Product Overview
| Suitable Applications: |
Digital multi-modulation cable used in professional studiotechnics; For analogue and digital transmission in instruments for frequency modulation |
Physical Characteristics (Overall)
| AWG |
Stranding |
Material |
Construction n x D |
| 26 |
18×38 |
TC – Tinned Copper |
18×0.10 mm |
| Type |
Material |
Nominal Diameter |
Diameter +/- Tolerance |
| Insulation |
PE – Polyethylene |
1.13 mm |
0.03 mm |
| Number |
Color |
| Pair 1 |
White & Blue |
| Type |
Material |
Min. Coverage [%] |
| Tape |
Polyester |
|
| Spiral Serve / Screen |
Tinned Copper (TC) |
90% |
| Material |
Nominal Diameter |
Diameter +/- Tolerance |
| LSZH – Low Smoke Zero Halogen (Flame Retardant) |
2.90 mm |
0.10 mm |
Construction and Dimensions
Electrical Characteristics
| Max. Conductor DCR |
Nominal Outer Shield DCR |
| 130 Ohm/km |
40.0 Ohm/km |
| Nom. Capacitance Conductor to Conductor |
Nom. Capacitance Conductor to Shield |
| 56 pF/m |
220 pF/m |
| Min Insulation Resistance: |
2000 MOhm*km |
| Nominal Pair Inductance |
| 0.80 µH/m |
| Frequency [MHz] |
Nominal Characteristic Impedance |
Nominal Characteristic Tolerance |
| 0.1 – 6 |
110 Ohm |
+/- 10 Ohm |
| 6 – 24 |
110 Ohm |
20 Ohm |
High Frequency (Nominal/Typical)
| Frequency [MHz] |
Nom. Insertion Loss |
| 2 MHz |
3.1 dB/100m |
| 4 MHz |
6.2 dB/100m |
| 5 MHz |
7.3 dB/100m |
| 6 MHz |
8.2 dB/100m |
| 12 MHz |
13.1 dB/100m |
| 24 MHz |
21.1 dB/100m |
| Nominal Velocity of Propagation (VP) [%] |
| 60% |
Temperature Range
| Other Temp Range: |
-30 to +80 °C |
Mechanical Characteristics
| Min. Bend Radius During Installation: |
29 mm |
| Min. Bend Radius During Operation: |
43.5 mm |
Standards
Applicable Environmental and Other Programs
| Environmental Space: |
Indoor – Euroclass Eca |
Flammability, LS0H, Toxicity Testing
| IEC Flammability: |
IEC 60332-1-2 |
Related Part Numbers
| Item # |
Color |
Put-Up Type |
Length |
EAN |
| YE00193.00500 |
Gray |
Reel |
500 m |
8719605111906 |
History
| Update and Revision: |
Revision Number: 0.131 Revision Date: 02-15-2024 |
