• Home
  • Brands
  • JTS

Wireless Systems   US-8216D & Mh-750

US-8216D

UHF PLL dual channel diversity receiver and transmitter system with US-8216D/Mh-8016i/PT-850B and PT-850Bmi, also consists Phase-locked Loop (PLL) synthesized tuner.

  System consists of US-8216D/Mh-8016i/PT-850B and PT-850Bmi
  Phase-locked Loop (PLL) synthesized tuner
  UHF dual channel diversity system

Mh-750

  16 selectable channels 
  PLL synchronized control
  Advanced circuity ensures stable signal transmission 
  Noise mute and tone-key squelch
  Extended dynamic range and smooth frequency response
  Internal antenna design.

GENERAL SPECIFICATIONS

 US-8216D

  Frequency Preparation   PLL Synthesized Control
  Carrier Frequency Range   502~960 MHz
  S/N Ratio   > 105dB
  T.H.D.   <0.6%@1KHz
  Display   LED
  Display Contents   Antenna, RF/AF Status
  Controls   Power On/Off, Channel Selecting, Audio Level
  Audio Output Level   -12dB
  AF Output Impedance   600Ω
  Squelch   Pilot Tone, Noise and Mute
  Operation Voltage   12-18 VDC, 250mA
  Output Connector   1 XLR Balanced socket
  1 Unbalanced Ø6.3mm phone jack
  Dimension (mm)   210mm (W)* 40mm (H)* 171mm (D)

 Mh-750

  Frequency Preparation   PLL Synthesized Control
  Carrier Frequency Range   502~960 MHz
  RF Outputs   Maximum 10mW
  Stability   ±10KHz
  Frequency Deviation   ±48KHz
  LCD Display   Power On/Off, Low battery 
  Controls   Power On/Off, Channel Selecting
  Spurious Emissions   <-50 dBC
  Audio Frequency Response   50~16,000 Hz
  Battery   UM3, AA 1.5V*2

US-8216D

UHF PLL dual channel diversity receiver and transmitter system with US-8216D/Mh-8016i/PT-850B and PT-850Bmi, also consists Phase-locked Loop (PLL) synthesized tuner.

  System consists of US-8216D/Mh-8016i/PT-850B and PT-850Bmi
  Phase-locked Loop (PLL) synthesized tuner
  UHF dual channel diversity system

Mh-750

  16 selectable channels 
  PLL synchronized control
  Advanced circuity ensures stable signal transmission 
  Noise mute and tone-key squelch
  Extended dynamic range and smooth frequency response
  Internal antenna design.