EK-23027-053

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Microphones are a vital piece of technology used across numerous industries. The EK-23027-053 microphone is designed for acoustic measurements, featuring high sensitivity and a wide frequency range. This makes them well-suited for applications in industrial, aerospace, communications, and medical fields. This article will cover the application fields and working principles of the EK-23027-053 microphone.The EK-23027-053 microphone is a pressure sensitive microphone designed to accurately measure and record sound pressure levels. While the microphone is able to pick up sound waves from a wide range of frequencies, it is most effective in capturing mid-to-high frequency content. The microphone utilizes a pre-polarized condenser element with a frequency response up to 20 kHz. With its low equivalent noise, the EK-23027-053 microphone is capable of capturing fine nuances in audio recordings. The EK-23027-053 microphone is a robust piece of technology with numerous applications. Among these are noise measurements such as SEL, SPL and Maximum Allowable Noise Levels. The microphone is also suitable not only for noise measurements, but also for diagnostics, sound quality analysis, and communications. The EK-23027-053 microphone is suitable for demanding acoustic tests and offers superior noise reduction capabilities. The EK-23027-053 microphone is powered using a 48V phantom power supply. The microphone also features a single-sided shielding design to reduce interference and noise bleed. The EK-23027-053 microphone offers excellent sensitivity and frequency response, making it well-suited for many high-end audio recording tasks.To understand the working principle of the EK-23027-053 microphone, it is important to first look at the construction of its components. The microphone consists of a thin diaphragm, also known as a membrane, which is suspended inside the hollow body of the microphone and connected to a shorter armature. When sound waves reach the diaphragm, it vibrates and moves the armature. The armature, in turn, causes changes in the capacitance of the microphone. These variations in the capacitance of the microphone generate the electrical signals, which in turn are amplified and recorded as sound.The EK-23027-053 microphone is a reliable and robust piece of technology, providing good precision and usable results in a variety of applications. This makes it suitable for many industrial, aerospace, communications, and medical applications. With its low equivalent noise, high sensitivity, and wide frequency response the EK-23027-053 microphone is able to capture fine nuances in audio recordings.In conclusion, the EK-23027-053 microphone is an extremely useful and versatile piece of technology. With its low noise, sensitivity, and wide frequency response the EK-23027-053 microphone can offer accurate and delicate audio recordings. As such, the EK-23027-053 microphone is an excellent choice for industrial, aerospace, communications, and medical applications.

The specific data is subject to PDF, and the above content is for reference