Technical Specifications
ToolMod TM107
3 Band Equalizer
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Format ToolMod Module Size 2U
Versions TM107-20h - +/- 20 dB, horizontal Face Plate
TM107-20v - +/- 20 dB, vertical Face Plate
TM107-12h - +/- 12 dB, horizontal Face Plate
TM107-12v - +/- 12 dB, vertical Face Plate
Power Supply Tool-Series Standard
Supply Voltages +/- 25 V and + 48 V Phantom
Supply Current *) +/- 100 mA
Input electronically balanced
nominal Level + 6 dBu - Gain
maximum Level > + 30 dBu - Gain
Input Impedance 40 Hz - 15 kHz > 10 kOhms
nominal Source Impedance 50 Ohms
CMRR 15 kHz > 65 dB, typical 75 dB 1 kHz > 80 dB, 40 Hz > 90 dB
Output electronically balanced
nominal Level + 6 dBu
maximum Level > + 30 dBu
Source Impedance 50 Ohms, see Diagram
Output Source Resistance vs Frequency
Load Resistor see Diagram
maximum Output Level vs Load Resistor
and
maximum Output Level vs capacitive Load
CMRR according to IEC > 40 dB, siehe Diagram Output CMRR vs Frequency
Gain  0 dB +/- 0.3 dB linear setting
Frequency Response
20 Hz - 30 kHz +/- 0.75 dB linear setting
Bandwidth < 10 Hz to > 150 kHz
Phase Response 20 Hz-20 kHz < +6/-10° linear setting
- see Diagram Phase Response
THD < + 28 dBu, 40 Hz ... 20 kHz, < 0.1 %,
maximum THD at + 30 dBu <1 %
Dynamic Range / Noise
RMS 22Hz-22kHz <= -91 dBu linear setting
total Dynamic Range referring to the RMS Value 22Hz-22kHz
>= 121 dB linear setting
High EQ active RC-Filter with Shelving Characteristics
with Frequency Control from 1 kHz to 40 kHz
and Steepness 6 dB/Oct. - 12 dB/Oct., selected by switch
Control Range +/- 20 dB or +/- 12 dB,depending on Version
Low EQ active Vienna Bridge Filter
Bell Characteristics with Center Frequency Control
15 Hz to 400 Hz +/- 15 %
and Q-Factor Q = 0.5 and Q = 2, selected by switch
Control Range +/- 20 dB or +/- 12 dB, depending on Version
Mid EQ fully parametric Equalizer Band with active Vienna Bridge Circuitry, with Center Frequency Control
from 100 Hz +/- 10 % to 10 kHz, +/- 15 %
Q-Factor Control from > 3 Octaves to a Third
Control Range +/- 20 dB or +/- 12 dB, depending on Version
Bypass Circuitry Hardbypass by Relay
*) The standard supply current is the supply current under realitic operation conditions. If the outputs are loaded with the minium load resistors and the level is at + 30 dBu, the supply current increases by 30 mA per output. The standard supply current shuold be used to calculate the necessary power supply capacity of a system.