TAT-EM6027 6.0*2.7mm Mic with Pins Manufacturer Supply Microphone Omni-directional Anti-jamming Electret Condenser

Microphones ( electret condenser microphones) are electro-acoustic components that convert sound waves into electrical signals. They typically use a sensitive diaphragm and electret material to capture voice and ambient sound with high sensitivity and clarity. Known for their compact size, low power consumption, and stable performance, these components are widely used in communication devices and portable electronics. Common specifications include sensitivity ranges around -42dB to -25dB and operating voltages of 1–10V. They are essential for applications such as voice input, recording, communication, and noise detection in modern electronic systems.

Product Advantage

1. High Sensitivity & Clear Sound Capture

Microphones (ECM) offer high sensitivity, typically ranging from -42dB to -25dB, enabling accurate capture of voice and ambient sound. Their precision diaphragm structure ensures clear audio pickup with low distortion, making them ideal for communication and recording applications. This high sensitivity improves voice recognition performance and enhances overall audio clarity.

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2. Low Power Consumption & Stable Operation

These microphones operate at low voltages, usually between 1V and 10V, with minimal current consumption. This makes them suitable for battery-powered devices such as portable electronics and wireless products. Their stable electrical performance ensures consistent signal output, even during long operating periods.

Keywords: low power microphone, energy efficient mic, portable device microphone, stable audio input component

3. Compact Size & Easy Integration

Microphones are available in small form factors, commonly 4mm to 10mm in diameter, allowing easy integration into space-constrained designs. Their lightweight structure supports flexible PCB layouts and compact device development. This makes them widely applicable in modern miniaturized electronic products.

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4. Wide Frequency Response & Balanced Audio Performance

Typical frequency response ranges from 50Hz to 16kHz, enabling microphones to capture both low and high-frequency sounds effectively. This ensures natural and balanced audio reproduction, suitable for voice communication, recording, and environmental sound detection.

Keywords: wide frequency microphone, audio recording mic, balanced sound pickup, voice capture component

5. Reliable Performance & Long Lifespan

Built with durable materials and stable internal structures, microphones offer long service life, often exceeding 30,000–50,000 hours under normal conditions. They provide resistance to environmental factors such as humidity and temperature variations. Many models comply with RoHS standards, ensuring safe and reliable operation.

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Technical Parameters

Product Uses

1. Communication Devices

Microphones are widely used in smartphones, tablets, landline phones, and intercom systems for voice transmission. They capture clear speech signals for calls, conferencing, and communication applications. High sensitivity and stable performance ensure accurate voice pickup, improving call quality and user experience in both personal and professional environments.

2. Smart Home & IoT Devices

In smart speakers, voice assistants, and home automation systems, microphones enable voice control and interaction. They capture user commands for functions such as turning on lights, adjusting temperature, or controlling appliances. Their compact size and reliable performance make them essential for seamless human-machine interaction in smart environments.

3. Consumer Electronics & Recording Devices

Microphones are used in laptops, cameras, voice recorders, and multimedia devices for audio recording and content creation. They provide clear sound capture for videos, streaming, and voice notes. Their wide frequency response ensures natural audio reproduction in entertainment and creative applications.

4. Security & Monitoring Systems

In surveillance equipment and monitoring systems, microphones capture environmental sounds for security and analysis purposes. They are used in cameras, alarm systems, and audio monitoring devices to detect unusual activity or provide additional context to visual data, enhancing overall security effectiveness.

5. Automotive Electronics

Microphones are integrated into vehicles for hands-free calling, voice control, and in-car communication systems. They ensure clear voice pickup even in noisy environments, supporting safer driving and improved user interaction within modern automotive infotainment systems.

6. Medical & Industrial Equipment

In medical devices and industrial systems, microphones are used for sound detection, monitoring, and signal analysis. Applications include diagnostic tools, hearing devices, and equipment monitoring systems. Their reliability and precision support accurate data collection and stable operation in demanding environments.

Product Operate Guide

When selecting a microphone (ECM), consider sensitivity (e.g., -42dB to -25dB) to ensure proper sound pickup. Check the signal-to-noise ratio for clear audio quality, and Impedance (typically 2.2kΩ) based on your application. Ensure the operating voltage matches your circuit design, and choose the appropriate size and directionality (omnidirectional or unidirectional). Also review environmental reliability to achieve stable performance and enhance user experience.