Fifine UHF Dual Channel Wireless Handheld Microphone, Easy-to-use Karaoke Wireless Microphone System-K036

Description

Brand: FIFINE

Color: Black/Grey

Features:

• Operating Range: 80 Feet. UHF wireless microphone is less likely to subject to interference than VHF microphone. Reliable signal and no worried about the sound will be cut in and out during use.
• 3 vocalists can sing karaoke together. 1/4 inch input for extra wireless microphone (not included but could be found from Fifine). Separate volume control for each wireless mic. Perfect for karaoke, party, school and church.
• Adjustable echo effect. Allowed to mix the mic signal with music signal without using an mixer. Compact metal receiver, has stronger interference prevention ability than plastic ones. This wireless microphone system can deliver space at home and be portable for on the go use.
• Verified cables allowed flexibility for connections. 1×1/4 inch audio cable (L:39inch), 1×3.5mm audio cable (L:59 inch), 1×3.5mm to RCA audio cable (L:59inch). It could be a karaoke microphone or speaking microphone to meet different purpose.
• You will get: 1 wireless receiver, 2 handheld microphones, 3 audio cables, 1 power cord, useful instructional video and customer service.
• TIPS:1) If you use the smart tv to stream music, you will need a digital to analog converter (not included) to connect the tv output to the mic system. 2) Need to work with speakers/soundbars have AUX (3.5mm or 1/4”) or RCA input port. 3) Without Bluetooth function, the wireless mic is not to connect to other devices through Bluetooth.

Package Dimensions: 68x306x1260

Details: Description
Receiver
Frequency response:565-584MHz
Sensitivity:2/MV
Image interference ratio:>88DB
Audio output:0-300MV
Quantity of tunnel: 2
Frequency stability:90DB
S/N:>95DB
Working distance:Under standard conditions:10-30m
Power supply voltage:AC/100-240V
Antenna:Internal

Wireless microphone
Carrier frequency:UHF565-584MHz
Transmit power:10MW
Sub-harmonic:’main harmonic 40DB
Pickup:600¦¸ single-minded direction
Frequency stability: