News

VIGO System is co-operating with a growing number of optoelectronics
instruments manufactures and R&D institutes in Poand, Europe and
worldwide. The company is participating in R&D projects - one of the
most recent ones is the MEMFIS project, under the 7th Framework
Program. Our engineering team is taking part in the application phase of
this project, which has the overall aim to develop a new innovative
device, an Ultra small MEMS Fourier Transform Infrared Spectrometer for
industrial applications. Based on mid-infrared spectroscopy paired with
the inherent sensitivity of a FTIR spectrometer, such devices will be
used in a wide range of applications, from air monitoring over in-line
real-time process control to security monitoring. The MEMFIS
spectrometer will present a very powerful spectroscopic sensor and a
significant step forward in the smart spectroscopic sensors,
microsystems technology and vibrational spectroscopy in general. For
more information about the MEMFIS project please visit:
www.memfis-project.eu

On 15th and 16th of September our company VIGO System took part in conference "E.U. Research for SMEs". More information here.

VIGO System has moved to its new facility.

The new address of the company is:

VIGO System SA, 129/133 Poznańska Street , 05-850

Ożarów Mazowiecki, Poland.

In a separate competition VIGO was also ranked number 2 out of 500 competitors for the most innovative company of any size in Poland’s Mazovia district, which includes Warsaw.

More info...

The T2400 Time/Frequency Counter occupies one PCI slot in a PC and combines the performance of more expensive stand-alone counters with the convenience of the personal computer. The related software creates a graphic user-friendly interface and provides advanced functions for control, diagnostics and statistical processing of the measurement data. The operation modes can be preset and easily selected to match the specific needs of users.

More information...

MIPAC-F is designed for use in miniature detection set applications (detector - preamplifier module). The device is dedicated for detectors with 3-staged thermoelectrical coolers. MIPAC-F is equipped with a fan, which assures efective heat dissipation from the thermoelectric cooler and efficient detector cooling.

Transimpedance preamplifier is designed to reach maximum signal at the output. Parameters of the preamplifier are optimized for maximum signal to noise ratio.

Detecting head heat sink is built based on OEM solution.

More details...

Uncooled MCT infrared detectors developed at VIGO System have been chosen for use in a tunable laser spectrometer instrument designed to acquire information about the Martian environment during the Mars Science Laboratory mission.

We have migrated from the old PD series to a new PV devices that are characterized by better detectivity, close to theoretical limitations, and much faster response, up to GHz range. The devices are based on more complex variable HgCdZnTe structures grown with advanced ISOVPE/MOCVD epitaxial technique and new processing. The operation of the device is quite complex and cannot be simply related to photodiodes nor photoconductive devices. The devices can operate at zero bias or with reverse bias for fast response applications. Current mode will ensure better performance, faster response and less dependence on temperature changes and ageing effects. The devices are operating at ambient temperatures or with Peltier coolers. Some are supplied with immersion microlenses to improve performance and speed of operation.

VIGO System's IR Detectors

Low noise and wide bandwidth transimpedance preamplifier (10 KHz to 1 GHz, in dependence on detector capacitance) has been developed. The devices enforces DC level that is required for optimized operation of a given type of infrared detector.

1 GHz Preamplifier Data Sheet

Newly developed type PCI-2TE-13 photodetector designed and optimised for FTIR applications. This new detector has a wide, 1 to 13 µm, spectral bandwidth and broad linear output range. Detector's responsivity is stabilized with built-in two-stage Peltier cooler, keeping the sensitive element at temperature 220 to 240 K. Performance of the devices has been improved with heterostructure design, optical resonance and hyperhemispherical immersion. Constant voltage bias and current readout should be used for the best performance and linearity. The spectral characteristics of the detector can be modified according to specific requirements. Standard detectors are available in modified TO- 8 packages with BaF₂ windows. Other packages, windows and connectors are available upon request.

FTIR Data Sheet