
+-----+------+------+---------------+--------------------------------+
| 11  | 11   | 21   | AGND4         | AWG 18(layer 3)                |
+-----+------+------+---------------+--------------------------------+
| 23  | 23   | 22   | AVDD4         | AWG 18                         |
+-----+------+------+---------------+--------------------------------+
| 12  | 12   | 23   | AGND5         | AWG 18(layer 2)                |
+-----+------+------+---------------+--------------------------------+
| 24  | 24   | 24   | AVDD5         | AWG 18                         |
+-----+------+------+---------------+--------------------------------+

Note: Molex female connector pin numbering convention is as follows.
Pins number from 1 to 12 on the first row of twelve and from 13 to 24 on
the second row of 12. Pin 1 is in the upper left when viewed looking
down onto a board.

Note: Molex male connector pin numbering convention is as follows. Pins
number from 1 to 12 on the first row of twelve and from 13 to 24 on the
second row of 12. Pin 1 is in the upper right when viewed looking down
the cable toward the connector.

#### Maximum voltage and current per supply

  --------------- ----------------- ----------------- --------------------
  Supply Name     Maximum           Maximum           AWG
                  Voltage(V)        Current(A)        

  +5V DOIM        8.0               2.0/2=1.0         AWG 18

  +5V DOIM        8.0               2.0/2=1.0         AWG 18

  +2V DOIM        3.5               1.7               AWG 18

  DGNDP           0.0               1.1               AWG 18

  DVDD1           8.0               2.0               AWG 18(layer 4)

  DGND1           0.0               2.0               AWG 18

  DVDD2           8.0               0.9               AWG 18(layer 1)

  DGND2           0.0               0.9               AWG 18

  DVDD3           8.0               0.6               AWG 18(layer 0)

  DGND3           0.0               0.6               AWG 18

  DVDD4           8.0               1.5               AWG 18(layer 3)

  DGND4           0.0               1.5               AWG 18

  DVDD5           8.0               1.5               AWG 18(layer 2)

  DGND5           0.0               1.5               AWG 18

  AVDD1           10.0              2.0               AWG 18(layer 4)

  AGND1           0.0               2.0               AWG 18

  AVDD2           10.0              0.9               AWG 18(layer 1)

  AGND2           0.0               0.9               AWG 18

  AVDD3           10.0              0.6               AWG 18(layer 0)

  AGND3           0.0               0.6               AWG 18

  AVDD4           10.0              1.5               AWG 18(layer 3)

  AGND4           0.0               1.5               AWG 18

  AVDD5           10.0              1.5               AWG 18(layer 2)

  AGND5           0.0               1.5               AWG 18
  --------------- ----------------- ----------------- --------------------

# Bias Voltage Cable

##### Cable

#### General Description

#### 3M 3355/16

Unjacketed 28 AWG 16 conductor flat TPE cable 7/34 stranded

105C, 300V, ULH and VW1 Fire Safety

(note: L00 is hardware limited to 500V, ISL and SVXII are limited to
250V)

(see L00 testing note below)

#### Manufacturer: 3M

#### Cable Type: Flat ribbon

Part Number: 3355/16

#### Function: Supplies bias to the silicon ladders.

#### 

#### Location_1: Junction Card ring at End of ISL extension tube 

#### Location_2: SVXII and ISL port cards

#### 

#### Fire Safety

#### Flame test rating: Cables Rated for 105 C @ 300V

#### ULH and VW1

#### Insulation material: TPE

#### Jacket material: None

#### 

#### Electrical Considerations

#### Power conductor ampacity: Current limited cable: max 5mA/(6mA for L00)

Power conductor over-current protection: fused at power supply. Also has
hardware and software trip control.

Connectors

16 pin IDC wiremount female receptacle, mass terminated, keyed to
prevent incorrect insertion using keying plug 3M 3425-0

Part#: 3M 3452-7000 and keying plug Part \# 3M 3425-0

Terminal and pins rated to 1.0A per pin and 1000V pin to pin

#### Quantity, Length and Termination:

30(24 + 6 spare) assemblies, length = 148cm and when cable is laid flat
terminate with one connector facing up and one connector facing down
with pin 1 to the outside of the cable.

