EasyManua.ls Logo

Orban OPTIMOD 5950 - Addressing Specific Operational Issues

Orban OPTIMOD 5950
142 pages
Print Icon
To Next Page IconTo Next Page
To Next Page IconTo Next Page
To Previous Page IconTo Previous Page
To Previous Page IconTo Previous Page
Loading...
Orban 5950 Technical Manual Troubleshooting 5-5
You will always achieve better peak control by defeating the pre-emphasis and input filters of an external stereo
encoder, permitting the 5950 to perform these functions without overshoot.
Dull Sound
If you are using the Two-Band structure, dull-sounding source material will sound dull on the air. The Five-Band
structure will automatically re-equalize such dull-sounding program material to make its spectral balance more
consistent with other program material.
If the 5950’s output is set to Flat in System Setup > Output, there will be no pre-emphasis unless it is supplied
somewhere else in the system. This will cause very dull sound.
System Will Not Pass Line-Up Tones at 100% Modulation
This is normal. Sine waves have a very low peak-to-average ratio by comparison to program material. The
processing thus automatically reduces their peak level to bring their average level closer to program material,
promoting a more consistent and well-balanced sound quality.
The 5950 can generate test tones itself. The 5950 can also be put into Bypass mode (locally or by remote control)
to enable it to pass externally generated tones at any desired level.
System Will Not Pass Emergency Alert System (“EAS” USA Standard) Tones at the Legally
Required Modulation Level
See System Will Not Pass Line-Up Tones at 100% Modulation (directly above) for an explanation. These tones
should be injected into the transmitter after the 5950, or the 5950 should be temporarily switched to BYPASS to
pass the tones.
System Receiving 5950’s Digital Output Will Not Lock
Be sure that the 5950’s output sample rate is set match the sample rate that the driven system expects. Be sure
that the 5950’s output FORMAT (AES3 or SPDIF) is set to match the standard expected by the driven system.
You See A “Communications Board Error” Message
This can be caused by applying an AES3, AES3id, AES11, or AES11id to the 10 MHz/wordclock input. Use the XLR
AES3 input as an AES3 sync source.
19 kHz Frequency Out-of-Tolerance
First, verify that a problem really exists by using a second frequency-measuring device and/or verifying the
problem with a monitoring service. If the problem is real, contact Orban Customer Service for a crystal
replacement; there is no frequency trim available.

Table of Contents

Related product manuals