Crystal-Line

Crystal-Line CL40S - 4 Channel Universal Line Level Adapter/Driver & Cell Audio Switch

  • Inputs & outputs support single ended/unbalanced as well as differential/balanced connections
  • Isolated Current Balanced™ inputs & outputs break ground loops and eliminate extraneous ground currents that cause shared impedance effects
  • 24 volt p-p/9+ Volts rms single ended, 48 volts p-p/18+ Volts rms differential, input & output levels
  • DC Coupled input & output circuits, uses only one blocking capacitor in overall signal path
  • Resistor plug programmable gain/attenuation
  • 1Ω DC Coupled Output Impedance
 
 
 
 
Crystal-Line CL0.2 - 2 Channel Line Level Adapter

  • Inputs support differential/balanced/bridged as well as single ended/unbalanced connections
  • Isolated signal pathway will not create a ground loop and will preserves current balanced™ Lines
  • Independent ouput line level controls
  • Resistor plug programmable input level gain/attenuation
  • Can be wired to combine front and rear channels for hiss reduction by correlation averaging
  • 2Ω Output Impedance @ 1kHz
 
 
 
 
Crystal-Line Line Level Adapters Comparison Chart
  
Feature CL0.2 CL40S
I/O Channels 2 4
Inputs    
    Attenuation/Gain Programming 16 Pin DIP Resistor Plug 16 Pin DIP Resistor Plug
    Single Ended/Unbalanced 4+, 4- 4+, 4-
    Differential/ Balanced 4 4
    Interface Coupling AC DC
Cell Input No Yes
    Single Ended/Unbalanced n/a Yes
    Differential/Balanced n/a Yes
    Interface Coupling n/a DC
Outputs    
    Single Ended/Unbalanced 2 4+, 4-
    Differential/Balanced 0 4
    Interface Coupling AC DC
    Driver Output Impedance <2Ω @1KHz <1Ω DC-1KHz
Internal Signal Level >2 Vrms, >5 Vp-p >9 Vrms, ≥24 Vp-p
Output Signal Maximum Levels    
    Single Ended/Unbalanced >2 Vrms, >5 Vp-p >9 Vrms, ≥24 Vp-p
    Differential/Balanced n/a >18 Vrms, ≥48 Vp-p
Signal Isolation    
    I/O Channels vs Power Supply Yes,>250KΩ Yes,>250KΩ
    Input vs Input & Output vs Output Yes, >500KΩ no

    Input vs Output/Breaks Ground Loops

possible with tradeoffs Yes,>25KΩ
    Cell Input vs Power Supply n/a Yes,>250KΩ
    Cell Input vs I/O Channels n/a Yes,>25KΩ
Blocking Capacitors from In to Out 2 1
Matrix Processing Sum & Difference Difference Only
Correlation Averaging Yes No