RDL PT-ASG1 Portable Audio Signal Generator
The RDL PT-ASG1 is a portable or benchtop audio oscillator used in applications
requiring a stable audio signal source for system verification, alignment and
testing. The internal oscillator operates at 700 Hz allowing aural monitoring
of the signal without the fatigue associated with oscillators running at a higher
frequency such as 1000 Hz. The 700 Hz signal falls in the passband of an audio
system and is easily distinguished from either 400 Hz or 1k Hz signals. The
oscillator output is compared against an internal temperature-stable reference
in a gain controlled loop that adjusts the final output level with stability
suted to accurate bench top audio testing.
Two outputs are provided on the RDL PT-ASG1. The XLR balanced output is front-panel
switch selectable for MIC or LINE level. The line level is factory set to +4
dBu, but can be programmed to +6 dBu. When the front-panel level switch is set
to MIC, the XLR output level is set to -46 dBu, 50 dB below +4. The unique output
network produces the same output level into low impedance (200 Ohm) and higher
impedance (>1k Ohm) mic preamps.
The RDL PT-ASG1 operates either from an internal 9 volt battery or from an
external 12 Vdc to 30 Vdc supply. Test leads and a bench top support bracket
are included. A switch in the battery compartment allows the user to preset
the balanced line-level output to +4 dBu or +6 dBu.
RDL PT-ASG1
FEATURES: |
- Stable Portable or Bench Audio Generator
- Selectable Mic or Line Level Output
- Precision Audio Reference Level
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- Connectorized Balanced and Unbalanced Outputs
- Operation from Standard 9 Volt Battery or 24
Vdc
- +4 dBu or +6 dBu Precision Stable Reference Level
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ANYWHERE YOU
NEED: |
- Portable Audio Generator
- Selectable Mic or Line Level Output
- Precision Stable Output
- Precision Audio Reference Level
- Balanced and Unbalanced Outputs
You Need The RDL PT-ASG1!
|
- Operation from a 9 V Battery or 24 Vdc
- Connectorized Outputs
- Programmable +4 dBu or +6 dBu Output
- Portable or Bench Operation
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