The Sescom Ln2Mic-Pcdm50 Features A -35Db L Pad Attenuator On Audio Channels To Reduce Professional Line Level Output (+4Dbu) To The Camera Mic Input Sweet Spot Level. The Cable Is Designed With The Proper Impedances To Assure Maximum Voltage Transfer And Low Noise Operation. The Cable Shield Is Isolated On The Camera End To Prevent Shield Noise From Directly Coupling Into The Camera Connector Ground.The Cable Allows Users To Go Directly From The Audio Recorder Into The Camera, Creating A Compact And Elegant Interface Solution. All Resistors Values Are 1% Metal Film To Assure Similar Voltage Attenuation Between The Stereo Inputs. Cable Ends Are Labeled For Proper Connection.
⚠️ WARNING (California Proposition 65): This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
Frequently Asked Questions
Q: What is the length of the Sescom LN2MIC-PCDM50 cable?A: The Sescom LN2MIC-PCDM50 cable measures nine inches long. This length is ideal for connecting audio recorders to cameras without excess cable clutter.
Q: What type of material is the Sescom LN2MIC-PCDM50 made of?A: The cable features a durable plastic exterior and metal connectors. This ensures longevity and reliable audio signal transmission.
Q: What is the attenuation level of the Sescom LN2MIC-PCDM50?A: The cable provides a negative thirty-five decibel attenuation. This allows professional line level outputs to be safely reduced to mic input levels.
Q: How do I connect the Sescom LN2MIC-PCDM50 to my camera?A: To connect, plug the stereo TRS connector into the camera's mic input and the other end into the audio recorder. Ensure both devices are powered on for optimal performance.
Q: Is the Sescom LN2MIC-PCDM50 compatible with all DSLR cameras?A: Yes, it is compatible with many DSLR cameras, including Canon, Nikon, Pentex, and Panasonic. This versatility makes it a valuable tool for various setups.
Q: Can I use the Sescom LN2MIC-PCDM50 with a smartphone?A: No, the Sescom LN2MIC-PCDM50 is specifically designed for DSLR cameras and professional audio recorders. It may not work properly with smartphone mic inputs.
Q: How should I store the Sescom LN2MIC-PCDM50 cable?A: Store the cable in a cool, dry place away from direct sunlight. Coil it loosely to prevent kinks and preserve connector integrity.
Q: Is the Sescom LN2MIC-PCDM50 waterproof?A: No, the Sescom LN2MIC-PCDM50 is not waterproof. Avoid exposing it to moisture to maintain its functionality and durability.
Q: What should I do if the Sescom LN2MIC-PCDM50 cable arrives damaged?A: If the cable arrives damaged, contact the retailer immediately for a return or exchange. Ensure you have your purchase receipt for faster processing.
Q: Does the Sescom LN2MIC-PCDM50 come with a warranty?A: Yes, the Sescom LN2MIC-PCDM50 typically comes with a limited manufacturer's warranty. Check the packaging or retailer's website for specific warranty details.
Q: What audio recorders work best with the Sescom LN2MIC-PCDM50?A: The cable works best with high-quality audio recorders like the Sony PCM-D50 and Samson Zoom H4N. These devices can output the required line level signals.
Q: Is the Sescom LN2MIC-PCDM50 suitable for beginner users?A: Yes, the Sescom LN2MIC-PCDM50 is user-friendly and suitable for beginners. Its simplicity allows for easy connection between audio devices.
Q: Can I use the Sescom LN2MIC-PCDM50 for live sound applications?A: Yes, the Sescom LN2MIC-PCDM50 can be used for live sound applications. It effectively reduces line level outputs for microphone inputs, ensuring clear audio.
Q: What are the dimensions of the Sescom LN2MIC-PCDM50 packaging?A: The packaging dimensions are three point nine inches in width, five point seven inches in length, and one point five inches in height. This compact size makes it easy to store.
Q: Does the Sescom LN2MIC-PCDM50 reduce noise interference?A: Yes, the cable is designed to minimize noise interference. Its isolated shield on the camera end helps prevent unwanted noise from affecting the audio signal.