Amplifier Research 1000S1G2Z5

HF-Verstärker 1 – 2,5 GHz 1000W

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Amplifier Research 1000S1G2Z5 The Amplifier Research 1000S1G2z5 is a self-contained, air-cooled, broadband amplifier designed for applications that require instantaneous bandwidth, high gain, and linearity. It is housed in a stylish cabinet and designed for benchtop use, but can be removed for equipment rack mounting.Features and Specifications of the Amplifier Research 1000S1G2z5 Amplifier include:

  • Features:
    • Provides a minimum of 500 watts of RF power when used with a sweep generator
    • Front panel gain control provides convenience of setting desired output level
    • RF input leveling circuit:
      • Protects the amplifier from RF input overdrive
      • Controls RF input level to the RF amplifier first stage when RF input level is increased above 0 dBm
    • RF amplifier stages are protected from over-temperature, due to cooling blockage or fan failure, by removing the DC voltage to them 
    • Digital Display on front panel indicates operate status and fault conditions when over-temperature or power supply fault occurs
    • Control functions and status indications are available remotely in GPIB/IEEE-488 format, RS-232 hardwire and fiber optic, USB and Ethernet
    • Bus interface connector on back panel
    • Local/Remote switch on front panel assures positive control of local or remote operation
    • Low level of spurious signals and linearity make it ideal for these uses:
      • As a driver amplifier in testing wireless and communication components and subsystems
      • As a test instrument covering mutiple frequency bands
      • For communication technologies including CDMA, W-CDMA, TDMA, GSM, etc.
      • EMC Test applications where undistorted modulation envelopes are preferred
  • Specifications:
    • Rated output power:  500 watts minimum
    • Input for rated output:  1.0 milliwatt maximum
    • Power output @ 3dB compression:
      • Nominal:  550 watts
      • Minimum:  450 watts
    • Power output @ 1dB compression:
      • Nominal:  400 watts
      • Minimum:  350 watts
    • Flatness:
      • typical:  ±1.5 dB
      • maximum:  ±2.0 dB
    • Frequency response:  1.0 – 2.5 GHz instantaneously
    • Gain (at maximum setting):  57 dB minimum
    • Gain adjustment (continuous range):  20 dB minimum (4096 steps remote)
    • Input impedance:  50 ohms, VSWR 2.0:1 maximum
    • Output impedance:  50 ohms nominal
    • Mismatch tolerance:  
      • 100% of rated power without foldback
      • Will operate without damage or oscillation with any magnitude and phase of source and load impedance
    • Modulation capability:  Will faithfully reproduce AM, FM, or pulse modulation appearing on the input signal
    • Third order intercept point:  66 dBm typical
    • Noise figure:  10 dB typical
    • Harmonic distortion:  Minus 20 dBc maximum at 350 watts
    • Spurious:  Minus 73 dBc typical
    • Phase linearity:  ±1.0 deg / 100 MHz typical
    • Primary power (selected automatically): 
      • 90-264 VAC
      • 50/60 Hz, single phase
      • 2100 watts maximum
    • Connectors:
      • RF:  Type N female
      • Remote Interfaces:
        • IEEE-488:  24 pin
        • RS-232:  9 pin Subminiature D
        • RS-232 (fiber-optic):  Type ST
        • USB 2.0:  Type B
        • Ethernet:  RJ-45
    • Safety Interlock:  15 pin Subminiature D
    • Cooling:  Forced air (self contained fans) 
  • Provides a minimum of 500 watts of RF power when used with a sweep generator
  • Front panel gain control provides convenience of setting desired output level
  • RF input leveling circuit:
    • Protects the amplifier from RF input overdrive
    • Controls RF input level to the RF amplifier first stage when RF input level is increased above 0 dBm
  • RF amplifier stages are protected from over-temperature, due to cooling blockage or fan failure, by removing the DC voltage to them 
  • Digital Display on front panel indicates operate status and fault conditions when over-temperature or power supply fault occurs
  • Control functions and status indications are available remotely in GPIB/IEEE-488 format, RS-232 hardwire and fiber optic, USB and Ethernet
  • Bus interface connector on back panel
  • Local/Remote switch on front panel assures positive control of local or remote operation
  • Low level of spurious signals and linearity make it ideal for these uses:
    • As a driver amplifier in testing wireless and communication components and subsystems
    • As a test instrument covering mutiple frequency bands
    • For communication technologies including CDMA, W-CDMA, TDMA, GSM, etc.
    • EMC Test applications where undistorted modulation envelopes are preferred
  • Protects the amplifier from RF input overdrive
  • Controls RF input level to the RF amplifier first stage when RF input level is increased above 0 dBm
  • As a driver amplifier in testing wireless and communication components and subsystems
  • As a test instrument covering mutiple frequency bands
  • For communication technologies including CDMA, W-CDMA, TDMA, GSM, etc.
  • EMC Test applications where undistorted modulation envelopes are preferred
  • Rated output power:  500 watts minimum
  • Input for rated output:  1.0 milliwatt maximum
  • Power output @ 3dB compression:
    • Nominal:  550 watts
    • Minimum:  450 watts
  • Power output @ 1dB compression:
    • Nominal:  400 watts
    • Minimum:  350 watts
  • Flatness:
    • typical:  ±1.5 dB
    • maximum:  ±2.0 dB
  • Frequency response:  1.0 – 2.5 GHz instantaneously
  • Gain (at maximum setting):  57 dB minimum
  • Gain adjustment (continuous range):  20 dB minimum (4096 steps remote)
  • Input impedance:  50 ohms, VSWR 2.0:1 maximum
  • Output impedance:  50 ohms nominal
  • Mismatch tolerance:  
    • 100% of rated power without foldback
    • Will operate without damage or oscillation with any magnitude and phase of source and load impedance
  • Modulation capability:  Will faithfully reproduce AM, FM, or pulse modulation appearing on the input signal
  • Third order intercept point:  66 dBm typical
  • Noise figure:  10 dB typical
  • Harmonic distortion:  Minus 20 dBc maximum at 350 watts
  • Spurious:  Minus 73 dBc typical
  • Phase linearity:  ±1.0 deg / 100 MHz typical
  • Primary power (selected automatically): 
    • 90-264 VAC
    • 50/60 Hz, single phase
    • 2100 watts maximum
  • Connectors:
    • RF:  Type N female
    • Remote Interfaces:
      • IEEE-488:  24 pin
      • RS-232:  9 pin Subminiature D
      • RS-232 (fiber-optic):  Type ST
      • USB 2.0:  Type B
      • Ethernet:  RJ-45
  • Safety Interlock:  15 pin Subminiature D
  • Cooling:  Forced air (self contained fans) 
  • Nominal:  550 watts
  • Minimum:  450 watts
  • Nominal:  400 watts
  • Minimum:  350 watts
  • typical:  ±1.5 dB
  • maximum:  ±2.0 dB
  • 100% of rated power without foldback
  • Will operate without damage or oscillation with any magnitude and phase of source and load impedance
  • 90-264 VAC
  • 50/60 Hz, single phase
  • 2100 watts maximum
  • RF:  Type N female
  • Remote Interfaces:
    • IEEE-488:  24 pin
    • RS-232:  9 pin Subminiature D
    • RS-232 (fiber-optic):  Type ST
    • USB 2.0:  Type B
    • Ethernet:  RJ-45
  • IEEE-488:  24 pin
  • RS-232:  9 pin Subminiature D
  • RS-232 (fiber-optic):  Type ST
  • USB 2.0:  Type B
  • Ethernet:  RJ-45
  •