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General| Channels | 1 |
|---|---|
| EQ | Yes |
| High Frequency | 12 kHz |
| Gain | 80 dB |
| THD (Total Harmonic Distortion) | < 0.1% |
| Module Format | 500 Series |
| Dimensions | 5.25 x 1.5 x 6.5 inches |
| Low Frequency | 35Hz |
| Low Cut | 50Hz |
| Frequency Response | 20 Hz to 20 kHz |
| Input Impedance | 1200 Ohms |
| Weight | 1.5 lbs |
| Type | Mic Preamp with EQ |
| Gain Range | +20dB to +80dB in 5dB steps |
| Power Supply | +/-16V |
Key safety precautions for operating the 1073LB module, including handling, environment, and servicing.
Overview of the 1073LB module, its history, sound, and features like Trim and Insert technology.
Details on how the 1073LB module fits into the Lunchbox™ unit, supporting multiple modules.
Instructions for securely inserting the 1073LB module into the Lunchbox™, emphasizing safe hot-plugging.
Explanation of how the 1073LB module is powered via the Lunchbox™ housing.
Description of the two-colour LED indicating incoming signal level.
Details on the Input Gain control for Line and Mic inputs, including phantom power interaction.
Explanation of the Low Impedance (Lo Z) feature and its LED indicator.
Details on the phase inversion button for altering the signal's phase.
Function of the FR I/P switch for selecting front panel inputs and its effect on phantom power.
Information on the +48V LED, indicating when phantom power is active.
Description of the electronically balanced line input stage and its selection process.
Details on the Trim control's function for both Mic and Line inputs.
Pin-out information for the 1/4" Jack and XLR connectors on the front panel.
Description of the rear panel male XLR output connector.
Details on the rear panel female XLR input, including level and impedance.
Information about the standard 3-pin earthed IEC power connector.
Table detailing the height, width, depth, and weight of the 1073LB module.
Technical details for the Mic input, including impedance, gain range, and transformer balancing.
Technical details for the Line input, including impedance and gain range.
Technical details for the output stage, including max output level and impedance.
Specification for signal distortion levels at a given output and bandwidth.
Details on the frequency response characteristics of the module.
Specification for the equivalent input noise level at a specific gain setting.
Specification for the noise level at all Line gain settings and bandwidth.
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