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BNC Model 6040 Optical Pulse Generator Mainframe
Berkeley Nucleonics Corp
The Model 6040 pulse generator provides superior performance characteristics. For example, the timing accuracies of 0.01% for frequency and 0.2% for delay and width are unusual for a pulse generator. The triggering jitter of 25 ps provides synchronizing capabilities usually associated with only the very best digital delay systems. ...
  • Channel Mode: Other
  • Pulse Delay Range: 0 - 640 sec
  • Pulse Width Range: 0.001 - 0.005 ms
  • Resolution: 1 ns
Data Sheet
BNC Model 106H 1064 nm High Power Optical Module
Berkeley Nucleonics Corp
The Model 6040 pulse generator provides superior performance characteristics. For example, the timing accuracies of 0.01% for frequency and 0.2% for delay and width are unusual for a pulse generator. The triggering jitter of 25 ps provides synchronizing capabilities usually associated with only the very best digital delay systems. ...
  • Channel Mode: Other
  • Pulse Delay Range: 0 - 640 sec
  • Pulse Width Range: 0.001 - 0.005 ms
  • Resolution: 1 ns
Data Sheet
BN Model 106C 1064 nm Laser Module
Berkeley Nucleonics Corp
Models 090 and 106C provide operating capabilities unavailable from other 904 nm and 1064 nm optical sources. Among them, repetition rates to 100 MHz and precision control of amplitude and time domain. Combined with the BNC Model 6040 Mainframe, these modules generate fast pulses, subnanosecond impulses, and CW light while ...
  • Channel Mode: Other
  • Pulse Delay Range: 0 - 640 sec
  • Pulse Width Range: 0.003 - 640000 ms
  • Resolution: 1 ns
Data Sheet
T564 4-channel Compact Advanced Digital Delay And Pulse Train Generator
Highland Technology
The T560 series is a family of small digital delay generators, intended for use in embedded OEM applications. The T564 extends the capabilities of Highland\'s original T560 digital delay generator, allowing not only a single delay program, but a scenario of more than 8000 frames to be preloaded and then executed in rapid succession. ...
  • Channel Mode: Normal
  • Pulse Delay Range: 0 - 10 sec
  • Pulse Width Range: 0.000002 - 10000 ms
  • Resolution: 0.01 ns
Data Sheet
T560 4-channel Compact Digital Delay And Pulse Generator
Highland Technology
The T560 series is a family of small digital delay generators, intended for use in embedded OEM applications. The T560-1 is the standard, packaged version, usable in many OEM applications and as the evaluation unit for custom versions. It uses the technology developed for the Highland model V851 (VME module) and P400 (benchtop) ...
  • Channel Mode: Normal
  • Pulse Delay Range: 1 - 10 sec
  • Pulse Width Range: 0.000002 - 10000 ms
  • Resolution: 0.01 ns
Data Sheet
P400 4-channel Benchtop Digital Delay And Pulse Generator
Highland Technology
The P400 is a benchtop digital delay and pulse generator that generates four separately programmable delay-and-width outputs. The P400 can generate delays up to 1000 seconds in 1 picosecond increments, and is capable of a high repetition rate of 10 MHz. Applications for the P400 include laser timing, ICCD camera systems, ATE systems, ...
  • Channel Mode: Normal
  • Pulse Delay Range: 1 - 999 sec
  • Pulse Width Range: 0.0000000001 - 0.0000005 ms
  • Resolution: 0,001 ns
Data Sheet
The Model 8530 Series Board Level Digital Delay Pulse Generator represents the latest in timing and synchronizing capabilities. The 8530 comes with four or eight independent outputs, dual trigger gate inputs and external clock reference input, making it ideal for laser system timing applications. The system can directly ...
  • Channel Mode: Duty Cycle, Normal, Burst, Single Shot
  • Pulse Delay Range: 0 - 1000 sec
  • Pulse Width Range: 0.00001 - 1000000 ms
  • Resolution: 1 ns
Data Sheet
The Model 8530 Series Board Level Digital Delay Pulse Generator represents the latest in timing and synchronizing capabilities. The 8530 comes with four or eight independent outputs, dual trigger gate inputs and external clock reference input, making it ideal for laser system timing applications. The system can ...
