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SN-M43
OKSN
SN-M43
When looking for a Wireless Microphone, there are a few different types to choose from. Some have multiple frequencies and others are fixed to one frequency. The UHF band, for example, allows for the most frequency flexibility and helps to avoid interference from other devices. Additionally, it allows for multiple radio microphones to be operated at the same time. This range of frequencies is often unlicensed and has few restrictions, but some frequencies are reserved for public safety and actual television channels. The best way to determine which frequencies to use depends on where you live and the type of content that you are creating.
The most important factor when choosing a wireless microphone system is the operating frequency. The higher the frequency, the higher the quality of the signal. Moreover, a low latency will ensure that the mic is as clear as possible and the sound is clearer. This is especially important when a microphone is used for live performances or broadcasts.
Technical Specification:
Frequency range:170-270MHz
Frequency stability:±0.005%
Frequency response: 40Hz-18KHz
T.H.D:<0.5%
Output:XLR balance and 1/4" unbalance plug
Output voltage:1/4":0-300mV
Cover range:6W
Operation temperarure:-10℃~50℃
Receiver
Rated power:6W
S/N.:>100dB (1KHz-A)
mirror frequency rejection: >95dB
spurious reduction:>100dB
RF sensitivity:-85dBm
Power voltage:AC:220V50Hz AC:110V/60Hz
Transmitter
RF output power: ≤10mW
Modulation mode: FM
Max modulation frequency: ± 45KHz
Power: AA1.5X2
Battery life:8 hours
When looking for a Wireless Microphone, there are a few different types to choose from. Some have multiple frequencies and others are fixed to one frequency. The UHF band, for example, allows for the most frequency flexibility and helps to avoid interference from other devices. Additionally, it allows for multiple radio microphones to be operated at the same time. This range of frequencies is often unlicensed and has few restrictions, but some frequencies are reserved for public safety and actual television channels. The best way to determine which frequencies to use depends on where you live and the type of content that you are creating.
The most important factor when choosing a wireless microphone system is the operating frequency. The higher the frequency, the higher the quality of the signal. Moreover, a low latency will ensure that the mic is as clear as possible and the sound is clearer. This is especially important when a microphone is used for live performances or broadcasts.
Technical Specification:
Frequency range:170-270MHz
Frequency stability:±0.005%
Frequency response: 40Hz-18KHz
T.H.D:<0.5%
Output:XLR balance and 1/4" unbalance plug
Output voltage:1/4":0-300mV
Cover range:6W
Operation temperarure:-10℃~50℃
Receiver
Rated power:6W
S/N.:>100dB (1KHz-A)
mirror frequency rejection: >95dB
spurious reduction:>100dB
RF sensitivity:-85dBm
Power voltage:AC:220V50Hz AC:110V/60Hz
Transmitter
RF output power: ≤10mW
Modulation mode: FM
Max modulation frequency: ± 45KHz
Power: AA1.5X2
Battery life:8 hours
