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General| Frequency Range | 20Hz - 20kHz |
|---|---|
| Signal-to-Noise Ratio | >100dB |
| Total Harmonic Distortion | <0.05% |
| Damping Factor | >200 |
| Power Requirements | 120V/240V, 50/60Hz |
Introduces chapter topics and manual structure.
Details the 6800+ series distribution amplifier models and their basic configurations.
Highlights specific features for each 6800+ amplifier model, covering technical capabilities.
Explains the physical front and back modules of the amplifiers, including connectors and layout.
Lists common industry applications where the distribution amplifiers are utilized.
Illustrates the internal signal path and processing within the amplifiers.
Outlines the installation process and lists related topics covered in the chapter.
Details power consumption limits for compatible 6800+ frames.
Provides instructions for safely unpacking, checking contents, and preparing modules for installation.
Guides on configuring module settings via jumpers, covering J1/J2, J3, and J4/J5.
Covers procedures for installing, removing, and connecting modules into frames.
Introduces chapter topics for operating the modules using local controls.
Details important operational considerations, parameter saving, and module behavior.
Explains the function, types, and specific settings of various module jumpers.
Covers understanding and setting module parameters, distinguishing between adjustable and read-only types.
Guides for setting parameters via local controls, focusing on reclocking mode.
Guides for setting parameters via remote control, covering various configurable options.
Covers changing parameters and reading software/hardware version information.
Provides information on module LEDs, status indicators, and alarm monitoring.
Lists the specification tables covered in this chapter for electrical and performance parameters.
Details electrical and mechanical input parameters, including signal type, impedance, and equalization.
Details electrical and mechanical output parameters, including signal amplitude, rise/fall time, and reclocking.
Details key performance metrics like jitter and propagation delay.
Specifies the typical power consumption of the module.
Details the performance and operating temperature ranges for the modules.
Indicates the typical module start-up duration.
