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TF17 FET

The fixed cardioid TF17 combines a rich, mid-forward voicing with portable and dependable modern phantom-powered circuitry for all recording environments. 

$795.00$1,785.00

TF17 FET

The fixed cardioid TF17 combines a rich, mid-forward voicing with portable and dependable modern phantom-powered circuitry for all recording environments. 

$795.00$1,785.00

TF17 FET

The TF17 is the newest voice in the Alchemy Series and the latest offering of Telefunken’s vintage-inspired phantom-powered condenser microphones. Combining an iconic mid-forward “German” voicing with modern FET technology, the TF17 is sonically bold with a punchy transient response, high SPL handling, and very low self-noise. Its extended low frequency response, strong midrange, and a smooth top end benefit sources including voice, drums, electric guitar, and piano. Designed with all recording environments in mind, the fixed true cardioid TF17 is perfect for home, studio, or stage. The TF17 features a K47-style center-terminated capsule, premium through-hole components and a UK-made OEP/Carnhill transformer with a high-grade nickel-iron core. 

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Features

  • Bold and forward tone with punchy transient response 
  • Compact size suitable for all recording environments  
  • Fixed true cardioid polar pattern with K47-style capsule   
  • High SPL handling, low noise phantom-powered FET amplifier   
  • UK-made OEP/Carnhill transformer with high grade nickel-iron core 
  • Designed and assembled by hand in the USA  
  • Recommended Applications: Vocals, Drums & Percussion, Electric Guitar, Live Sound 

Technical Specifications

Type: FET Condenser
Polar Pattern: Cardioid
Frequency Range: 20 Hz – 20 kHz, ±3 dB
Power Source: +48V Phantom Power
Capsule: TK47S – Center Terminated Large Diaphragm, Single Membrane
Transformer: OEP/Carnhill T217
Sensitivity: 12 mV/Pa, ±1 dB
THD at 1kHZ at 1Pa (Amplifier): 0.01%
Output Impedance: < 200 Ω
Maximum SPL (for 1% THD): > 135 dB
S/N Ratio: 91 dBA
Self Noise (Amplifier): 3 dBA
Dimensions: 175 mm L x 46 mm Dia
Weight: 545 g
Included Accessories: Shock Mount, Stand Mount, Mic Sleeve, Mic Case

Frequency Response

Samples

Configuration Options

TF17 

Single microphone system 

Each system includes: 

  • TF17 Microphone 
  • MC11 Microphone Case 
  • M 703 Shock Mount 
  • M 782 Stand Mount 
  • MS01 Microphone Sleeve 

TF17 Stereo Set 

A frequency and gain matched pair of microphones 

Each system includes: 

  • (2x) Matched TF17 Microphones 
  • ZC11S Zipper Case 
  • (2x) M 703 Shock Mounts 
  • (2x) M 782 Stand Mounts 
  • (2x) MS01 Microphone Sleeves 

Live From the Lab
Legal

TELEFUNKEN provides these multitrack audio files for the sole purpose of allowing individuals an opportunity to utilize them for home studio use and for educational purposes only.

No commercial use is permitted.  Any commercial use or reuse is strictly forbidden.

By downloading any track hereunder the user agrees to properly attribute all copyrights and to display the following on any non-commercial reuse of the video and multitrack audio files as follows:

All audio files have been engineered and recorded by TELEFUNKEN Elektroakustik and are presented for educational and demonstrational purposes only.

Live From the Lab
About

The LIVE FROM THE LAB live music video series is recorded and filmed at TELEFUNKEN Elektroakustik’s facility in South Windsor, CT. Each session is tracked live exclusively with TELEFUNKEN microphones and features unique performances from a variety of local, regional, national, and international artists and ensembles.

The multitrack audio files from these sessions are available for free download via clickable links below the individual performance videos. All audio files are presented in .WAV format and were recorded at 24bit / 48KHz sample rate. They are clearly labeled in the same format with the source listed first (LEAD VOX, ACOUSTIC, PIANO), followed by the microphone used (C12, AR-51, etc) and can be downloaded and imported into your Digital Audio Workstation of choice.

For more additional content please visit livefromthelab.net