30(24 + 6 spare) assemblies, length = 115cm and when cable is laid flat
terminate with one connector facing up and one connector facing down
with pin 1 to the outside of the cable.

30(24 + 6 spare) assemblies, length = 120cm and when cable is laid flat
terminate with both connectors facing down.

42(34 + 8 spare) assemblies, length = 32cm and when cable is laid flat
terminate with both connectors facing down.

10(8 + 2 spare) assemblies, length = 68cm and when cable is laid flat
terminate with both connectors facing down.

**L00 Testing Note:**

L00 cables and connector were tested to 1000V as follows.

1\) Apply 1000V difference between positive and negative bias lines.
Positive line at 1000V, negative line at 0V and reference line at 0V.
Actual system run with positive line at a maximum of 500V. Result,
correct voltages were seen, no breakdowns and leakage currents of less
than 10nA(below detectable threshold.)

2\) Wrap bundle in aluminum foil. No breakdowns and leakage currents of
less than 10nA.

3\) Connect aluminum foils to HV ground. No breakdowns and leakage
currents of less than 10nA.

4\) Rub vigorously the aluminum foil along the length of the cable. No
breakdowns and leakage currents of less than 10nA.

Note that these tests were developed after speaking to the 3M cable
engineer about the tests performed to receive a UL voltage rating.

#### Pin out (labeled by HDI 1-5)

+-----------+-----------+---------------+-----------------------------+
| PIN @ JB  | PIN @     | Conductor     | Description                 |
|           |           |               |                             |
|           | PCB       | Number        |                             |
+-----------+-----------+---------------+-----------------------------+
| 1         | 1         | 1             |                             |
+-----------+-----------+---------------+-----------------------------+
| 2         | 2         | 2             | DBP4(layer 3)               |
+-----------+-----------+---------------+-----------------------------+
| 3         | 3         | 3             | DBG4                        |
+-----------+-----------+---------------+-----------------------------+
| 4         | 4         | 4             | DBZ4                        |
+-----------+-----------+---------------+-----------------------------+
| 5         | 5         | 5             | DBZ1(layer 4)               |
+-----------+-----------+---------------+-----------------------------+
| 6         | 6         | 6             | DBG1                        |
+-----------+-----------+---------------+-----------------------------+
| 7         | 7         | 7             | DBP1                        |
+-----------+-----------+---------------+-----------------------------+
| 8         | 8         | 8             | DBP3(layer 0)               |
+-----------+-----------+---------------+-----------------------------+
| 9         | 9         | 9             | DBG3                        |
+-----------+-----------+---------------+-----------------------------+
| 10        | 10        | 10            | DBZ3                        |
+-----------+-----------+---------------+-----------------------------+
| 11        | 11        | 11            | DBZ2(layer 1)               |
+-----------+-----------+---------------+-----------------------------+
| 12        | 12        | 12            | DBG2                        |
+-----------+-----------+---------------+-----------------------------+
| 13        | 13        | 13            | DBP2                        |
+-----------+-----------+---------------+-----------------------------+
| 14        | 14        | 14            | DBP5(layer 2)               |
+-----------+-----------+---------------+-----------------------------+
| 15        | 15        | 15            | DBG5                        |
+-----------+-----------+---------------+-----------------------------+
| 16        | 16        | 16            | DBZ5                        |
+-----------+-----------+---------------+-----------------------------+
|           |           |               |                             |
+-----------+-----------+---------------+-----------------------------+

Note: 3M connector pin numbering convention is as follows. Pins number
from 1 and two on the first column of two where there are 8 columns. Pin
1 is in the upper right when viewed looking down onto a board.

Note: since we are using female connectors at each end the first end
must be terminated with the connector facing the down and the second up.

