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Condenser Microphone
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Capture voice, sound, and subtle air vibrations with this compact condenser microphone designed for electronics, DIY, robotics, and embedded projects. Its sensitive electret construction converts changes in air pressure caused by sound into electrical signals, making it useful for applications where reliable audio input is required.
With a compact two-terminal design, this condenser mic can be integrated into custom circuits using suitable biasing, amplification, and coupling components. It is a practical choice for students, makers, engineers, and hobbyists developing sound-activated devices, voice detection systems, audio experiments, alarms, and interactive electronics.
The microphone offers a 50 Hz–20 kHz frequency range and low-noise operation, helping it respond to a broad range of audible sounds. Its low power consumption also makes it suitable for compact embedded designs. For best results, pair the microphone with an appropriate preamplifier or microphone amplifier circuit before connecting it to a microcontroller ADC.
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1 X Condenser Microphone.
| Sensitivity(dB) | -48 – +66 |
| Frequency Range(Hz) | 50Hz – 20KHz |
| Microphone sensitivity (dB) | 56 – 58 |
| Weight | 2 grams |
Condenser microphones are made with a lightweight diaphragm suspended by a fixed plate. Sound waves exert pressure on the diaphragm, causing it to move. Condenser microphones are frequently used to pick up delicate sounds due to their thin diaphragm and increased sensitivity.
Not directly as a plug-and-play sensor. This is a two-terminal microphone rather than a complete microphone module. You should provide suitable biasing and preferably use a preamplifier or microphone amplifier before connecting the signal to an Arduino analog input.
The product specification lists a frequency range of 50 Hz to 20 kHz. This broad range makes the microphone suitable for detecting a variety of audible sounds and voice-related signals.
For practical microcontroller applications, an amplifier or suitable signal-conditioning circuit is recommended. The microphone produces a relatively small analog signal, so amplification and biasing can make it easier for an Arduino, ESP32, Raspberry Pi ADC, or other controller to measure the signal reliably.
It can be used for sound detection, voice-triggered electronics, alarm systems, noise monitoring, interactive robots, audio experiments, IoT projects, and DIY recording circuits. It is especially useful when you need a compact microphone component for a custom circuit.
Condenser Microphone
The microphone is really strong and well-made, with a tough metal body that feels solid. Plus, it comes with a shock mount and pop filter to reduce extra noise and those loud popping sounds.
good microphone with best price
nice and useful product
excellent microphone
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It is Amazing and great item in this price
Veri usefull and cheap price from other shopping site, I use this module many project. Thank you robocraze
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Can be used for differatial robot for indoor based projects only.
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