Sony ECM-737 Operating Instructions

Sony ECM-737 manual cover
Pages 7
Year 1991
Language(s)
English en
French fr

Sony ECM-737 Specification

The Sony ECM-737 is a high-performance electret condenser microphone designed for professional audio capturing in both studio and field environments. It features a unidirectional polar pattern, which enhances its ability to isolate the desired sound source while minimizing background noise and ambient interference. This makes it an ideal choice for interviews, presentations, and various recording applications where clarity and precision are paramount. The microphone operates across a wide frequency range, ensuring comprehensive audio reproduction from 40 Hz to 16 kHz, capturing rich lows and clear highs. Its sensitivity is rated at -40 dB (0 dB=1 V/Pa, at 1 kHz), which allows for effective sound capture even at lower volumes.

The ECM-737 is equipped with an XLR connector, facilitating seamless integration with a wide array of professional audio equipment. It requires a power supply, operating on either an internal AA battery or external phantom power (DC 48V), offering flexibility depending on the recording setup. The microphone's robust design includes a durable metal body, ensuring longevity and resilience in various recording conditions. Additionally, the ECM-737 is lightweight, enhancing its portability for on-the-go recording sessions.

Sony has engineered this microphone to maintain low self-noise levels, optimizing it for high-quality sound recording with minimal distortion or unwanted noise artifacts. The ECM-737 also includes a built-in windscreen, effectively reducing wind and breath noise during outdoor or close-mic recording scenarios. Overall, this microphone delivers exceptional audio fidelity and reliability, making it a trusted tool for audio professionals seeking superior sound capture performance.

Sony ECM-737 F.A.Q.

How do I connect the Sony ECM-737 microphone to a recording device?

To connect the Sony ECM-737, use an XLR cable to plug the microphone into the XLR input of your recording device. Ensure phantom power is enabled if the microphone requires it.

What should I do if the Sony ECM-737 is not picking up sound?

Check if the XLR cable is securely connected, ensure that phantom power is activated on your device, and verify that the input gain is set correctly.

How can I reduce background noise when using the Sony ECM-737?

Position the microphone closer to the sound source, use a windscreen or pop filter if needed, and adjust the recording settings to minimize ambient noise.

What is the best way to clean and maintain the Sony ECM-737?

Use a soft, dry cloth to gently wipe the microphone. Avoid using any liquid cleaners. Store the microphone in a dry place when not in use to prevent moisture damage.

Can the Sony ECM-737 be used for outdoor recordings?

Yes, the ECM-737 can be used outdoors. It's advisable to use a windscreen to reduce wind noise and protect the microphone from environmental elements.

How do I troubleshoot low audio levels with the Sony ECM-737?

Ensure that the microphone is properly connected, check that phantom power is enabled, and adjust the input gain levels on your recording device.

What should I do if the microphone produces a humming sound?

Check for ground loop issues by ensuring all equipment is on the same electrical circuit, use balanced cables, and keep the microphone away from electrical interference sources.

Is the Sony ECM-737 compatible with all audio interfaces?

The ECM-737 is compatible with audio interfaces that have XLR inputs and provide phantom power. Verify your interface’s specifications to ensure compatibility.

How do I properly store the Sony ECM-737 when not in use?

Store the microphone in its case or a padded bag in a cool, dry place. Avoid exposure to extreme temperatures and humidity to preserve its condition.

What types of recordings is the Sony ECM-737 best suited for?

The ECM-737 is versatile, making it suitable for voice recordings, musical instruments, and environmental sounds, owing to its wide frequency response range.