Imperative Audio FETPre FP1

Availability: More than 30 in stock

Order now, and this can be delivered by: Friday, October 07

SKU
800120
  • Imperative Audio FETPre FP1, an active preamp that is specially designed for passive ribbon or dynamic mics.
  • The perfect way to boost the signal without adding noise or colouration.
  • Adds 28dB of clean gain.
  • Delivers a pristine, balanced and transparent sound quality.
  • Slim, rugged housing also efficiently rejects electronic interference and noise.
Our price £55.00 £45.83
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Imperative Audio FETPre FP1


Have you ever been disappointed by the output of your dynamic mic? Finding yourself cranking the gain on your input, resulting in a hiss and noise on your recording?

The Imperative Audio FETPre FP1 is the perfect solution. Place this in-line microphone preamplifier in your signal chain between your microphone and interface and enjoy boosted, clean, hiss-free takes.

The FETPre boasts a 28dB of additional clean gain and is an essential studio tool for every musician, podcaster, and voiceover artists arsenal. The perfect pairing for most dynamic microphones.

 

The Imperative Audio FETPre FP1 is an active preamp that is specially designed for passive ribbon or dynamic mics. It is the perfect way to boost the signal without adding noise or colouration. With a sophisticated class-A design and high-level FETs, the FETPre FP1 boasts lower input impedance and noise.

This FETPre FP1 preamp delivers a pristine, balanced and transparent sound quality. Slim, rugged housing also efficiently rejects electronic interference and noise.

 

Getting Connected:

  1. XLR F: Insert FETPre into a passive ribbon or dynamic mic.
  2. XLR M: Use quality 3-pin XLR to connect the FETPre to the audio interface, console etc.
More Information
Specifications
  • Frequency Response: 20Hz-20kHz
  • Gain: 28dB (load 1kohm)
  • Max output level (0.5%THD): 8.3dBV
  • Output noise level: 9uV(JIS-A)
  • Output impedance: 135ohms
  • Recommended load impedance: >1kohms
  • Current consumption: 3.0mA