11/17/2024 10:32 p.m.
https://stage.cablematic.com/en/products/wireless-flask-transmitter-for-microphone-uhf-760-810-mhz-group-g2-XW035/
Wireless flask transmitter for microphone UHF 760-810 MHz group G2
REF: XW035
Specifications
  • It operates in UHF range 760-810 MHz group G2.
  • RF power output: 15 mW.
  • Dynamic sound.
  • Frequency response: 50 Hz to 15 kHz.
  • 10.5 cm built-in antenna.
More info
PVP 13.37
6.95
Price including VAT: 6.95
PVD 11.75
6.11
Shipping costs: 0,00 *
GB-SE1 1ES
2 years
warranty
14 days
returns
OUTLET

In stock
Available more than 10

More info
Specifications
  • It operates in UHF range 760-810 MHz group G2.
  • RF power output: 15 mW.
  • Dynamic sound.
  • Frequency response: 50 Hz to 15 kHz.
  • 10.5 cm built-in antenna.

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More info

Transmitter for the professional wireless microphone system with transmission in the UHF band. Transmitter designed to be used in conjunction with a UHF wireless microphone receiver.

Issuer Specifications
  • It operates in UHF range 760-810 MHz group G2.
  • RF power output: 15 mW.
  • Dynamic sound.
  • Frequency response: 50 Hz to 15 kHz.
  • 10.5 cm built-in antenna.
  • It works with 2 AA batteries of 1.5 VDC (not included).
  • Flask size: 95 x 60 x 32 mm.
  • Weight: 320 g
  • ON / OFF switch.
  • Consumption: 35 mA
  • 3.5 mm jack female connector for microphone.
  • Microphone not included.
  • Gross Weight: 90 g
  • Product size (width x depth x height): 10.0 x 6.4 x 2.8 cm
  • Number of packages: 1
  • Packages size: 21.0 x 9.0 x 2.7 cm

Technical terms

  • Hz
  • UHF
  • UHF band
  • VDC
Hz
One hertz is one cycle per second, meaning repeating cycle as an event. For example, hertz is applied physics measuring the number of times for a second wave (either acoustic or electromagnetic) is repeated or can be applied, among other uses, to ocean waves that reach the Beach vibrations per second or a solid. The quantity that measures the frequency hertz is called,in this regard, the inverse of the period. One hertz is an oscillation frequency of suffering a particle over a period of one second.

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