Buy high-quality measuring microphones at a low price in the Carhifi online shop Masori.
Measurement microphones are essential tools for precise audio analysis and measurements. In the Masori online shop, you will find a wide selection of measurement microphones from renowned manufacturers such as Audiocontrol, ETON, Gladen, miniDSP, and SPL Lab. These microphones are characterized by their technical precision, robust construction, and versatile applications that appeal to both professional audio engineers and audiophiles alike.
Technical Specifications of Audiocontrol Measurement Microphones
Audiocontrol measurement microphones offer outstanding accuracy with an extended frequency response of 20 Hz to 20 kHz and a low total harmonic distortion. These microphones are equipped with an impedance of 50 ohms, allowing for seamless integration into various measuring devices and amplifiers. Their robust construction ensures durability and reliability in demanding environments.
ETON Mess Microphones: Precision and Versatility
ETON measurement microphones are characterized by their high sensitivity of -38 dBV/Pa and a flat frequency response, making them ideal for room acoustic analyses and detailed sound measurements. The compact design allows for flexible placement, enabling comprehensive acoustic measurements in a variety of environments.
Gladen measurement microphones: High-quality audio capture
Gladen measurement microphones offer excellent noise suppression and precise sound reproduction. With a frequency response of 18 Hz to 22 kHz, they are ideally suited for detailed audio analysis and mixing processes. The high impedance of 80 ohms ensures optimal performance in professional audio setups.
miniDSP Measurement Microphones: Flexibility and Adaptability
The miniDSP measurement microphones are known for their exceptional flexibility and adaptability. With a frequency response of 19 Hz to 20 kHz and variable sensitivity, they offer versatile application possibilities, from room acoustics measurements to live performance analyses. The modular design allows for easy expansions and adjustments to specific requirements.
SPL Lab Measurement Microphones: Professional Sound Measurement
SPL Lab measurement microphones offer precise sound measurement with a wide frequency range of 16 Hz to 25 kHz and a high dynamic range that captures even the finest sound nuances. Their robust design and low self-noise make them the ideal choice for professional audio applications and scientific studies.
Application tips for measurement microphones
For optimal measurement results, measurement microphones should be positioned and calibrated correctly. Ensure that the microphone is free from physical obstacles and placed at the correct distance from the sound source. Use high-quality accessories such as microphone arms and stands to ensure stable and precise measurements.
Integration of measurement microphones into existing systems
"Measurement microphones can be seamlessly integrated into existing audio and measurement systems. Thanks to standardized connections and compatibility with various software solutions, they can be easily integrated into workflows. Utilize the expertise of the installation service in Frankfurt Oder to ensure a professional installation."
Accessories for measurement microphones
To maximize the performance of your measurement microphones, high-quality accessories are essential. This includes microphone arms, stands, pop filters, and calibration devices. Accessories from reputable manufacturers ensure stable and precise use of your measurement microphones in all applications.
Optimization of audio quality with measurement microphones
Measurement microphones significantly contribute to optimizing audio quality by enabling precise sound measurements. By analyzing frequency response, impedance, and total sound power, targeted adjustments can be made to improve the acoustic environment and perfect sound reproduction.
Support and Further Resources
"For technical support and further information, the expert support and the audio blog from Masori are available to you. Visit our installation service in Frankfurt Oder for professional installation assistance and use our FAQ help page for quick answers to technical questions."
FAQ on the topic of measurement microphones
What are the most important performance data of a measurement microphone?
The most important performance data of a measurement microphone include the frequency response, which indicates the range of frequencies captured, the sensitivity, which describes the microphone's ability to convert sound levels into electrical signals, as well as the total harmonic distortion, which measures the distortion rate of the captured signals. Other relevant parameters are the impedance, which determines compatibility with various audio interfaces, and the dynamic range, which describes the difference between the quietest and loudest sound that the microphone can capture.
How does impedance affect the performance of a measurement microphone?
The impedance of a measurement microphone plays a crucial role in its integration into different audio setups. A low impedance, such as 50 ohms, allows for better signal transmission over longer cable runs without significant power loss. This is particularly important in professional applications where clear and precise signals are required. On the other hand, a high impedance can limit compatibility with certain audio interfaces and lead to a signal-to-noise ratio that affects the accuracy of the measurements.
