Specially designed to to couple a stereo line level signal to a mono signal.
This is a stereo unbalanced 10K Ohms auxiliary line input. This input is ideal for stereo CD players, tape decks, tuners or other stereo unbalanced auxiliary level inputs.
This is a balanced 600 Ohms, unbalanced 10K Ohms line level or a balanced 1K Ohms microphone level output. This line level output is ideal for telephone lines. signal processors, amplifiers, or any other units that have a balanced or unbalanced line input. The microphone level output Is good for low level microphones inputs on amplifier and mixers.
All units are wound with the finest virgin copper magnet wire. All windings use heavy insulated wire to provide excellent manufacturing yield, lower customer cost and superior life.
EDCOR uses the finest M6 line grain oriented steel cores. Each unit is hand stacked to assure at least 92% stack.
Injection molded Nylon 6/6 with the addition of 30%-35% glass fibers. The addition of glass fibers allows a higher heat deflection temperature and it brings the material to a class HB UL temperature classification.
This unit is designed for mounting on a printed circuit board. For footprint and suggested hole and pad size, see dimensional drawing.
|Input Maximum Voltage||5Vrms|
|Input||Stereo Unbalanced Auxiliary Level|
|Primary (input) Impedance||
|Output||Balanced or Unbalanced Line level or Balanced Mic Level
|Secondary (output) Impedance||600 Ω (Balanced)
10K Ω (Unbalanced)
1K Ω (Balanced Mic. Level)
|Winding Configuration||Interleave Winding|
|Frequency Response||20~20K Hz., <1dBu|
|THD+Noise||<0.05% @ 1K Hz.|
|Insertion Loss||<0.5 dB|
|Frequency Response/THD+Noise Plot||PC6400|
|Bobbin Material||Nylon 6/6 GF-30|
|Flammability Rating||Class HB|
|Coil Finish Wrapping||Polyester Film Electrical Insulating Tape|
||EI50 (0.5" x 0.375")|
|Core Material||M-6 29 ga. grain oriented lamination steel|
|Secondary Insulation||Clear air dry polyester varnish|
|Termination||8 pin PCB|
||Printed circuit board (PCB)|
|Compliance||RoHS & REACH|
|3D Model (STEP)