DIN-MS-4P Four-way mic splitter (1x4)

229.99 Request

The Iso•Max DIN-MS-4P is a passive single channel mic splitter that lets you take a microphone signal and send it to four mixing consoles at the same time.

  • Balanced mic splitter sends signal to 4 outputs
  • Elimnates hum and buzz caused by ground loops
  • Linear frequency response from 5 Hz to 50 kHz
  • Easy to use DIN rail format for quick installations

The design begins with a gray molded assembly made from UL94-VO flame retardant Noryl that snaps into place onto a standard 35 mm DIN rail for easy installation in a NEMA enclosure. Connections to and from the module are made via removable screw-down wire terminals. Plug and play easy to use, this passive interface does not require any power to work. Inside is a premium Jensen mic bridging transformer equipped with four internal faraday shields and an external MuMETAL® can. This isolates the mic inputs, eliminating ground loops while reducing common-mode noise by as much as 130 dB.

Made for the most demanding professionals, the DIN-MS-4P delivers a ruler flat response from 5 Hz to 50 kHz with less than 2° phase shift at all frequencies with minimal insertion loss. This makes the DIN-MS-4P ideal for isolating and distributing mic signals in performance venues, broadcast houses and broad scale AV installations.

Applications

DIN-MS-4P Splitting a mic signal

The Jensen DIN-MS-4P is the perfect interface for splitting a microphone to feed more than one mixer at the same time. 100% isolation eliminates potential ground loops between the two consoles for quiet performance. The main thru-put provides a 48V phantom power return path for condenser mics or active direct boxes.

Specifications

All levels are output unless noted

PARAMETER CONDITIONS MINIMUM TYPICAL MAXIMUM
Input impedance, Zi 1 kHz, -20 dBu, test circuit 1 1.00 kΩ 1.08 kΩ 1.15 kΩ
Voltage gain 1 kHz, -20 dBu, test circuit 1 -0.90 dB -0.82 dB -0.70 dB
Magnitude response, ref 1 kHz 20 Hz, -20 dBu, test circuit 1 -0.25 dB -0.09 dB ±0.0 dB
Magnitude response, ref 1 kHz 20 kHz, -20 dBu, test circuit 1 -0.25 dB -0.10 dB +0.1 dB
Deviation from linear phase (DLP) 20 Hz to 20 kHz, -20 dBu, test circuit 1   +1.7/-0° ±3.0°
Distortion (THD) 1 kHz, -20 dBu, test circuit 1   <0.001%  
Distortion (THD) 20 Hz, -20 dBu, test circuit 1   0.036% 0.15%
Maximum 20 Hz input level 1% THD, test circuit 1 0 dBu +2.0 dBu  
Common – mode rejection ratio (CMRR) 150 Ω balanced source 60 Hz, test circuit 2   130 dB  
Common – mode rejection ratio (CMRR) 150 Ω balanced source 3 kHz, test circuit 2 80 dB 95 dB  
Common – mode rejection ratio (CMRR) 150 Ω unbalanced source 60 Hz, test circuit 3   115 dB  
Common – mode rejection ratio (CMRR) 150 Ω unbalanced source 3 kHz, test circuit 3   80 dB  
Optimal cable length input   8 m (26’) 30 m (100’)
Optimal cable length output   30 m (100’) 100 m (300’)
Turns ratio   1:0.999 1:1.000 1:1.001
Temperature range operation or storage 0°C   70°C
Input to Output Voltage Difference* any input to any output shield or any shield to case, 60 Hz     24 V RMS 34 V peak

Graphs

Phase Distortion (DLP)
Frequency Response
THD vs Level at Low Frequencies
THD vs Frequency at Various Levels
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