Palmer peene Passive 2-Channel Line Splitter

Do you want to send a line signal - stereo or dual mono - to multiple devices, without interference such as hum? Then the Palmer peene line splitter box is the right tool for you. It works on a purely passive basis with large isolation transformers, which can even handle high-level signals without distortion. So, for instance, you can send the stereo output signal from the mixer to several power amps, without any ground loops. The Palmer peene also includes a ground-lift switch. In addition to the two transformer-isolated outputs, the peene also directs the input signal on directly via a link out.

The Palmer peene is everything you need to distribute line signals to several devices and is a reliable audio tool with ultra-simple handling and professional sound characteristics.

Key Features

• Distributes two input signals to two outputs each + link outs
• For line signals
• Galvanic isolation of outputs by transformers
• Switchable ground lift to isolate ground loop hum
• Neutral sound
• High headroom (+20 dBu max. input level)
• Passive construction, no power supply required
• Extremely fail-safe
• Solid casing made of aluminium and steel
• Incl. rewritable tour label for attachment onto the back of the peene
• Engineered in Germany

Technical Specifications

Product type
Line Splitter
Channels
2
Type
passive
Transformer isolated
Yes
Inputs
2
input type
balanced
Input connectors
XLR
Outputs
4
Output type
balanced
Output connectors
XLR
THRU outputs per channel
1
Ground lift switch
Yes
Housing
Aluminium continuous casting
Dimension (H/W/D)
140 x 50 x 128 mm
Weight
0,805 kg
Ambient temperature during operation
-20 - 70 °C
Relative Humidity
< 80 %, not condensing
Accessories (included)
Inscription label (tour label), rubber feet
Max. input level (< 1% THD, 20 Hz)
+ 20 dBu
Max. input level (< 1% THD, 1 kHz)
+ 32 dBu
Frequency response (±1 dB, relative 1 kHz)
10 Hz - 30 kHz
Input impedance (1 kHz)
6.8 kOhm
Output impedance (1 kHz)
500 Ohm(s)
THD (30 Hz, +4 dBu, unity, unweighted)
< 1 %
THD (1 kHz, +4 dBu, unity, unweighted)
< 0,02 %
IMD (SMPTE) (60 Hz / 7 kHz, 4:1, +4 dBu)
< 0,01 %
Transformer ratio
1:1:1