background image

QT‐AD10 Module 

 

9

 

 

 
 
 

 

Power either ON or OFF, this is the transmitter’s power state and can be changed here. 

 

Frequency can be adjusted by moving the cursor to the value using the navigational arrows 
then pressing “ENTER” button. This will bring up the screen shown below on the left. To 
change the MHz values use the UP/DOWN arrows. To edit the frequency’s kHz, press the 
“RIGHT” button to highlight them then use the “UP/DOWN” arrows again. The “ENTER” or 
“BACK” button can be used to save changes. Select “Save” to confirm or “Cancel” to cancel. 

 

 

 

 

 

 

Batteryis the percentage of battery life remaining. The “CHG” to the left of the percentage 
denotes that the device is currently charging.

 

 

Micis the microphone state, either Live or Mute.  Muting will turn the audio off and leave the 
transmitter on.  This function can be used to override a muted mic such as the QT‐AD10 
RefMic with it’s integrated mute switch or to remotely mute a mic whenever required

 

 

Mic Gainoffsetis used to match Audio Levels of different types of Microphones 

When pairing two or more transmitters to a single receive channel, there may be a difference 
in volume levels between microphones or instruments. If this occurs, use the Offset function 
to match the audio levels and eliminate audible volume differences between transmitters. If 
using a single transmitter, set Offset to 0 dB. 

Setting Gain off Set  if needed 
1.

 

Turn on the first transmitter and perform a sound check to test the audio level. Turn 
off the transmitter when finished. 

2.

 

Turn on the second transmitter and perform a sound check to test the audio level. 
Repeat for any additional transmitters. 

3.

 

If there is an audible difference in the sound level between the transmitters, navigate 
to the Offset menu (Audio

>

Offset) in the transmitter to increase or decrease the Offset 

in realtime to match the audio levels. 

 

Summary of Contents for QT-AD10 Series

Page 1: ...QT AD10 Module Description This document describes the use of the QT AD10A C transmitter History Rev 1 Original...

Page 2: ...6 Features 7 Performance 7 Design 7 Working with the AD10 Module 7 Out of the Box Setup 7 Storage Mode 7 Standby Mode 8 Run Mode 8 Control and Configuration of Modules 8 Adjusting Module Parameters 8...

Page 3: ...er is encouraged to try to correct the interference by one or more of the following measures Reorient or relocate the receiving antenna Increase the separation between the equipment and receiver Conne...

Page 4: ...dio IC 4614A QTAD10A IC 4614A QTAD10C a t approuv par Innovation Sciences et D veloppement conomique Canada pour fonctionner avec les types d antenne num r s ci dessous et ayant un gain admissible max...

Page 5: ...le shall be tested to comply with all applicable FCC requirements and Unintentional radiators FCC section 15 107 15 109 and ISED ICES 003 before declaring compliance to Part 15 of the FCC Rules and IS...

Page 6: ...RF power UHF frequency microphone muting and mic gain groups transmitter naming and other operational parameters can be remotely configured using the QG H2 without physical access to the transmitter...

Page 7: ...al coverage low latency o High density dramatic increase in max system channel count Built in tone generator and RF markers to facilitate walk testing Switchable Power Levels 2 10 20mW region dependen...

Page 8: ...ge parameters and to turn to the standby mode or storage mode Control and Configuration of Modules The QG H2 is required to view monitor and make adjustments to any QT AD10 transmitter within the cont...

Page 9: ...a muted mic such as the QT AD10 RefMic with it s integrated mute switch or to remotely mute a mic whenever required Mic Gainoffsetis used to match Audio Levels of different types of Microphones When p...

Page 10: ...lecting the desired value A lower power level will conserve battery life 2 4 GHz Chthe RCAS control channel default is 25 change this on the transmitter only if you are having control issues that can...

Page 11: ...ty Mode 125 KHz Modulation Type Shure Axient Digital Proprietary RF Output Power 2 mw 10 mw 20 mw Avg Antenna Type 1 4 wave Antenna Impedance 50 Ohm Housing Machined Aluminum Operating Temperature Ran...

Page 12: ...bility depends on the user s classification and application and on the selected frequency Q5X strongly urges the user to contact the appropriate telecommunications authority concerning proper licensin...

Reviews: