Original: $163.72
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$49.12The Story
Canare Star Quad (L-4E6S) Microphone Cable Overview
The gray, 50' L-4E6S Star Quad XLRM to XLRF Microphone Cable from Canare is especially designed for handheld microphone applications in live sound, rehearsals, and other situations. In addition to mic-level signals, the cable can also be used to carry line-level signals such as for connecting your mixer to power amps.
The L-4E6S Star Quad cable features a 4-conductor design that is engineered to substantially reduce vulnerability to electromagnetic and radio-frequency interference when compared with 2-conductor cables. It uses 21 AWG copper wire, which features cross-linked, flexible irradiated polyethylene insulation, which is designed to maintain maximum frequency response and to be more heat resistant than ordinary polyethylene. It also utilizes braided copper shielding, which is designed for greater noise rejection and durability than spiral shielding.
The cable also includes cotton filler, which is in place to help to cut down handling noise. This can be beneficial in handheld microphone applications in which the cable may be subject to a substantial amount of movement.
In the Box
- Canare L-4E6S Star Quad XLRM to XLRF Microphone Cable (50', Gray)
- Limited 1-Year Manufacturer Warranty
Canare Star Quad (L-4E6S) Microphone Cable Specs
| Cable Length |
50' / 15.2Â m
|
| Outer Diameter |
0.23" / 6Â mm
|
| Shielding |
95% Tinned-Annealed Copper (TAC) Braid
|
| Number of Conductors |
4
|
| Wire Gauge |
21 AWG
|
| Jacket Type |
Polyvinyl Chloride (PVC)
|
| Insulation Type |
Polyethylene
|
| Nominal Impedance |
44 Ohms
|
| Conductor Capacitance |
46.0 pF/ft
|
| Nominal Attenuation |
0.0009 V/ft (Up to 1000' / 304.8Â m)
|
| Conductor DC Resistance |
0.0299 Ohms/ft (Up to 1000' / 304.8Â m)
|
| Shield DC Resistance |
0.0091 Ohms/ft (Up to 1000' / 304.8Â m)
|
| Package Weight |
1.72 lb
|
| Box Dimensions (LxWxH) |
8.65 x 8.25 x 1.7"
|
All product and company names are trademarks™ or registered® trademarks of their respective holders. Use of them does not imply any affiliation with or endorsement by them.
Description
Canare Star Quad (L-4E6S) Microphone Cable Overview
The gray, 50' L-4E6S Star Quad XLRM to XLRF Microphone Cable from Canare is especially designed for handheld microphone applications in live sound, rehearsals, and other situations. In addition to mic-level signals, the cable can also be used to carry line-level signals such as for connecting your mixer to power amps.
The L-4E6S Star Quad cable features a 4-conductor design that is engineered to substantially reduce vulnerability to electromagnetic and radio-frequency interference when compared with 2-conductor cables. It uses 21 AWG copper wire, which features cross-linked, flexible irradiated polyethylene insulation, which is designed to maintain maximum frequency response and to be more heat resistant than ordinary polyethylene. It also utilizes braided copper shielding, which is designed for greater noise rejection and durability than spiral shielding.
The cable also includes cotton filler, which is in place to help to cut down handling noise. This can be beneficial in handheld microphone applications in which the cable may be subject to a substantial amount of movement.
In the Box
- Canare L-4E6S Star Quad XLRM to XLRF Microphone Cable (50', Gray)
- Limited 1-Year Manufacturer Warranty
Canare Star Quad (L-4E6S) Microphone Cable Specs
| Cable Length |
50' / 15.2Â m
|
| Outer Diameter |
0.23" / 6Â mm
|
| Shielding |
95% Tinned-Annealed Copper (TAC) Braid
|
| Number of Conductors |
4
|
| Wire Gauge |
21 AWG
|
| Jacket Type |
Polyvinyl Chloride (PVC)
|
| Insulation Type |
Polyethylene
|
| Nominal Impedance |
44 Ohms
|
| Conductor Capacitance |
46.0 pF/ft
|
| Nominal Attenuation |
0.0009 V/ft (Up to 1000' / 304.8Â m)
|
| Conductor DC Resistance |
0.0299 Ohms/ft (Up to 1000' / 304.8Â m)
|
| Shield DC Resistance |
0.0091 Ohms/ft (Up to 1000' / 304.8Â m)
|
| Package Weight |
1.72 lb
|
| Box Dimensions (LxWxH) |
8.65 x 8.25 x 1.7"
|
All product and company names are trademarks™ or registered® trademarks of their respective holders. Use of them does not imply any affiliation with or endorsement by them.
