EM-24346-C48

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The EM-24346-C48 is a small diaphragm condenser microphone that is well-suited for a wide variety of applications. Its supercardioid directional pattern and internal circuitry help it to capture sound efficiently and accurately, with minimal noise interference. Its versatility, robust construction, and affordability combined to make it a popular choice for many situations, from studio recording to stage performances.

Applications

The EM-24346-C48’s versatility makes it suitable for a wide range of audio recording and broadcasting tasks. Its supercardioid polar pattern provides excellent off-axis noise rejection and can focus the microphone on sound sources in crowded and noisy environments. This makes it a great choice for live recording or broadcasting, especially in larger spaces like concert halls or churches. Its small size and low noise floor make it a perfect choice for capturing ambient and close-mic’d sound in the studio, too. Additionally, its affordably priced and robust construction make it suitable for anyone on a budget.

Working Principle

The EM-24346-C48 is a condenser microphone, which means it relies on a polarized capacitor to convert sound into electrical energy. Its internal circuitry is optimized to provide excellent transient response and very low self-noise. Inside the microphone is a low-mass diaphragm, which is connected to both the stationary and the moving plates of the capacitor. When sound enters the microphone, the air pressure changes cause the diaphragm to vibrate, which in turn causes the distance between the two plates of the capacitor to increase and decrease. This change in distance causes a change in capacitance, which is then converted into electrical signals by the microphone’s internal circuit. The signal is then sent to the audio device, which reproduces it.

Conclusion

The EM-24346-C48 is a small diaphragm condenser microphone that is versatile, affordable, and robust. Its supercardioid directional pattern and low noise floor make it a great choice for a wide range of applications, from studio recording to live performances. Its internal circuitry is optimized for high transient response and low self-noise, and its design relies on a polarized capacitor to convert sound into electrical signals. Its small size, affordability, and efficacy combine to make it an ideal choice for anyone in need of a reliable microphone.

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