# FIB Digital Timing Signal Cable

##### Cable

#### General Description

#### Hitachi 23195/26

Unjacketed 30 AWG 26 conductor micro twist flat PVC cable7/38 stranded

105C, 30V, VW1 Fire Safety

#### Manufacturer: Hitachi

#### Cable Type: Flat micro twist ribbon

Part Number: 23195/26

#### Function: Transmits differential timing signals for the SVX3 chip

#### 

#### Location_1: Junction Card ring at End of ISL extension tube 

#### Location_2: SVXII and ISL port cards

#### 

#### Fire Safety

#### Flame test rating: Cables Rated for 105 C @ 30V

#### UL VW-1

#### Insulation material: PVC

#### Jacket material: None

#### 

#### Electrical Considerations

#### Power conductor ampacity: 

#### Current limited cable:

Power conductor over-current protection: NA

#### Connectors

26 pin single polarized female receptacle,

Part#: Samtec FFSD-13-D-78-01-N

Terminal and pins rated to 0.5A per pin and 375V pin to pin

#### 

#### Quantity, Length and Termination:

30(24 + 6 spare) assemblies, length = 150cm and when cable is laid flat
terminate with one connector facing up and one connector facing down.
FFSD-13-D-78-01-N-D-O

30(24 + 12 spare) assemblies, length = 125cm and when cable is laid flat
terminate with one connector facing up and one connector facing down.
FFSD-13-D-78-01-N-D-O

30(24 + 12 spare) assemblies, length = 125cm and when cable is laid flat
terminate with both connectors facing down. FFSD-13-D-78-01-N-D

42(34 + 8 spare) assemblies, length = 25cm and when cable is laid flat
terminate with both connectors facing down. FFSD-13-D-78-01-N-D

10(8 + 2 spare) assemblies, length = 75cm and when cable is laid flat
terminate with both connectors facing down. FFSD-13-D-78-01-N-D

where --D stands for double connector, i.e. one on each side and --O
stands for outside reversed, i.e. one connector faces up and the other
faces down.

#### 

#### Pin out

+-----+-----+-------+--------------+---------------------------------+
| PIN | PIN | Cond  | Description  | Comment                         |
| @   | @   | uctor |              |                                 |
|     |     | N     |              |                                 |
| JB  | PCB | umber |              |                                 |
|     | ^1^ |       |              |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 1   | 1   | 1     | Shield       |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 2   | 2   | 2     | Shield       |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 3   | 3   | 3     | ICFE_CLKH    |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 4   | 4   | 4     | ICFE_CLKL    |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 5   | 5   | 5     | C_CLK (H)    |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 6   | 6   | 6     | C_CLK\* (L)  |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 7   | 7   | 7     | C_DATA (H)   |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 8   | 8   | 8     | C_DATA\* (L) |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 9   | 9   | 9     | C_C0 (H)     |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 10  | 10  | 10    | C_C0\* (L)   |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 11  | 11  | 11    | C_C1 (H)     |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 12  | 12  | 12    | C_C1\* (L)   |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 13  | 13  | 13    | C_C2 (H)     |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 14  | 14  | 14    | C_C2\* (L)   |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 15  | 15  | 15    | C_C3 (H)     |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 16  | 16  | 16    | C_C3\* (L)   |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 17  | 17  | 17    | C_C4 (H)     |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 18  | 18  | 18    | C_C4\* (L)   |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 19  | 19  | 19    | ICBE_CLKL    |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 20  | 20  | 20    | ICBE_CLKH    |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 21  | 21  | 21    | C_L1A (H)    |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 22  | 22  | 22    | C_L1A\* (L)  |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 23  | 23  | 23    | CPIPE_RD2H   |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 24  | 24  | 24    | CPIPE_RD2L   |                                 |
+-----+-----+-------+--------------+---------------------------------+
| 25  | 25  | 25    |              | n/c                             |
+-----+-----+-------+--------------+---------------------------------+
| 26  | 26  | 26    |              | n/c                             |
+-----+-----+-------+--------------+---------------------------------+

Note: 3M connector pin numbering convention is as follows. Pins number
from 1 and two on the first column of two where there are 8 columns. Pin
1 is in the upper right when viewed looking down onto a board.

Note: since we are using female connectors at each end the first end
must be terminated with the connector facing the down and the second up.