Empfänger

 

Artikel 1-10 von 32

Absteigend sortieren
  1. Sennheiser EK3053-U
    1.049,00 €
    Sennheiser EK 3053-U The EK 3053-U is a rugged stereo pocket receiver designed for receiving signals transmitted by the SR 3054-U and SR 3056-U transmitters. Its small size allows complete freedom of movement. 16 switchable UHF receiving frequencies ensure high flexiblility and optimum reception. Mehr erfahren
  2. Shure SLX4E
    425,00 €
    Der SLX4 Empfänger macht das Setup einfach wie nie. Mittels Automatischer Frequenzwahl identifiziert das System schnell einen freien Kanal und synchronisiert anschließend per Infrarot-Link Sender und Empfänger - ganz einfach auf Knopfdruck. Im Liefer Mehr erfahren
  3. Sennheiser EM1046 RX-UHF-H
    4.369,00 €
    760 - 960 MHz 36 MHz Schaltbandbreite 16 schaltbare Frequenzen Für weitere Informationen, besuchen Sie bitte die Homepage zu diesem Produkt. Mehr erfahren
  4. Sennheiser AB 3-A
    145,00 €
    Antenna booster
    With a 42 MHz switching bandwidth and 10 dB amplification, this antenna booster is designed for the upgraded performance characteristics of ew G3 receivers. Up to two AB 3 boosters for each antenna feed can compensate for RF losses through remote antenna cables. Power is supplied to the boosters over the ASA 1/NT 1-1 through the BNC cable.
    Technical Data Switching bandwidth : 42 MHz RF frequency range : 516 ..... 865 MHz Gain : > 10 dB Antenna connector : BNC Impedance : 50 Ohm Dimensions : 95 x 47 x 21 mm Weight : 60 g
    Variants AB 3-A (516-558MHz) AB 3-G (566-608 MHz) AB 3-GB (606-648 MHz) AB 3-B (626-668 MHz) AB 3-C (734-776MHz) AB 3-D (780-822 MHz) AB 3-E (823-865 MHz)   Mehr erfahren
  5. Sennheiser AB 3-G
    139,00 €
    Antenna booster
    With a 42 MHz switching bandwidth and 10 dB amplification, this antenna booster is designed for the upgraded performance characteristics of ew G3 receivers. Up to two AB 3 boosters for each antenna feed can compensate for RF losses through remote antenna cables. Power is supplied to the boosters over the ASA 1/NT 1-1 through the BNC cable.
    Technical Data Switching bandwidth : 42 MHz RF frequency range : 516 ..... 865 MHz Gain : > 10 dB Antenna connector : BNC Impedance : 50 Ohm Dimensions : 95 x 47 x 21 mm Weight : 60 g
    Variants AB 3-A (516-558MHz) AB 3-G (566-608 MHz) AB 3-GB (606-648 MHz) AB 3-B (626-668 MHz) AB 3-C (734-776MHz) AB 3-D (780-822 MHz) AB 3-E (823-865 MHz)   Mehr erfahren
  6. Sennheiser AB 3-B
    179,00 €
    Antenna booster
    With a 42 MHz switching bandwidth and 10 dB amplification, this antenna booster is designed for the upgraded performance characteristics of ew G3 receivers. Up to two AB 3 boosters for each antenna feed can compensate for RF losses through remote antenna cables. Power is supplied to the boosters over the ASA 1/NT 1-1 through the BNC cable. Mehr erfahren
  7. Sennheiser AB 3-C
    135,00 €
    Antenna booster
    With a 42 MHz switching bandwidth and 10 dB amplification, this antenna booster is designed for the upgraded performance characteristics of ew G3 receivers. Up to two AB 3 boosters for each antenna feed can compensate for RF losses through remote antenna cables. Power is supplied to the boosters over the ASA 1/NT 1-1 through the BNC cable. Mehr erfahren
  8. Sennheiser AB 3-D
    129,00 €
    Antenna booster
    With a 42 MHz switching bandwidth and 10 dB amplification, this antenna booster is designed for the upgraded performance characteristics of ew G3 receivers. Up to two AB 3 boosters for each antenna feed can compensate for RF losses through remote antenna cables. Power is supplied to the boosters over the ASA 1/NT 1-1 through the BNC cable. Mehr erfahren
  9. Sennheiser AB 3-E
    179,00 €
    Antenna booster
    With a 42 MHz switching bandwidth and 10 dB amplification, this antenna booster is designed for the upgraded performance characteristics of ew G3 receivers. Up to two AB 3 boosters for each antenna feed can compensate for RF losses through remote antenna cables. Power is supplied to the boosters over the ASA 1/NT 1-1 through the BNC cable. Mehr erfahren
Seite
pro Seite