Dimensions

Mode of Operation

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Directivity

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Frequency

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Frequency

Indicates the frequency range that a microphone can capture and is expressed in Hertz (Hz). The more balanced the range, the more natural and clear the sound.

Usage examples:

• 100 – 10,000 Hz to 200 – 12,000 Hz: Emphasis on speech intelligibility, with limited low and very high frequencies.
• 50 – 14,000 Hz to 80 – 16,000 Hz: Balance of volume and clarity. Ideal for live performances and dynamic microphones.
• 40 – 15,000 Hz to 50 – 18,000 Hz: Rich, natural vocal sound. Suitable for podcasts, radio, and streaming.
• 20 – 18,000 Hz to 20 – 20,000 Hz: Full spectrum with high detail and "air". Ideal for studio recording.
• Below 20 Hz & above 20,000 Hz: Extended technical range for specialized studio applications.

Impendance

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Impendance

Indicates how "easily" the microphone transmits its signal to the equipment (mixer, sound card, amplifier). It is expressed in Ohms (Ω).

• Low impedance (≤ 600 Ω): Stable signal, less noise, ideal for professional equipment and long cable runs.
• Medium impedance (600 – 1,000 Ω): Good balance, common in live and general use.
• High impedance (> 1,000 Ω): More sensitive to loss and noise, usually found in older or specialized equipment.

Sensitivity

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Sensitivity

The sensitivity of a microphone indicates how strong the signal it produces is when recording a sound. It is measured in mV/Pa or dBV/Pa.

• High sensitivity: The microphone can capture very low sounds, but it may be more sensitive to ambient noise.
• Low sensitivity: It records louder sound sources without distortion, but requires more amplification from the preamp.

In general, condenser microphones have higher sensitivity than dynamic ones.

Max SPL

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Max SPL

Max SPL (Maximum Sound Pressure Level) is the maximum sound pressure level (in dB) that a microphone can withstand before it starts to distort the sound.

• High Max SPL (e.g., 140-160dB): Ideal for recording loud sources such as drums, amplified guitar, or live concerts.
• Lower Max SPL (e.g., 120dB): Suitable for vocals and softer recordings.

The higher the Max SPL, the louder the sounds it can capture without distortion.

Signal-to-Noise Ratio (SNR)

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Signal-to-Noise Ratio (SNR)

Indicates the difference between the useful signal and the microphone's noise. The higher the value in dB, the clearer the sound. A microphone with a low SNR may sound “noisy,” especially in quiet environments or when recording low-volume sounds. On the other hand, a high SNR means that noise is minimal compared to the sound you want to capture, offering a more professional, clear, and detailed result—ideal for studio, vocals, or high-quality recording.

• 35 – 60 dB (Low SNR): Noticeable noise is present. Suitable for casual use or loud sources.
• 60 – 90 dB (Medium SNR): Good signal-to-noise balance. Suitable for live performances and general use.
• 90 – 110 dB (High SNR): Very clear signal with minimal noise. Ideal for studio, vocals, and high-quality recording.

Connectivity

RF, USB Type-C

General Characteristics

Device Group

Mobile

Placement

Flyout

Vintage

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Set

No

Color

Black