  • Channel Mode: Duty Cycle, Normal, Burst, Single Shot
  • Pulse Delay Range: 0 - 1000 sec
  • Pulse Width Range: 0.00001 - 1000000 ms
  • Resolution: 0.25 ns
Data Sheet
Our most capable current generator, the 9730 series provides users with the ability to generate highly precise current pulses, making this unit ideal for applications that require a high level of accuracy and repeatability. Advanced safety features provide user assurance.
  • Channel Mode: Burst, Single Shot
  • Pulse Delay Range: 0 - 1000 sec
  • Pulse Width Range: 0.02 - 1 ms
  • Resolution: 100 ns
Data Sheet
The 9710 Current Pulse Generator is an ideal re set for airbag squib, detonator and pyrotechnics initiator testing. The instrument provides adjustable current  signals up to 25 amps. The unit comes with 2 or 4 digitally controlled load resistant independent outputs. Output pulse widths and delays are ...
  • Channel Mode: Single Shot
  • Pulse Delay Range: 0 - 100 sec
  • Pulse Width Range: 0.1 - 100 ms
  • Resolution: 200 ns
Data Sheet
Our 9530 Pulse Generator provides the latest in laser timing and synchronization. Oering a unique 1U 19” rackmount package with all rear panel connections, it is well suited for integration into your rack timing and control systems.
  • Channel Mode: Duty Cycle, Normal, Burst, Single Shot
  • Pulse Delay Range: 0 - 1000 sec
  • Pulse Width Range: 0.001 - 0.01 ms
  • Resolution: 0.250 ns
Data Sheet
The model 9520 series heightens the capabilities of pulse generation and digital delay to new levels. Cost effective, yet extremely capable, this instrument provides solutions to generate and synchronize multiple pulses and triggers for a wide variety of applications from simple to complex. The 9520 series ...
  • Channel Mode: Duty Cycle, Burst, Single Shot
  • Pulse Delay Range: 0 - 1000 sec
  • Pulse Width Range: 0.1 - 100 ms
  • Resolution: 0.250 ns
Data Sheet
The Model 9500 Plus Series Digital Delay-Pulse Generator with 2, 4 or 8 independent outputs is designed to provide cutting edge, yet cost-eective solutions to generate and synchronize multiple pulses for a variety of applications. The delay and pulse width for each channel are independent and digitally controlled ...
  • Channel Mode: Duty Cycle, Burst, Single Shot
  • Pulse Delay Range: 0 - 1000 sec
  • Pulse Width Range: 0.00001 - 1000000 ms
  • Resolution: 1 ns
Data Sheet
The Emerald 9250 series pulse generator was designed to meet the growing demand for an affordable yet high resolution system synchronizer. This precision delay generator comes standard with a 280 ppb TCXO oscillator and 5ps timing resolution for high performance in a compact packaging.
  • Channel Mode: Duty Cycle, Burst, Single Shot
  • Pulse Delay Range: 1 - 4 sec
  • Pulse Width Range: 0.000008 - 4000000 ms
  • Resolution: 0.005 ns
Data Sheet
The Sapphire Plus is an upgrade to our standard Sapphire, with this enhanced version you will have better performance and higher specifications. This unit is perfect for those on a budget but looking for more precise resolution and jitter.
  • Channel Mode: Duty Cycle, Burst, Single Shot
  • Pulse Delay Range: 0 - 1000 sec
  • Pulse Width Range: 0.00001 - 1000000 ms
  • Resolution: 5 ns
Data Sheet
The sapphire series is the most affordable Digital Delay Pulse Generator in our family of products. Despite its low cost, this robust model offers a full range of features, making it ideally suited for the budget sensitive user.
  • Channel Mode: Duty Cycle, Normal, Burst, Single Shot
  • Pulse Delay Range: 0 - 1000 sec
  • Pulse Width Range: 0.00001 - 1000000 ms
  • Resolution: 10 ns
Data Sheet
Quantum Composers now provides board level digital delay pulse generators. The 8000 series board products retain all functionality of the standard pulse generators in an easy to integrate package. These boards provide a cost-effective method to create and synchronize multiple sequences, delayed ...
  • Channel Mode: Duty Cycle, Normal, Burst, Single Shot
  • Pulse Delay Range: 0 - 1000 sec
  • Pulse Width Range: 0.00001 - 1000000 ms
  • Resolution: 1 ns
Data Sheet