Earthworks QTC50mp by Millionhead (ไมค์ที่มาเป็นคู่ เพื่อให้ทั้งสองไมค์มีความใกล้เคียงกันมากที่สุด รับเสียงได้อย่างรอบทิศทาง)

Omnidirectional Condenser Microphone (Matched Pair)

The QTC50MP from Earthworks is a matched pair of condenser microphones. This microphone is a member of Earthworks Quiet Time-Coherent series and is designed to accurately reproduce quiet audio signals with pristine detail and low noise. The wide dynamic range of strings, choirs, and orchestras are captured and reproduced with uncanny accuracy and detail. The prepolarized omnidirectional capsule exhibits fast response to transient (peak) signals, enabling exceptional SPL handling and minimal distortion. The omnidirectional capsule is incapable of proximity effect and a wide, flat frequency response of 3 Hz to 50 kHz further maximizes detail. Overall, the QTC50 is a valued addition in high-definition recording and sound reinforcement applications that include choir, orchestra, and acoustic music capturing as well as speech and sound design. Matched PairThis stereo set of Earthworks QTC50 microphones is perfectly matched in sensitivity and frequency response from the manufacturer. The matched pair is intended for stereo applications such as ambiance, orchestral, and choir capturing. High Definition & DetailThe Quiet Time-Coherent microphone series from Earthworks is designed to reproduce quiet signals with uncanny accuracy and detail without noise. Perfect for 192 kHz resolution recording. Ultrawide Frequency ResponseThe QTC50 exhibits a frequency response of 3 Hz to 50 kHz resulting in impressively detailed signal reproduction. Fast Transient ResponseThe prepolarized condenser capsule is capable of capturing signal rich in transient peaks without noise due to distortion. High SPL HandlingThe QTC50's high SPL provides incredible headroom which further minimizes noise due to peak distortion and excessively loud signals at close proximity. Omnidirectional Polar PatternThe omnidirectional polar pattern provides rich, consistent detail at the off and direct sections of the capsule.