14MM-HA214R65 - TERRA Amplifier 40dB Forward Gain 87-862MHz with 65MHz Return Path
Front View
14MM-HA214R65 - TERRA Amplifier 40dB Forward Gain 87-862MHz with 65MHz Return Path Back of Product Image
Rear View

TERRA Amplifier 40dB Forward Gain 87-862MHz with 65MHz Return Path

14MM-HA214R65

Product Summary

The HA214R65 is a 40dB forward gain locally powered distribution amplifier with a built-in 65MHz return path amplifier that can be set to either 27dB or -5dB gain with up to 18dB of adjustment. In addition, the HA214R65 features an interstage discrete attenuator and equaliser for optimum signal control.
View More Amplifiers and Modulators

Features and Benefits

  • Downstream frequency range 87 to 862MHz with 40dB gain
  • Switchable passive or active return path with input attenuator
  • Interstage attenuator, slope pre-correction and adjustable gain and slope regulators
  • Output level CTB, CSO (EN60728-3)* 109 dBμV (42 Ch.)
  • 18dB adjustment for both gain and slope
  • Operating temperature range 20 ÷ +50°C

Find a Stockist Now

Specifications

Forward path
Frequency range 87-862 MHz
Gain 40 dB
Gain adjustment 18 dB
Slope adjustment 18 dB
Interstage attenuator -10/-5/0 dB
Interstage equalizer -10/-5/0 dB
Flatness* ±1 dB
Input and output return loss ≥ 14 dB at 40 MHz; -1.5 dB/oct., but not less 10 dB
Output level CTB, CSO (EN60728-3)** 109 dBμV
Noise figure 6 dB
Test points*** -20 dB
Return Path
Frequency range 5-65 MHz
Gain, switchable 27/-5 dB
Gain adjustment 18 dB
Input attenuator -10/0 dB
Output equalizer -6/-3/0 dB
Flatness ±1 dB
Return loss > 14 dB
Noise figure 7 dB (active, 0 dB input atten.)
Output level IMD3=60 dB (EN60728-3) 114 dBμV (active)
121 dBμV (passive)
General
Power consumption 230 V~ 50/60 Hz
7 W
Operating temperature range -20° ÷ +50°C
Dimensions/Weight (packed) 185x91x47 mm/0.7 kg
* for amplifiers with return path measured 10 MHz after the starting frequency of forward path
** with 5 dB interstage equalizer
*** input test point is bi-directional and could be used as return path output test point; output test point is directional and could be used for insertion return path signals
  • This field is for validation purposes and should be left unchanged.

You may also need