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Voice Technologies VT500 Omnidirectional Lavalier Condenser Microphone - USED

$ 84.06

  • Brand: Voice Technologies
  • Color: Black
  • Form Factor: Condenser Microphone
  • Model: Voice Technologies VT500
  • Polar Pattern: Omnidirectional
  • Seller Notes: “Item is in 8.0 out of 10 Cosmetic condition, has been tested and deemed “FUNCTIONAL”.”

Description

Voice Technologies VT500 Omnidirectional Lavalier Condenser Microphone (Black, TA5 Female Connector) - Gently Used Item is in 8.0 out of 10 Cosmetic condition, has been tested and deemed “FUNCTIONAL”. Key Features For Stage and Television 40 Hz to 20 kHz Frequency Response Omnidirectional Polar Pattern For Lectrosonics Transmitters TA5 Female Connector Flexible Cable Isolates Rubbing Noise Shockproof and RF Protected Includes Windscreen and Mounting Clips Carrying Case Included he black Voice Technologies VT500 (TA5 Female Connector) is a durable omnidirectional lavalier condenser microphone optimized for speech reproduction in theater, broadcast, television, and video production. The omnidirectional polar pattern picks up sound from all directions and its 40 Hz to 20 kHz frequency response has a slight high-frequency boost to enhance vocal clarity. The injection-molded body is shockproof and protected from RF interference. The flexible 5’ cable provides isolation from noise caused by material rubbing against it. The included windscreen reduces wind noise and the supplied clips enable versatile mounting configurations. The VT500 includes a waterproof carrying case. Connector TA5 female connector for Lectrosonics transmitters Compatibility Wired for Lectrosonics transmitters Flexible Mounting Options A variety of mounting clips are included for versatility in attachment methods Wide Flat Frequency Response The lavalier features a wide, flat frequency response for transparent signal reproduction Omnidirectional Polar Pattern The omnidirectional pattern provides pick up from all around the microphone's capsule RF Suppression Filter Radio-frequency noise is suppressed via an internal RF filter