Fischer Amps  |  SKU: FIS-001150

Fischer Amps mini active DI box (requires 48V phantom power)

£73.00
Shipping calculated at checkout.
The mini DI-Box with clip can be attached to the belt or instrument strap. Thus the unbalanced signal path is very short which minimizes interferences to the instrument signal. The signal is balanced electronically. An LED indicates whether the required phantom power is on. The ground of the input and output signal is capacitively uncoupled which prevents ground loops. The Mini DI-Box has a switchable input impedance which enables balancing of high-ohm input signals without loss. This basic tool for balancing all instrument signals should be in every toolbox.

  • Compact and robust aluminum casing with stainless steel clip 
  • Top-quality Neutrik input and output sockets 
  • Electronic balancing (phantom power 48V required) 
  • LED display for phantom power 
  • Switchable input impedance 15kOhms / 120kOhm 
  • Input signals ranging from -40dB to +12dB 
  • 0 dB transmission loss with an impedance of the microphone input from the mixing console of 4.5kOhms, with high input impedance the transmission loss is-10dB
Fischer Amps

Fischer Amps mini active DI box (requires 48V phantom power)

£73.00
The mini DI-Box with clip can be attached to the belt or instrument strap. Thus the unbalanced signal path is very short which minimizes interferences to the instrument signal. The signal is balanced electronically. An LED indicates whether the required phantom power is on. The ground of the input and output signal is capacitively uncoupled which prevents ground loops. The Mini DI-Box has a switchable input impedance which enables balancing of high-ohm input signals without loss. This basic tool for balancing all instrument signals should be in every toolbox.

  • Compact and robust aluminum casing with stainless steel clip 
  • Top-quality Neutrik input and output sockets 
  • Electronic balancing (phantom power 48V required) 
  • LED display for phantom power 
  • Switchable input impedance 15kOhms / 120kOhm 
  • Input signals ranging from -40dB to +12dB 
  • 0 dB transmission loss with an impedance of the microphone input from the mixing console of 4.5kOhms, with high input impedance the transmission loss is-10dB

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