PPG 512

Programmable Pulse Generator

A compact and versatile tool for creating customized pulse patterns with reliable performance across a wide range of photonics setups.
PPG 512 programmable pulse generator for precise electronic pulse pattern generation

Key Benefits

Cleaner pulse profiles
More stable seeding
Improved signal quality
Reduced artifacts
Flexible adaptation
Consistent output

Specifications

Length512 bytes
Readout speed5 GS/s, 200 ps time bins, other sampling rates <5 GS/s on request
Max. pulse widthno limitation, DC-Level are also possible
Main outputadjustable between 0V and + 12 V in 256 steps (8 bit), other values on request
Aux outputattenuated main output
Sync out+ 0.5 V after reading all 512 bytes, i.e. every 102.4 ns
Reset>+ 3 V stops pulse pattern generation, < 0.5 V restarts pattern generation
OP mode> 0.75 V and < 1.1 V continues pattern generation with byte 0 after reading all 511 bytes < 0.2 V stops pattern generation after reading 511 bytes unconnected: continues pattern generation with byte 0 after reading all 511 bytes
Operating systemWindows 10
PC interfaceUSB Typ-C (Virtual-COM Port)

Download the datasheet here.

All Information given here is reliable to our best knowledge. However, no responsibility is assumed for possible inaccuracies or omissions. Specifications and external appearances are subject to change without notice.

Programmable Pulse Generation with High-Speed Precision

Reliable Pulse Pattern Control for Complex Photonics Workflows

PicoQuant’s PPG 512 is a compact and highly flexible pulse pattern generator designed for users who need precise, repeatable electronic waveforms in demanding photonics setups. It enables fully programmable 512-byte sequences that run at up to 5 GS/s, offering fine timing control down to sub-nanosecond resolution and refined amplitude shaping. With adjustable output levels up to 12 V, convenient synchronization signals, and simple configuration via a Windows DLL, the PPG 512 streamlines waveform creation for applications ranging from modulator driving to instrument triggering. Its robust design ensures reliable operation and seamless integration into complex laboratory environments.

Relevant for Your Research​

Matching Applications & Methods​

Switcher A&M
Concept illustration of optical environmental sensing where time-resolved fluorescence lifetime detection monitors dynamic environmental signals and trace compounds.
Life Science | Materials Science | Metrology
In-Depth Scientific Resources

Scientific Resources

Access in-depth application notes and scientific posters with detailed methods, measurement data, and real-world use cases.

Poster: Programmable, Pulse Shaped Diode Lasers

Poster describing programmable pulse shaped diode lasers (PPL 512 / PPG 512) for generating arbitrary optical pulses with 200 ps resolution using a 5 GHz RAMDAC waveform generator.

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Technical Documentation and Data

Technical Downloads

Datasheet PPG 512

PPG 512 datasheet detailing a programmable pulse generator with 5 GS/s timing, 200 ps resolution, arbitrary waveform generation, and up to 12 V output.

Expand Your System

Complete your setup

Combine compatible components to build a complete system tailored to your experimental requirements and measurement workflows.

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