SHDB62M-BW-LL Specifications

These specifications apply to the 1 m and 2 mSHDB62M-BW-LL. The SHDB62M-BW-LL is a 62 D-sub male to bare wire male low-leakage cable intended for use with PXIe-4162/4163 Source Measure Units.

Caution Do not exceed the operating specifications for the module connected to the SHDB62M-BW-LL. Refer to the Safety, Environmental, and Regulatory Information for the module for the maximum operating temperature, additional environmental requirements, and safety and EMC guidelines and standards.
Notice Clean the hardware with a soft, nonmetallic brush. Make sure that the hardware is completely dry and free from contaminants before returning it to service. Avoid direct handling of connector ends to prevent contaminant buildup on sensitive conductors.

Definitions

Warranted specifications describe the performance of a model under stated operating conditions and are covered by the model warranty.

Characteristics describe values that are relevant to the use of the model under stated operating conditions but are not covered by the model warranty.

  • Typical specifications describe the performance met by a majority of models.
  • Nominal specifications describe an attribute that is based on design, conformance testing, or supplemental testing.

Specifications are Nominal unless otherwise noted.

Conditions

Specifications are valid at an ambient temperature[1]1 The ambient temperature of a PXI system is defined as the temperature at the chassis fan inlet (air intake). of 23 °C ± 5 ºC unless otherwise noted.

Maximum Voltage and Current

Maximum voltage (channel to earth ground)

60 VDC

Maximum current per channel

100 mA

Insulation Resistance[2]2 Applies up to 30 °C and 60% relative humidity. Guarded and non-guarded insulation resistance decrease to 6 × 1010 Ω at 55 °C and 70% relative humidity.

Guarded insulation resistance[3]3 Guarded insulation resistance only applies with the use of a PXIe-4162, which supports guarding.

3 × 1012 Ω

Non-guarded insulation resistance

1 × 1012 Ω

Physical

Weight

1 m cable

299 g (10.5 oz)

2 m cable

516 g (18.2 oz)

Cable Cross-Section

The outer shield of the SHDB62M-BW-LL consists of braided wire that is tied to chassis ground through the shell of the PXIe-4162/4163 front panel connector.

The inner shield, located within the outer shield, provides an additional layer of foil insulation tied to the Output LO pin (pin 10). The Output LO pin is also tied to shield drain wire 3 within each of the four bundles.

Note Using the SHDB62M-BW-LL, you can customize cabling connections to any device under test. When doing so, it is not necessary to connect the Output LO signal from shield drain wire 3. Connecting shield drain wire 4 from the inner shield will provide the necessary path for return current for your measurements.

The following diagram shows a cross-section of the SHDB62M-BW-LL when used with a PXIe-4162.

Figure 1. Cable Cross-Section with a PXIe-4162

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The following diagram shows a cross-section of the SHDB62M-BW-LL when used with a PXIe-4163.

Figure 2. Cable Cross-Section with a PXIe-4163

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Pinouts for Associated Source Measure Units

PXIe-4162/4163 channels are grouped into four separate bundles of cable with an outer shield surrounding each bundle.

PXIe-4162 Pinout


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Table 1. PXIe-4162 Signal Descriptions and SHDB62M-BW-LL Wire Descriptions
Bundle Channel Pin Signal Description Appearance Grouping
A 0 41 Sense LO Yellow Unshielded Single Wire 0
42 Guard4 Guard terminals are not supported in the highest current ranges: 60 mA or 100 mA.[] Shield Drain Wire 0 Shielded Pair 1
61 Sense HI White Shielded Pair 0
62 Output HI Red
1 17 Sense LO Black Unshielded Single Wire 1
18 Guard[] Shield Drain Wire 1 Shielded Pair 1
19 Sense HI Pink
20 Output HI Green
2 38 Sense HI Gray Shielded Pair 2
39 Output HI Blue
59 Sense LO Orange Unshielded Single Wire 2
60 Guard[] Shield Drain Wire 2 Shielded Pair 2
— 21 Calibration HI Brown Shielded Single Wire 0
40 Not used Violet Unshielded Single Wire 3
B 3 36 Sense LO Yellow Unshielded Single Wire 0
37 Guard[] Shield Drain Wire 0 Shielded Pair 0
56 Sense HI White
57 Output HI Red
4 12 Sense LO Black Unshielded Single Wire 0
13 Guard[] Shield Drain Wire 1 Shielded Pair 1
14 Sense HI Pink
15 Output HI Green
5 33 Sense HI Gray Shielded Pair 2
34 Output HI Blue
54 Sense LO Orange Unshielded Single Wire 2
55 Guard[] Shield Drain Wire 2 Shielded Pair 2
— 35 Not used Violet Unshielded Single Wire 3
C 6 30 Sense LO Yellow Unshielded Single Wire 0
31 Guard[] Shield Drain Wire 0 Shielded Pair 0
50 Sense HI White
51 Output HI Red
7 6 Sense LO Black Unshielded Single Wire 1
7 Guard[] Shield Drain Wire 1 Shielded Pair 1
8 Sense HI Pink
9 Output HI Green
8 27 Sense HI Gray Shielded Pair 2
28 Output HI Blue
48 Sense LO Orange Unshielded Single Wire 2
49 Guard[] Shield Drain Wire 2 Shielded Pair 2
— 29 Not used Violet Unshielded Single Wire 3
D 9 25 Sense LO Yellow Unshielded Single Wire 0
26 Guard[] Shield Drain Wire 0 Shielded Pair 0
45 Sense HI White
46 Output HI Red
10 1 Sense LO Black Unshielded Single Wire 1
2 Guard[] Shield Drain Wire 1 Shielded Pair 1
3 Sense HI Pink
4 Output HI Green
11 22 Sense HI Gray Shielded Pair 2
23 Output HI Blue
43 Sense LO Orange Unshielded Single Wire 2
44 Guard[] Shield Drain Wire 2 Shielded Pair 2
— 24 Not used Violet Unshielded Single Wire 3
A, B, C, D 0 to 11 10 Output LO Shield Drain Wire 3, Shielded Drain Wire 4 Shielded Single Wire 0, Inner Shield
— — 5 Void — —
11
16
32
47
52
53
58

