Wireless Handheld Microphone System for MiPro MA-707
Wireless Handheld Microphone System for MiPro MA-707 Includes handheld transmitter and UHF diversity receiver.
ACT-707HE Standard Handheld Transmitter
Power switch is located on the housing for easy operation.
LED panel displays power on/off and battery fuel gauge
Exclusive color rear cap is available in 10 colors for channel identification.
Fine-crafted and ergonomically designed housing presents MIPRO's unique style.
The cardioid condenser
microphone capsule is ideal for vocal, providing high fidelity, wide
frequency response, high dynamic range, rapid transient response, low
echo feedback, clarity and accuracy sound image contributes the best
sound quality in the digital audio age.
Patented modularized capsule design provides extremely low handling-noise feature that other brands cannot compete.
Unique dual steel microphone
head-grille design eliminates pop & wind noises and prevents
worsening of high pitch loss and directionality.
Interchangeable microphone capsules are available.
A condenser or dynamic capsule to suit personal preference.
World's first ACT (Automatic Channel Targeting) function provides rapid and automatic channel setting of the transmitter.
High fidelity modulation circuitry is capable of accepting high input level and less distortion.
Advanced efficient transmitting and low power consumption circuit design.
22 hour battery life per single 9V
Professional quality ensures no impact-damage.
Diversity Receiver Module
diversity receiver module.
Press the 'SCAN' button and
the receiver will automatically scan and lock on to one of
the 16 interference free frequencies.
Press the 'ACT ' button to automatically
upload the receiver frequency to the transmitter.
Once the frequency has been set, the data
is stored in memory, meaning that the frequency is set until
it is changed by performing the 'ACT ' function again, even
after powering off.
Bright and easy-to-read LED displays
numeric channel and RF &AF strengths.
Receiver ""Sensitivity"" level can be
adjusted to prevent interferences.