What accessories are required for the installation of a measurement microphone?
For the optimal installation of a measurement microphone, various accessories are recommended, including sturdy microphone arms or stands for secure placement, pop filters to reduce plosive sounds and background noise, as well as calibration devices to ensure the accuracy of the measurements. Additionally, high-quality connection cables may be necessary to avoid signal loss and ensure a stable connection between the microphone and audio interface.
What differences exist between the measurement microphones of the brands Audiocontrol, ETON, Gladen, miniDSP, and SPL Lab?
The measurement microphones of different brands vary in their technical specifications and areas of application. Audiocontrol offers microphones with extremely flat frequency responses and low total harmonic distortion, ideal for precise analyses. ETON microphones impress with high sensitivity and compact design, allowing for flexible placements. Gladen microphones score with high noise suppression and wide frequency ranges, while miniDSP microphones stand out due to their modular design and adaptability. Finally, SPL Lab provides microphones with high dynamics and wide frequency response, suitable for professional sound measurements and scientific applications.
How is the calibration of a measurement microphone carried out?
The calibration of a measurement microphone is usually carried out using a calibration tone that has a known sound pressure level. This tone is played near the microphone while the measurement software compares the received level with the known value. Through this comparison, any deviations can be detected and corrected to ensure the accuracy of the measurements. Regular calibrations are essential to achieve precise results in the long term.
Which applications are particularly suitable for measurement microphones?
Measurement microphones are particularly suitable for applications such as room acoustic analyses, speaker tuning, scientific research studies, and professional audio recordings. They are used to perform precise sound measurements, avoid feedback, and optimize the acoustic environment. In the automotive industry, measurement microphones are used in the development of car audio systems, while in music production, they are employed for fine-tuning instruments and mixes.
How does a measurement microphone improve room acoustics measurement?
A measurement microphone improves room acoustics measurement through its precise capture of sound waves and frequency patterns. It enables the accurate analysis of reflections, reverberation times, and frequency distributions within a room. Based on the collected data, targeted measures for acoustic improvement can be taken, such as placing absorbers or diffusers to achieve optimal sound quality. The use of a high-quality measurement microphone ensures that all relevant acoustic parameters are accurately captured and analyzed.
What technical features should be considered when selecting a measurement microphone?
When selecting a measurement microphone, technical features such as frequency response, sensitivity, total harmonic distortion, impedance, and dynamic range should be considered. A wide frequency response ensures that all relevant sound frequencies are captured, while high sensitivity captures the finest sound details. A low distortion factor minimizes distortions, and an appropriate impedance ensures compatibility with existing audio interfaces. Additionally, the dynamic range is important for accurately measuring both quiet and loud sounds.
How do Thiele-Small parameters affect the performance of a measurement microphone?
The Thiele-Small parameters are specific electromagnetic properties that can influence the performance of a measurement microphone. Parameters such as the resonance frequency, mechanical compliance, and electrical damping determine how the microphone responds to different frequencies. These parameters are crucial for the precision of the measurements, as they affect the accuracy and reliability of sound reproduction. A deep understanding of the Thiele-Small parameters allows for optimal tuning of the microphone for specific applications and achieving the best possible performance.
What advantages does the installation service in Frankfurt Oder offer for measurement microphones?
The installation service in Frankfurt Oder offers professional support for the installation and calibration of measurement microphones. Through proper placement and technical adjustments, it is ensured that the microphone functions optimally and provides accurate measurements. Additionally, expert support is available to assist with questions and technical challenges, ensuring efficient and precise use of the measurement microphones.
How can the Masori audio blog assist with the use of measurement microphones?
The audio blog by Masori offers valuable information, tips, and guides for the optimal use of measurement microphones. Here you will find detailed articles on technical topics, application scenarios, and best practices that will help you make the most of your measurement microphones. Regular updates and expert contributions ensure that you always stay up to date with the latest technology and can continuously improve your audio analyses.
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