PXIe-4163 Pinout


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Table 2. PXIe-4163 Signal Descriptions and SHDB62M-BW-LL Wire Descriptions
Bundle Channel Pin Signal Description Appearance Grouping
A 0 61 Sense HI White Shielded Pair 0
62 Output HI Red
1 41 Sense HI Yellow Unshielded Single Wire 0
42 Output HI Shield Drain Wire 0 Shielded Pair 0
2 19 Sense HI Pink Shielded Pair 1
20 Output HI Green
3 17 Sense HI Black Unshielded Single Wire 1
18 Output HI Shield Drain Wire 1 Shielded Pair 1
4 38 Sense HI Gray Shielded Pair 2
39 Output HI Blue
5 59 Sense HI Orange Unshielded Single Wire 2
60 Output HI Shield Drain Wire 2 Shielded Pair 2
0 to 5 40 Sense LO Violet Unshielded Single Wire 3
— 21 Calibration HI Brown Shielded Single Wire 0
B 6 56 Sense HI White Shielded Pair 0
57 Output HI Red
7 36 Sense HI Yellow Unshielded Single Wire 0
37 Output HI Shield Drain Wire 0 Shielded Pair 0
8 14 Sense HI Pink Shielded Pair 1
15 Output HI Green
9 12 Sense HI Black Unshielded Single Wire 1
13 Output HI Shield Drain Wire 1 Shielded Pair 1
10 33 Sense HI Gray Shielded Pair 2
34 Output HI Blue
11 54 Sense HI Orange Unshielded Single Wire 2
55 Output HI Shield Drain Wire 2 Shielded Pair 2
6 to 11 35 Sense LO Violet Unshielded Single Wire 3
C 12 50 Sense HI White Shielded Pair 0
51 Output HI Red
13 30 Sense HI Yellow Unshielded Single Wire 0
31 Output HI Shield Drain Wire 0 Shielded Pair 1
14 8 Sense HI Pink
9 Output HI Green
15 6 Sense HI Black Unshielded Single Wire 1
7 Output HI Shield Drain Wire 1 Shielded Pair 1
16 27 Sense HI Gray Shielded Pair 2
28 Output HI Blue
17 48 Sense HI Orange Unshielded Single Wire 2
49 Output HI Shield Drain Wire 2 Shielded Pair 2
12 to 17 29 Sense LO Violet Unshielded Single Wire 3
D 18 45 Sense HI White Shielded Pair 0
46 Output HI Red
19 25 Sense HI Yellow Unshielded Single Wire 0
26 Output HI Shield Drain Wire 0 Shielded Pair 0
20 3 Sense HI Pink Shielded Pair 1
4 Output HI Green
21 1 Sense HI Black Unshielded Single Wire 1
2 Output HI Shield Drain Wire 1 Shielded Pair 1
22 22 Sense HI Gray Shielded Pair 2
23 Output HI Blue
23 43 Sense HI Orange Unshielded Single Wire 2
44 Output HI Shield Drain Wire 2 Shielded Pair 2
18 to 23 24 Sense LO Violet Unshielded Single Wire 3
A, B, C, D 0 to 23 10 Output LO Shield Drain Wire 3, Shield Drain Wire 4 Shielded Single Wire 0, Inner Shield
— 5 Void — —
11
16
32
47
52
53
58

1 The ambient temperature of a PXI system is defined as the temperature at the chassis fan inlet (air intake).

2 Applies up to 30 °C and 60% relative humidity. Guarded and non-guarded insulation resistance decrease to 6 × 1010 Ω at 55 °C and 70% relative humidity.

3 Guarded insulation resistance only applies with the use of a PXIe-4162, which supports guarding.

4 Guard terminals are not supported in the highest current ranges: 60 mA or 100 mA.