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Audio Technica PRO35 Condenser (Small Diaphragm) Microphone Clip On
Microphones

Audio Technica PRO35 Condenser (Small Diaphragm) Microphone Clip On

Designed for saxophone, toms, brass, and percussion, the PRO35 excels in high SPL applications and is ideal for live performances. Its extended frequency response captures subtle nuances of sound.

The...

Designed for saxophone, toms, brass, and percussion, the PRO35 excels in high SPL applications and is ideal for live performances. Its extended frequency response captures subtle nuances of sound.

The included UniMount clip allows for precise positioning and provides shock resistance, while also protecting the capsule. The microphone's cardioid polar pattern...

See full description See full description

Top specs

  • Type (Directivity)

    Unidirectional (Cardioid)

    Cardioid: Captures sound primarily from the front, reducing sounds from the sides and rear. Ideal for vocals, podcasting, and live recordings.
  • Usage Musical Instruments
  • Placement Clip On
  • Connectivity XLR, mini XLR
  • See all
240 00 €
240 Coins 240 Coins
Delivery Fri, 28 Aug - Thu, 03 Sep
Free shipping cost
Sent from Greece
From Adagio 4.5 (60)
4.5 (60 reviews)
Greece
See Audio on the page of Adagio
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Product report

Description

Description

Designed for saxophone, toms, brass, and percussion, the PRO35 excels in high SPL applications and is ideal for live performances. Its extended frequency response captures subtle nuances of sound.

The included UniMount clip allows for precise positioning and provides shock resistance, while also protecting the capsule. The microphone's cardioid polar pattern reduces sound from the sides and rear, improving isolation of the desired sound source.

Manufacturer

Manufacturer Details

Warnings & Safety Information
See full description

Specifications

Specifications

Dimensions

Mode of Operation
Condenser (Small Diaphragm)

Mode of Operation

Condenser (Small Diaphragm)
Very accurate and fast in response. Suitable for instruments with detail and high frequencies (acoustic guitar, piano, overheads).
Directivity
Unidirectional (Cardioid)

Directivity

Unidirectional (Cardioid)

Cardioid: Captures sound primarily from the front, reducing sounds from the sides and rear. Ideal for vocals, podcasting, and live recordings.
Frequency
50 - 15000 Hz

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
250 ohm

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
5.6 mV/Pa

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
145 dB

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)
45 dB

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
XLR, mini XLR

General Characteristics

Device Group
Musical Instruments
Placement
Clip On
Vintage
No
Set
No
Color
Black

Important information

Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.

See all specifications
Questions

Questions

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Description & Specifications

Designed for saxophone, toms, brass, and percussion, the PRO35 excels in high SPL applications and is ideal for live performances. Its extended frequency response captures subtle nuances of sound.

The included UniMount clip allows for precise positioning and provides shock resistance, while also protecting the capsule. The microphone's cardioid polar pattern reduces sound from the sides and rear, improving isolation of the desired sound source.

Manufacturer

Manufacturer Details

Warnings & Safety Information

Dimensions

Mode of Operation
Condenser (Small Diaphragm)

Mode of Operation

Condenser (Small Diaphragm)
Very accurate and fast in response. Suitable for instruments with detail and high frequencies (acoustic guitar, piano, overheads).
Directivity
Unidirectional (Cardioid)

Directivity

Unidirectional (Cardioid)

Cardioid: Captures sound primarily from the front, reducing sounds from the sides and rear. Ideal for vocals, podcasting, and live recordings.
Frequency
50 - 15000 Hz

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
250 ohm

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
5.6 mV/Pa

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
145 dB

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)
45 dB

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
XLR, mini XLR

General Characteristics

Device Group
Musical Instruments
Placement
Clip On
Vintage
No
Set
No
Color
Black

Important information

Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.

240,00 €
Free   shipping cost