FG-23742-D65

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The FG-23742-D65 is a sensitive, professional condenser microphone designed for acoustical and musical measurement applications. It is designed to provide improved frequency response and higher sensitivity over existing condenser microphones. Specifically, this microphone is designed to offer high precision, low noise and low distortion over a wide frequency range. It has an excellent signal-to-noise ratio (SNR) of at least 75 dB. It is commonly used for acoustical and musical measurement in studios, homes and live venues.

The FG-23742-D65 features two diaphragm elements, the larger of which is made from a proprietary material intended to improve frequency response. The smaller element is made from a lightweight polymer designed to contribute acoustic detail. The diaphragm elements are oriented perpendicularly to isolate unwanted noise and reverberations. An integrated capsule shock mount improves the signal to noise ratio.

The FG-23742-D65 is powered through a three-wire connection system. It operates on a balanced phantom power supply with a nominal voltage of 48V DC. A high pass filter is built-in to minimize low frequency energy and reduce noise. The microphone is designed for use in combination with a preamplifier, such as the FG-154A, to improve the sound quality.

The FG-23742-D65 is a good choice for a variety of applications, including recording acoustic instruments, vocals, and speech. It is also suitable for speech reinforcement in events such as conferences. The high sensitivity and wide frequency response make it suitable for capturing a wide range of sound sources. The noise reduction system ensures a clear, clean signal with minimal distortion.

Since it is a condenser microphone, the FG-23742-D65 requires a power source. It is designed to operate within a voltage range of 44.1 to 52.6 Volts. It should be connected to the power source according to the manufacturer\'s instructions in order to achieve optimum performance.

At the heart of its workings, the FG-23742-D65 microphone employs capacitive technology to capture and convert sound waves into electrical signals. This is achieved by positioning two diaphragms – called plates – very close to each other. As sound waves strike the diaphragms, they move together, producing an alternating voltage on a conductor. This voltage is further processed and amplified for use in a wide range of audio applications.

In addition to its wide range of applications, the FG-23742-D65 is known for its relatively low price and robust build quality. It is also light in weight and very easy to set up. All in all, the FG-23742-D65 microphone is an excellent choice for performers, audio engineers and audio enthusiasts alike.

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