Headset Microphone/Tie-Clip Microphone/Professional Dynamic Microphone/Head Microphone

• Customization: Available
• Style: Headset Microphone
• Application: Music, Voice, Recording, Meeting, Measurement, Amplify
• Model NO.: YTCM Series
• Signal Transmission: Wireless
• Directivity: Omni-direction
• Sound Channel: Stereo
• Transducer Principle: Electrodynamic Microphone
• Connector(s): TRS 3.5 mm
• Output Impedance: 1000-20000Ω
• Type: Wireless
• Cover: Plastic or Metal
• Transport Package: Color Box
• Specification: CE ROHS
• Trademark: OEM
• Origin: China

Product Description

YTCM-089	Type Of Power:DC1.5Vx1(um-3) Sensitivity:5mV/PA Impedance:2.2KΩ Frequency Response:(100-18000)Hz
YTCM-090	Type Of Power:DC1.5Vx1(um-3) Sensitivity:5mV/PA Impedance:2.2KΩ Frequency Response:(100-18000)Hz
YTCM-091	Type Of Power:DC1.5Vx1(um-3) Sensitivity:5mV/PA Impedance:2.2KΩ Frequency Response:(100-18000)Hz
YTCM-092	Type Of Power:DC1.5Vx1(um-3) Sensitivity:5mV/PA Impedance:2.2KΩ Frequency Response:(100-18000)Hz
YTCM-093	Type Of Power:DC1.5Vx1(um-3) Sensitivity:5mV/PA Impedance:2.2KΩ Frequency Response:(100-18000)Hz
YTCM-094	Type Of Adaptor: Dynamic Pointing Feature:Cardioid-directional Impedance:500Ω Sensitivity:-72±3dB Frequency Response : 100-16000Hz Max.Input SPL:125dB

other type can be supplied if you need.

Features:
1. High sensitivity: remote control signal receiving real-time response to fast forward without delay.
2. Receiver picks up the signal from the remote controller
3. Emitter used to send the signals to the audio / video components.
4. The receiver is resistant to fluorescent lamps and have strong anti-interference ability.
5. The emitter is directional transmission, and if multiple audio and video appliances are placed together, it will not affect the reception of other home appliances remote signals.
6. Suitable for all kinds of devices with infrared remote control function, such as: set-top box, home audio, hard disk player, TV, DVD player, amplifier.
7. Small size, easy to hide with long signal transmission distance.