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We have lots of great gift ideas for you and the creative in your life. Most specials available through the end of the year
We have lots of great gift ideas for you and the creative in your life. Most specials available through the end of the year

Hosa Technology Pro Stereo Breakout Cable - 3.5mm Stereo Mini to Dual 3-Pin XLR Male, 3'

by Hosa
Original price $0.00 - Original price $0.00
Original price $0.00
$33.95
$33.95 - $33.95
Current price $33.95
SKU 23243
Minimum quantity allowed is .
Maximum quantity allowed is .
The product can be bought in quantity increments of .

Hosa Technology Pro Stereo Breakout Cable - 3.5mm Stereo Mini to Dual 3-Pin XLR Male

This cable is designed to connect an audio device with a mini stereo phone output to professional audio gear with XLR inputs. It is ideal for connecting a portable media player, laptop, or similar device to a mixing console. 

Connectors: REAN 3.5 mm TRS to Dual XLR3M
Conductor: 24 AWG OFC
Shield: 90% OFC Spiral

Features:

  • Connects an audio device with a mini stereo jack output to professional audio gear with XLR inputs
  • Nickel-plated REAN connectors for efficient signal transfer and durability
  • 24 AWG Oxygen-Free Copper (OFC) conductors for enhanced signal clarity
  • 90% OFC spiral shields for a higher signal to noise ratio

Use:

  • Ideal for connecting a portable media player, laptop, smartphone, tablet, or similar device to a mixing console

Size:

3'

Product SKU:

HMX-003Y

In The Box:

Hosa Technology Pro Stereo Breakout Cable - 3.5mm Stereo Mini to Dual 3-Pin XLR Male, 3'
Limited Lifetime Manufacturer Warranty

Glazer's SKU 23243
Manufacturer Hosa
MFG SKU HMX-003Y
Product Specs

Hosa Technology Pro Stereo Breakout Cable - 3.5mm Stereo Mini to Dual 3-Pin XLR Male, 3' Specs:

SeriesHMX-000Y
Lengths3, 6, 10, 15 ft
Single ConnectorREAN 3.5 mm TRS
Dual ConnectorsREAN XLR3M
Conductors24 AWG OFC
Shield90% OFC Spiral
Conductor DC Resistance≤ 80 mΩ/m – 20°C
Screen DC Resistance≤ 40 mΩ/m – 20°C
Insulation Resistance> 1 GΩ/km – 20°C, 500 VDC
Capacitance Conductor to Conductor≤ 80 pF/m – 1 KHz
Capacitance Conductor to Screen≤ 140 pF/m – 1 KHz
Test Voltage: Conductor to Conductor500 V eff – 50 Hz, 1 Minute
Test Voltage: Conductor/Screen1,000 V eff – 50 Hz, 1 Minute