Pulse Generators

Arbitrary Waveform Generators

Fast Pulse Generators: rise time faster than 70 ps

The modular structure of the systems allows to build a Multi Channel Pulse Generator in a compact form factor.

Active Technologies Pulse Generators can be used to set up continuous or triggered pulse streams and offers flexibility to address the most challenging applications like:

  • big physics
  • automated testing
  • microwaves
  • modulators
  • wireless communication
  • medical and chemistry.

70 ps rise time edge

The combination of:

  • fast edge generation
  • excellent dynamic range
  • easy to use user interface

go perfectly on large experiments areas such:

  • colliders
  • lasers modulations
  • detectors
  • strips silicon emulation.

Radar or Sonar systems perfectly match with these generators to better test and prove complex detection systems.

Active Technologies Fast Pulse Generator solutions allow to generate sub nano second pulses as well as wide amplitude pulses up to 24V

Pulse Generators – Key Features

  • Fast Pulse Generator: 70 ps Rise/Fall time @ 5Vpp
  • Experiment areas: colliders, lasers modulations, detectors and strips silicon emulation.
  • Double, triple, quadruple pulse mode
  • Sub-nano second pulse generation
  • Adavced research, Radar and Lidar applications

Pulse Rider PG-1000

PG-1000


Arb Rider AWG-5000


MODELNo. of ChannelsMin. Rise/Fall Time (20%-80%)AmplitudeBaseline OffsetMin. Pulse Width
AWG-50622110 ps5Vpp into 50 Ohm+/-2.5V230 ps
AWG-5062D2110 ps1.5Vpp into 50 Ohm+/-2V230 ps
AWG-50644110 ps5Vpp into 50 Ohm+/-2.5V230 ps
AWG-5064D4110 ps1.5Vpp into 50 Ohm+/-2V230 ps
AWG-50688110 ps5Vpp into 50 Ohm+/-2.5V230 ps
AWG-5068D8110 ps1.5Vpp into 50 Ohm+/-2V230 ps


Arb Rider AWG-4000


MODELNo. of ChannelsRise/Fall Time (20%-80%)AmplitudeBaseline OffsetMin. Pulse Width
AWG-40122@1Vpp<700ps | @5Vpp<900ps6Vpp into 50 Ohm (std) | 12Vpp into 50 Ohm (HV Opt.)6Vpp (std) | 12Vpp (HV Opt.)2.5 ns
AWG-40144@1Vpp<700ps | @5Vpp<900ps6 Vpp into 50 Ohm (std) | 12Vpp into 50 Ohm (HV Opt.)6Vpp (std) | 12Vpp (HV Opt.)2.5 ns
AWG-40188@1Vpp<700ps | @5Vpp<900ps6 Vpp into 50 Ohm (std) | 12Vpp into 50 Ohm (HV Opt.)6Vpp (std) | 12Vpp (HV Opt.)2.5 ns
AWG-40222DirectDAC:@0.4Vpp<300ps | DirectDAC:@0.8Vpp<400ps | DC_AMP:@1Vpp<500ps | DC_AMP:@5Vpp<650psDIRECTDAC:0.8 Vpp into 50 Ohm | DC_AMP:5Vpp into 50 Ohm5VppDirectDAC: 1ns | DC_AMP: 1ns


Arb Rider AWG-2000


MODELNo. of ChannelsRise/Fall Time (20%-80%)AmplitudeBaseline OffsetMin. Pulse Width
AWG-218222.2ns6Vpp into 50 Ohm (std) | 12Vpp into 50 Ohm (HV Opt.)05 ns
AWG-218442.2ns6 Vpp into 50 Ohm (std) | 12Vpp into 50 Ohm (HV Opt.)05 ns


AWG-GS 2500

AT-AWG-GS-2500MainBIG

MODELANALOG CHDIGITAL CHSAMPLE RATERECORD LENGTHVERTICAL RESOLUTIONMAX FREQUENCYMAXIMUM OUTPUT VOLTAGEOUTPUT VOLTAGE WINDOW
AWG GS-25002up to 32 (opt.)2.5 GS/s1 to 64 Mpts14 bits600 MHz / 1 GHz2Vpp2Vpp


AWG-1102 / 1104


MODELANALOG CHDIGITAL CHSAMPLE RATERECORD LENGTHVERTICAL RES.MAX FREQUENCYMAXIMUM OUTPUT VOLTAGEOUTPUT VOLTAGE WINDOW
AWG-1102218 (opt.)250 MS/s2 Mpts16 bits125 MHz12Vpp12Vpp
AWG-1104418 / 36 (opt.)250 MS/s2 Mpts16 bits125 MHz12Vpp12Vpp

What frequency should a pulse generator be?

The fast pulse generators are able to create high bandwidth pulses with fast rise and fall times combined with high voltage amplitudes. The PG-1000 offers 5 Vpp pulse amplitude and 70 ps of rise and fall time.

What are the main applications for pulse generators?

The pulse generators are highly used in semiconductor test, aerospace & defense, Lidar and Radar testing, Advanced Research and Big Physics applications,optical and non-volatile memory testing.

Pulse Generators – Video

PG-1000