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  1. Product Manuals: XD-V55 Pilot's Guide XD-V55H Pilot's Guide XD-V55HS Pilot's Guide XD-V55L Pilot's Guide XD-V55 Features: 300 foot (100 meter) range 12 Channels supporting up to 12 simultaneous systems 24-Bit digital audio signal; providing the audio response of a cable without companding 10Hz to 20 kHz bandwidth, with up to 117 dBA dynamic range Microphone Modeling (on the Handheld Transmitter) EQ/Filter Modeling for headset, instrument and lavalier mics (on the Bodypack Transmitter) NOTE: Please do NOT use Stereo (TRS) 1/4" connector/cables with the 1/4" unbalanced Output Jack on the XD-V55. The ring of a stereo cable is used for data transmissions in factory setup and may cause computer-like noise to be coupled into your audio signal if you use a Stereo 1/4" cable. Please use a standard 1/4" MONO cable for the unbalanced Audio Out on the XD-V55 Receiver. Dynamic Filter: engage this feature on the receiver to minimize stage rumble or handling noise. THH12 (Handheld Mic Transmitter) offers four selectable vocal microphone models: [57] - Shure SM57 [58] - Shure SM58 [835] - Sennheiser e835 [L6] - Line 6 Custom TBP12 (Beltpack Transmitter) offers four selectable EQ/filter models: [FLAT] - No EQ (no roll-off or boost to the signal) [s1] - Microphone EQ (Vocal EQ Setting #1: Low Cut) [s2] - Microphone EQ (Vocal EQ Setting #2: Headworn Lavalier Setting) [iF] - Instrument (20-foot guitar cable High Frequency roll-off) Changing Transmitters from RF2 (Default Mode on XD-V55) to RF1 Mode (for either THH12 Handheld or TBP12 Bodypack): Power on the Transmitter Hold the Select button until the Channel Number flashes Press and hold the On/Mute (Power) button and then quickly press the Select AND Value/Power for Handheld) within one second. Waiting longer than one second may turn off the Transmitter Check the LCD Display; reading should change to RF-1 in place of CH, indicating that the Transmitter is now in RF1, which is what the older XD-V70 and XD-V30 Receivers operate on To revert back to RF2 Mode, repeat the above process in Step #3. The Transmission Mode that is set will be remembered when the Transmitter is powered off. Does USB 3.0 create interference in the 2.4GHz frequency range? USB 3.0 computer cables and peripherals, including hard drives, are known to emit radio frequency interference throughout the 2.4GHz band, which results in reduced range and/or performance for any 2.4GHz device in its proximity (including wireless keyboard or mouse, WiFi, etc.). We recommend placing any digital wireless receivers at least two meters away from the USB 3.0 device and its cabling. Below is a link to a study by Intel regarding this interference.
  2. Pilot's Handbook (all technical specifications listed on page 11 of 11). The XD-V35 Offers: A superb SM58 model with cardoid pattern in the handheld transmitter A High Pass Filter in the XD-V35L body pack transmitter for optimized vocal reproduction An improved radio front end offering even better isolation from RF interference outside of the 2.4GHz band Improved WiFi compatibility when used in the RF2 Mode The ability to switch between the new RF2 Mode and the RF1 Mode used by Line 6 Relay and XD-V70/30 products XD-V35 System Components: XD-V35 Receiver (with 9V/500mA DC-1g Power Supply), THH06 Handheld Microphone (with two AA Alkaline Batteries & Mic Stand Clip), User's Manual. XD-V35L System Components: XD-V35 Receiver (with 9V/500mA DC-1g Power Supply), TBP06 Bodypack Transmitter (with two AA Alkaline Batteries), Unidirectional Lavalier Mic (with Windscreen & Clip), User's Manual. TBP06 Beltpack 1/4" TRS Connector Pinout: Tip = Signal Ring = Bias Voltage (5VDC) Sleeve = Ground Setting Transmitter Compatibility Mode (RF2 to RF1) The XD-V35 System ships set to the new dual frequency RF2 Mode. To use an XD-V35 Transmitter with an earlier generation XD-V30 Receiver (which operates in RF1 Mode), you must change the transmitter from RF2 mode to RF1 Mode. Here's how to do this: THH06 Handheld Transmitter Turn the transmitter OFF. Press and hold the Channel Select button. With Channel Select held down, press and hold the Power ON button. The Blue LED over Channel 1 will flash three times. This indicates that the transmitter is operating in RF1 Mode now. To revert back to RF2 Mode, repeat Steps 1-4. The Blue LED over Channel 2 will flash three times. This indicates RF2 Mode on the transmitter. TBP06 Beltpack Transmitter Turn the transmitter OFF. Set the Channel Select slide switch to Channel 6. Turn ON the transmitter. NOTE: The next three steps (#4-6) must be completed within three seconds of turning on the transmitter! Wait for the Blue LED to flash, followed by a Green LED flash. Immediately slide the Channel Select switch to Channel 1 (completely left). Quickly slide the Channel Select switch completely right back to Channel 6. The Blue LED will flash once to indicate that the transmitter is now operating in RF1 Mode. To revert back to RF2 Mode, repeat steps #1-6. Does USB 3.0 create interference in the 2.4GHz frequency range? USB 3.0 computer cables and peripherals, including hard drives, are known to emit radio frequency interference throughout the 2.4GHz band, which results in reduced range and/or performance for any 2.4GHz device in its proximity (including wireless keyboard or mouse, WiFi, etc.). We recommend placing any digital wireless receivers at least two meters away from the USB 3.0 device and its cabling. Below is a link to a study by Intel regarding this interference.
