Name: LineScan Dual
Brand: Synertronic Designs
Price: $ 0.00 USD USD
Availability: InStock

Features

Ultra-low noise design with 16-bit resolution
External and internal trigger support
LabView driver and API for Python, C#, .NET integration
Maximum dynamic range of 4500
Seamless integration with Glaz-PD devices

Up to 15000 lines/s (512-pixel array) per sensor
Build-in support for pump-probe measurements
USB-powered with high-speed data transfer and lossless data compression
Multi-camera synchronization
Flexible XML-based device configuration

Documentation

LineScan

Description	Type	Link
LineScan-I-Gen2	User manual	download
Glaz UI	User manual	download
Glaz API	User manual	download
Glaz API	Release Notes	download
Glaz LabVIEW	User manual	download
Glaz LabVIEW	Release Notes	download

Sensors

Sensor	Pixels	Pixel size	Spectral range	Type	Max line-rate	Datasheet
S11639-01	2048	14x200 um	200-1000 nm	APS	4500 lines/s	download
S16514-2048-11	2048	14x200 um	400-1050 nm	APS	4500 lines/s	download
S12198-512Q-01	512	25x500 um	200-1000 nm	Large well-depth	15000 lines/s	download
S12198-1024Q-01	1024	25x500 um	200-1000 nm	Large well-depth	9000 lines/s	download
S11637-2048Q	2048	12.5x500 um	200-1000 nm	Large well-depth	4500 lines/s	download

Additional sensors available on request

Application Notes

CMOS sensor selection

This article provides a technical overview of CMOS sensors and guidance on selection.

Image sensor noise

This article provides an overview of sensor noise considerations and provides background for sensor selection.

Quantum efficiency of CMOS sensors

This article shows how to calculate quantum efficiency for CMOS sensors.

Glaz LineScan-I-Gen2 and Glaz-LineScan-I in Academic Research

Our CMOS-based linear array cameras (Glaz LineScan-I-Gen2 and Glaz-LineScan-I) are used in cutting-edge optical spectroscopy, ultrafast dynamics, and photophysical investigations worldwide.

Optical pump - THz probe (OPTP) spectroscopy

High-repetition rate CMOS-based LineScan cameras offer a powerful, flexible, and cost-effective solution for sensitive spectral detection and change monitoring in the context of time-resolved THz spectroscopy.

Transient Absorption Spectroscopy (TAS)

High-repetition rate CMOS-based LineScan cameras offer a powerful, flexible, and cost-effective solution for sensitive spectral detection and change monitoring in the context of transient absorption spectroscopy.

Software

Version 13.4

Glaz UI is a graphical user interface for Windows (XP, Vista, 7, 8, 10 and 11) and is available as freeware. It connects to Glaz LineScan cameras via USB ports. With an easy-to-use interface, Glaz LineScan cameras can be configured in single-camera or multi-camera mode. Glaz UI provides a platform to test calculation scripts and camera performance.

Note: The correct USB driver must be installed. If the target PC is not connected to the internet, it is advisable to download and install the USB driver under the DRIVERS tab.

DOWNLOAD UI

Version 9.24

The API consists of a C-style library to communicate with Glaz LineScan cameras. The API is provided as:

Windows DLL for 32-bit and 64-bit applications

Linux SO for 64-bit applications

The DLL/SO can be integrated into Python, C#, .NET, Matlab, Java and any programming environment that supports bindings to C-style libraries.

Note: The correct USB driver must be installed. If the target PC is not connected to the internet, it is advisable to download and install the USB driver under the DRIVERS tab.

Download API

API Release Notes

LabView driver 9.23

The LabView driver provides VIs based on the API DLL. The driver is available for both 32-bit and 64-bit LabView.

USB driver

If the target PC is not connected to the internet, it is advisable to pre-install the USB driver by downloading and installing the USB driver below.

LabView 32-bit driver

LabView 64-bit driver

USB Driver

Release Notes

LineScan Dual