Boston Electronic Corporation products

Boston Electronics photodetectors span the spectrum from UV, Visible, to IR and THz, and are applied in a wide range of markets and applications including remote sensing, chemical and gas detection, disinfection and water purification, and scientific instrumentation to just name a few. Our on-line resources and application specialist will help you determine the most appropriate sensor for your application.

Boston Electronics offers a broad selection of infrared (IR) sources / emitters for wide range of applications. We carry emitters from the leading suppliers of steady state and modulated (pulsable) sources, namely HawkEye Technologies, Helioworks and FLIR Systems (end of life). All produce devices that are robust, proven and affordable.

Boston Electronics offers a broad selection of infrared (IR) sources / emitters for wide range of applications. We carry emitters from the leading suppliers of steady state and modulated (pulsable) sources, HawkEye Technologies, Helioworks. All produce devices that are robust, proven and affordable. Complementing our line of IR emitters are our infrared detectors, and universal photon source driver (UPS) electronics, a powerful, flexible driver to allow you to easily use the range of sources we provide.

Silicon-based thermopile IR arrays are the most affordable, robust thermal imaging sensors available. Thermopile imaging arrays, from our partner, Heimann Sensor, are more compact, affordable and scalable in production than other infrared imaging technologies. Heimann offers the worldwide first fully monolithic thermopile arrays in TO-8, TO-39 and TO-46 housing.

A wide range of arrays, packages and optics are available. See our catalog for the complete line of sensors available. 8x8d elements (digital). 16x16d elements (digital). 32x32d elements (digital). 80x64d elements (digital). 

Time-Correlated Single Photon Counting (TCSPC) is a technique to record low level light signals with picosecond time resolution.

The PearlBeam offers researchers the ability to conduct Ultraviolet (UV) light studies to develop UV Dose curves on liquids and surfaces, to easily perform wavelength dependent studies, along with many other applications.

Our blackbody systems (cavity or extended area) are ideal calibrated, traceable, sources for the infrared bands. They are designed to provide infrared radiation as an ideal blackbody emitter. The output energy from the cavity closely follows the theoretical maximum energy curve described by Max Planck’s equation, and allows users to calibrate, align, and measure infrared devices and phenomena of all types.

QCLs from Alpes Lasers are generally available from inventory in the wavelength region from 3.2 to 16+ microns. Ongoing developments are expanding the waveband ranges to both higher and lower wavelengths.