Mogami Gold TRSXLRF 06 ft
Audio Cable, 6' Long, TRS-XLRF, with Gold Contacts
This balanced patch cable with gold-pin/black body ¼" TRS and female XLR connectors is a popular choice for powered speakers. Mogami Gold TRS-XLRM uses Neglex Studio Quad cabling, legendary for clarity and freedom from noise/RF interference. Neglex type Quad cables are designed for the highest quality recording applications where maximum definition is critical.
Gold TRS-XLRF (6 ft)
- The finest patch cable you can buy for neutral tone and noise rejection
- Conductor insulation is XLPE (Cross-Linked Polyethylene) has excellent sonic clarity
- Mogami Signature Ultra High Density Spiral Pure Copper Shield superior sound quality and silent background
- A perfect choice for high end audio equipment
- Lifetime warranty
Applicable Equipment
Neglex Quad Microphone Cables
Mogami Neglex quad cable is perfect cable for home studios suffering from wiring and grounding problems. Mogami 2534 should also be used where intense RFI interference is a problem. Mogami 2534 provides an improvement in signal to noise of 10-20db over equivalent twisted pair cables. Double conductors quad cables are more effective in canceling noise that can get past even the best of shields and is critical in an environment of high RF and EM interference.
- Conductor insulation is XLPE ( Cross-Linked Polyethylene) which has excellent electrical characteristics and prevents shrink-back during soldering.
- Served (spiral) Bare Copper Shield is superior to foil or braided shields for sound quality and simplifies termination.
Part No. W2534
Reference Standard NEGLEX Quad High Definition Microphone Cable
NEGLEX No. W2534 has become popular around the world as the standard for high quality digital and analog recording. The cable has also become popular for use with unbalanced equipment, such as high quality pre-amp, amp inputs and tape decks. Miniature Quad Superflexible Microphone Cable Originally designed for BANTAM patch-cords, this cable has become popular where a small diameter Quad mic cable is required.
SPECIFICATIONS
| Configuration |  |
 |
|
| Part No. | W2534 | W2893 | |
| No. of Conductor | 4(Quad) | ||
| Conductor | Details | 20/0.12 OFC | 30/0.08 OFC |
| Size(mm²) | 0.226mm² (#24 AWG) | 0.15mm² (#26 AWG) | |
| Insulation | Ov. Dia.(mm) | 1.6Ø (0.063") | 1.0Ø (0.039") |
| Material | XLCPE (Cross-Linked Polyethylene) | ||
| Colors | Blue / Clear (Quad) | Black / Red / Blue / Clear | |
| Served Shield | Approx. 64/0.18A | Approx. 73/0.12A | |
| Jacket | Ov. Dia.(mm) | 6.0Ø (0.236") | 4.8Ø (0.189") |
| Material | Flexible PVC | Flexible PVC | |
| Colors | 10 colours available | 5 colours available | |
| Roll Sizes | 50m (164 Ft) 100m (328Ft) 200m (656Ft) |
50m (164 Ft) 100m (328Ft) 200m (656Ft) |
|
| Weight per 200m Roll | 11kg | 7.5kg | |
ELECTRICAL & MECHANICAL CHARACTERISTICS
| Part No. | W2534 | W2893 | |||
| DC Resistance at 20°C | Inner Cond. | 0.083Ω/m(0.025Ω/Ft) | 0.13Ω/m(0.040Ω/Ft) | ||
| Shield | 0.012Ω/m(0.0037Ω/Ft) | 0.025Ω/m(0.0076Ω/Ft) | |||
| Capacitance at 1kHz, 20°C (Partial C. Value) See below figure* |
K0 | 65pF/m(20pF/Ft) | 74pF/m(23pF/Ft) | ||
| K1 | 13pF/m(4pF/Ft) | 11pF/m(3.4pF/Ft) | |||
| K2 | 4pF/m(1.2pF/Ft) | 3pF/m(0.9pF/Ft) | |||
| Balanced Quad Connection |
Cond.-Cond. | 97pF/m(29.6pF/Ft) | 131pF/m(40pF/Ft) | ||
| Cond.-Shield. | 110pF/m(33.6pF/Ft) | 178pF/m(54pF/Ft) | |||
| Inductance between conductors at 1kHz. 20°C | 0.4µH/m(0.12µH/Ft) | 0.5µH/m(0.15µH/Ft) | |||
| Electrostatic Noise** | 50mV Max. | 50mV Max. | |||
| Electromagnetic Noise** | 0.15mV Max. | 0.15mV Max. | |||
| Microphonics at 50KΩ/ Load** | 430m V Max. | 30m V Max. | |||
| Voltage Breakdown | Must withstand at DC 500V/15sec. | ||||
| Insulation Resistance | 100000 M Ω/ × m Min. at DC 125V, 20°C | ||||
| Flex Life** | 11,000 cycles | 26,000 cycles | |||
| Tensile Strength | 686N | 500N | |||
| Emigration | Non-emigrant to ABS | Non-emigrant to ABS | |||
| Applicable Temperature | -20°C‾ +70°C(-4°F‾ +158°F) | ||||
| ** Using standard testing methods of Mogami Wire & Cable Corp. | * Partial Capacitance |