This page includes the most expensive PC Accessories Superlux, or more specifically all products from the category PC Accessories Superlux sorted from the most expensive to the cheapest. This way, the most luxurious pieces can stand out. At the moment, the most expensive product is SUPERLUX L401U, which costs 126.90 € incl. VAT. Check it out, you may like it. Or you’ll get inspired.
12
Results
Microphone - for tripod (threaded), connection via USB, cord length: 3m, capacitor, directional pickup, frequency: from 20Hz to 20000Hz, impedance: 16 Ohm, sensitivity: -34 dB
Microphone - connection via XLR, dynamic, narrow directional pickup, frequency: from 20Hz to 16000Hz, impedance: 200 Ohm
Microphone - for tripod (threaded), connection via USB, cord length: 1,5m, capacitor, directional pickup, frequency: from 20Hz to 20000Hz, impedance: 16 Ohm, sensitivity: -38 dB, directional characteristic switch
Microphone - connection via XLR, dynamic, narrow directional pickup, frequency: from 50Hz to 15000Hz, impedance: 300 Ohm
Microphone - for tripod (threaded), connection via USB, capacitor, directional pickup, frequency: from 20Hz to 20000Hz, impedance: 200 Ohm
Microphone - for tripod (threaded), connection via USB, capacitor, narrow directional pickup, frequency: from 20Hz to 20000Hz
Microphone - connection via XLR, dynamic, narrow directional pickup, frequency: from 50Hz to 18000Hz, impedance: 200 Ohm, sensitivity: -54 dB
Microphone - connection via XLR, dynamic, directional pickup, frequency: from 80Hz to 12000Hz, impedance: 500 Ohm
Microphone - for tripod (threaded), connection via XLR, capacitor, narrow directional pickup, frequency: from 40Hz to 18000Hz, impedance: 200 Ohm, sensitivity: -39 dB
Microphone - connection via XLR, dynamic, directional pickup, frequency: from 50Hz to 18000Hz
Microphone - connection via XLR, dynamic, narrow directional pickup, frequency: from 50Hz to 16000Hz, impedance: 200 Ohm
Microphone - connection via XLR, dynamic, narrow directional pickup, frequency: from 50Hz to 16000Hz, impedance: 200 Ohm
