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Typical Specifications
General
Filter & Atten Configuration Dual Single Channel or Mono Bridged Mode
Maximum Input Level Single Ended 90VRMS / Channel
Maximum Input Level Bridged Mode 180VRMS / Differential
Filters
Circuit Structure 8th Order Passive Lowpass
Circuit Construction Precision Gapped Ferrite Inductors & Polypropylene Caps
Filter Response 80kHz Butterworth-6dB
Insertion Loss -0.06dB
Passband Flatness ±0.05dB, 0Hz-40kHz
Stopband Attenuation -70dB, >240kHz
Distortion < 0.01% < 10kHz < 90Vrms
Group Delay 10uSec < 20kHz
Input Impedance 930 Ohms /Channel (±2%)
Output Impedance 330 Ohms /Channel (±2%)
Attenuators
Circuit Structure R2R Ladder
Attenuation 0dB, -6dB, -12dB, -18dB, -24dB, -30dB
Accuracy ±0.02dB
Attenuation - 0dB (Full Amplitude)
- 6dB (1/2 Amplitude)
-12dB (1/4 Amplitude)
-18dB (1/8 Amplitude)
-24dB (1/16 Amplitude)
-30dB (1/32 Amplitude)
Physical
Input Connectors Dual 5-Way Binding Posts 0.75 Inch
Output Connectors Dual BNC and Balanced XLR
Weight 2 lbs (1KG)
Dimensions 1.8 x 4.0 x 7.0 Inches (46 x 101 x 178 mm)
Construction & Finish 16ga Steel, Black Polane Texture
 
WARNING!!! High power amplifiers can produce very large voltages and currents, which can be hazardous to both you and your other test equipment. Check your connections carefully, and conduct your tests first at lower voltage/power levels before increasing signal levels to full power. Check the Black terminal of the power amplifier to see if it is truely ground or driven.
 
 

 
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