  3. Specifications and frequency response graphs can be found in the word document below: Line 6 Wireless Mic Specs.doc
  4. The BackTrack/BackTrack+Mic was designed to capture and replay any moment of "musical inspiration" without the need for recording preparation to flash memory by sensing audio signal levels. Records up to 12 hours of audio saved as .wav files to 1GB internal flash memory. General Features and Usability Tips Pressing the "Mark" button designates what you just played as special and separates it for easy review. "Force Capture" mode available for usage of BackTrack as a regular recording device for planned recordings. Audio sample rates of over 48KHz not supported (attempting to play a .wav file at a higher sample rate than this will most like cause incorrect playback behavior). Audio is transferable via USB 2.0 to your computer or recording software for further recording, editing or mixing. USB connection recharges the internal battery to its full capacity of over 8 hours via computer connection or universal USB charger (iPod, Blackberry chargers). No recording when unit is connected via USB to computer. Available in BackTrack (1/4" mono input only) and BackTrack+Mic (1/4" mono & built-in microphone) models. BackTrack does not have stereo/headphone out; only BackTrack+Mic model has stereo/headphone output. LED Color Explanations "Off" LED Status (USB Connection/Charging): Red = 0-25% charge Orange = 25-50% charge Yellow = 50-75% charge Green = 75-100% charge White = Full charge "On" LED Status Indicator Light (Normal Recording State): White = startup & shutdown (solid) or busy (blinking) states Blue = Auto Capture mode Ready to capture (flashing dark blue) Audio to be captured (solid dark blue) Audio that will continue to be captured (solid pale blue) End of captured event (blinking pale blue) Red = Forced Capture mode (solid red) End of forced capture (blinking red) Microphone clipping state (on units with microphone) while recording (flashes red during peak/spikes) Green = Playback mode Play Only mode (blinking green) Purple = Low Memory state 30 minutes remaining (single-blink) 15 minutes remaining (double-blink) Yellow = Low Battery state Less than 1 hour of operation left (occasional single-blink) Complete battery discharge (light fades from yellow to red; rapid flashing) BackTrack Setup Utility BackTrack Setup Utility software allows user to adjust and save capture volume settings and record playback settings. BackTrack Setup Utility requires Microsoft .NET Framework 2.0 or higher. Backtrack Hard Reset Procedure If your Backtrack appears frozen or if the LED lights are blinking in a series of colors then performing a hard reset should resolve this. To perform a hard reset you'll need to manually press a small object like a paper clip into the small hole on the side of the Backtrack. The hole is located on the opposite side of all the UI controls (Backtrack) or on the side opposite the microphone (Backtrack + Mic). Hold the button down for three seconds and then remove the paperclip. The LED on the device will glow white, blink a few times, and then begin blinking blue. You have now successfully reset your Backtrack. Known-Issues: Mac OSX users: stereo .wav files transferred off of Backtrack or Backtrack+Mic will freeze on playback attempt from host computer's audio application and the BackTrack will not record. OSX file system stores extra metadata in hidden "resource fork" files that have a prefix of ._ in front of the .wav file's name. BackTracks use a non-Mac file system, FAT32, that doesn't support resource forks. Deletion of those addition metadata files should allow for playback of the stereo .wav files. BackTrack will not record while connected to computers to recharge or to use the utility software. However, BackTrack WILL record if conencted to third party USB chargers.
  5. The POD X3/X3 Live does not offer phantom power which is needed when using any condenser type microphones for recording. You can purchase phantom power boxes from several online music dealers. Some boxes start as low as $30.00. For more information on phantom power and how it works, please see the link below. If using phantom power with your microphone, do not connect your microphone to the X3's Mic input. The X3 is not equipped to handle external phantom power. If you do not own a condenser type microphone and your POD is still not putting out any levels there are a couple things you can check. 1)Press the Inputs button on your POD and make sure the input for your tone is set to "Mic". 2)Check the Trim knob near the XLR input on the back of your POD and make sure that is turned up. At this point if you are still not hearing any signal output then your POD have a hardware problem and will need to be repaired. You can locate a Service Center near you on our website and arrange a repair for your POD.
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