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9530 Digital Delay/ Pulse Generator

The Model 9530 Digital Delay / Pulse Generator 

represents the latest in timing and synchronizing 

capabilities. With a unique 19” 1U form factor, the  

model 9530 is clearly our most innovative instru-

ment to accurately synchronize any series of events.

The 9530’s eight independent outputs, dual 

trigger/ gate inputs and external clock reference 

input make it ideal for laser system timing 

applications. The system can directly phase lock to 

an external timebase up to 100 MHz in frequency 

and down to 20 mV in amplitude. This allows 

synching directly to a laser photodiode signal and 

provides complete system timing relative to the 

laser timing with low jitter. The 9530 also provides a 

clock output that is capable of driving a 50 ohm 

load and can be used to provide a master timebase 

to other delay generators or equipment.

The core technology in precision timing of the 9530 

offers 250 ps Delay & Width resolution and 50 ps 

internal jitter. Ethernet / USB interface, complex 

burst sequences, Divide-by-N, Setting Profiles, 

Clock Divider, Pulse Picking and Negative Delays 

allow users great flexibility in setting up an 

experiment or synchronizing multiple events. 

Complimentary NI certified LabVIEW drivers 

available.          

Advanced Features/Options

•  Clock input/output – allows master clock input from 10 

MHz to 100 MHz with complete system timing relative to 

that signal with low jitter

•  Field programmability–custom features, upgrades and 

fixes via fully programmable FPGA

•  Settings  /  Programming  saved  on  front  panel  power 

down

Channel Properties / Advanced

Programming Modes

•  Multiplexing  - selectively combine the timing of any or 

all channels to one output

•  Burst - Each channel can have a separate number

•  Duty Cycle - N pulses on, M pulses off

•  Channel Referencing  - Any or all channels can reference 

the timing of any channel rather than T0

•  Wait  -  The  system  will  wait  for  a  specified  number  of 

cycles before producing pulses    

Laser Oscillator 

(Master Clock)

Amplifier

(clock Mode)

Pulse Picker

External 

trigger 

(1 kHz TTL)

80 Mhz pulse train 

(every ~13ns)

Picked pulses with a 

flexible time window 

(10 ns to 1.3 s)

Unpicked pulses 

seeding amplifier

9530

Delay 

Generator

External Clock 

Synchronizing Example 

Setup

TTL BNC Electronics

1 kHz pulse train 

(every ~1 ms)

1 kHz pulse train 

(every ~1 ms)

External Clock 

(80 MHz TTL)

 

Toll Free Phone

  

(800) 510-6530 

 

Email

  

[email protected]

 

Fax Phone Line

  

(406) 582-0237 

 

Web 

www.QuantumComposers.com

Summary of Contents for 9530 Series

Page 1: ...des the latest in laser timing and synchronization Offering a unique 1U 19 rackmount package with all rear panel connections it is well suited for integration into your rack timing and control systems Key Features 250 ps Timing Resolution 50 ps Channel to Channel Jitter 1U Rackmount Ready Easy Programming Interface 4 or 8 Independent Channel Outputs Free LabVIEW Driver Ethernet USB RS232 Standard ...

Page 2: ...lexibility in setting up an experiment or synchronizing multiple events Complimentary NI certified LabVIEW drivers available Advanced Features Options Clock input output allows master clock input from 10 MHz to 100 MHz with complete system timing relative to that signal with low jitter Field programmability custom features upgrades and fixes via fully programmable FPGA Settings Programming saved o...

Page 3: ...h or shutter is enabled Single shot or Burst mode laser pulse bursts controlling either just the Q switch or entire laser Duty cycle mode allows firing laser at an optimal rate but picking pulses out at the user required rate Output multiplexer allows the timing of any combination of channels to be output on any of the output ports providing very complex pulse trains I O CONFIGURATION Models Outpu...

Page 4: ...y 120 ns output inhibit delay 50 ns jitter 800 ps RMS Other custom modules available Call with your request SYSTEM EXTERNAL TRIGGER GATE INPUT S TRIGGER INPUT function generate individual pulses start a burst or continuous stream rate DC to 1 200 ns longest active pulse slope rising or falling maximum of 5 MHz behavior used to control the internal rate GATE INPUT function pulse inhibit or output i...

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