We’re here to help! Call 1300 626 697

icon Orders over $100 ship free. Anywhere Australia wide*
icon 30 Day Easy Returns. Buy from Mannys with peace of mind*
icon 2 Hour Click & Collect. Store pick-up for when you need it now.
Category:
Product Code:
RAD-JS2
Found a better Price? Price match now
Our Price
$439

Radial JS2 Passive 2-way Microphone Splitter

Online Stock:
In Store Availability:
stock level icon NSW Alexandria
stock level icon NSW Crows Nest
stock level icon VIC Fitzroy
stock level icon VIC Windsor
stock level icon QLD Brisbane
stock level icon WA Perth
Brand logo
Shipping Icon

Free Shipping

Tech Support Icon

Support: 1 Year

Warranty Icon

Warranty: 3 Years

Increase value Decrease value
Own it now, up to 6 months interest free

Available at checkout. More Info

Express Shipping Calculator

Product Information

The JS2 is a professional mic splitter designed to split a single source to multiple destinations simultaneously without signal degradation or noise. A premium Jensen transformer inside provides galvanic isolation to eliminate buzz and hum from ground loops, while maintaining an extremely wide bandwidth with ultra-low distortion and phase shift. Ground lifts on the outputs help further reduce noise, while an input pad allows line-level sources to connected as well. Both the JS2 and the JS3 can be rack mounted for touring and installation purposes, with up to eight fitting in the Radial J-Rak.

Features
  • Send one microphone signal to three destinations simultaneously
  • Jensen transformer-equipped for exceptional audio quality
  • Eliminates hum and buzz caused by ground loops
  • Single isolated output provides optimal noise rejection
  • Audio circuit type: Passive mic/line splitter, transformer based
  • Transformer: JT-MB-CPC, 1:1 ratio
  • Number of channels: Three-way splitter (one in/three out)
  • Frequency response: 20Hz ~ 20KHz (+0dB/ -2dB)
  • Dynamic range: 140dB
  • Total harmonic distortion: 0.0005% @ 1kHz
  • Phase Deviation: 0.7° @ 100Hz; 2.8° @ 20Hz
  • Input Impedance: Source dependent, 10kΩ with Pad on, unbalanced
  • Output Impedance: Source dependent, 10kΩ with Pad on, balanced
  • Maximum Input: +25dBu @ 1kHz

Hear about it first!