The BDS100 is a DC powered turnkey SMA 905 fiber coupled UV/Vis/NIR light source with spectral output from 200 to > 1100nm. The 3W UV lamp is an electrode-less, RF induced deuterium lamp which shares a single optical path with the 3W tungsten halogen lamp. Features include a safety shutter and individual On/Off controls for both the deuterium and tungsten sources.

The BDS130 is an AC powered turnkey SMA 905 fiber coupled UV/Vis/NIR light source with a spectral output of 190 to > 2500nm. The 30W deuterium lamp and 5W tungsten halogen lamp share a single optical path. Features include a safety shutter and individual On/Off controls for both the deuterium and tungsten lamps.

The BPS101 is a DC powered high performance SMA 905 fiber coupled constant current tungsten halogen light source with a spectral output of 350 to > 2600nm. A user replaceable 5W input power bulb has a ~10,000 hour lifetime with a color temperature of 2800K. Constant current provides precision current control for stable performance. A remote control port provides On/Off modulation, operating current monitoring, and external operating current control.

The SCL100 is a series of DC powered compact SMA 905 fiber coupled spectral calibration light sources. The SCL100 can be used for wavelength calibration of monochromators, spectrometers, and spectroradiometers. By exciting these various gases, they will produce narrow intense lines of the corresponding element(s). There are 6 lamp models to select from: Argon (Ar), Krypton (Kr), Mercury (Hg), Mercury/Argon (Hg/Ar), Neon (Ne), and Xenon (Xe).

The BPS2.0 is a DC powered, high performance, SMA 905 fiber coupled, constant current tungstenhalogenlightsourcewithaspectraloutputof 350 to> 2600nm. Auserreplaceable 20W bulb has a ~2,000 hour lifetime with a color temperature of 2900K. Constant current provides precision current control for stable performance. The BPS2.0 incorporates a fan for thermal stability for low drift. A remote control port provides On/Off modulation, operating current monitoring, and external operating current control.

The BPX100 is an AC powered compact SMA 905 fiber coupled 5W Xenon flash lamp module with a spectral output of 185 - 2000nm. By passing an electrical current through a Xenon gas, the BPX100 produces both continuous and line spectra. Low pulse-to-pulse variations and long operating life characteristics makes the BPX100 ideal as an excitation light source for fluorescence spectroscopy and UV rich sources for reflectance and transmittance spectrophotometry.

The ICL series calibrated lamp standards are tungsten coiled-coil filaments enclosed in quartz envelopes. Calibrated Lamps provide reliable spectral irradiance calibration data. Calibrated 100W lamps can cover 350-1050nm and 350-1700nm.  Calibrated  1000W lamps can cover 350-1700nm, 350-2200nm, and 250-1100nm. Lamps are seasoned and calibration is traceable to the National Institute of Standards and Technology (NIST) scale of spectral irradiance. The lamps are provided with calibration data and respective lamp holders for easy installation and adjustment.

The BCH100A & BCH103A cuvette sample holders are designed for fiber optic illumination/ detection. A standard 12.5 x 12.5mm (OD) (1 cm path length) cuvette can be used for liquid sample transmittance and absorbance. Two SMA 905 fiber couplers with collimated optics come with the BCH100A and three come with the BCH103. Both can be used with any B&W Tek, Inc. fiber, array spectrometer and BPS or BDS light sources. The BCH100A comes with two “straight through” SMA 905 ports. The BCH103A can be used for fluorescence when set up for right angle measurements with respect to illumination.

The BFH105 inline filter holder is designed to hold up to three standard Ø 1 in x 5 mm filters (sold separately). The BFH105 has two SMA 905 fiber connections with collimated optics and can be used with any B&W Tek, Inc. array spectrometer and light source.

The BIP2.0 is a compact, fiber coupled integrating sphere with an integrated 20W tungsten halogen lamp which emits over the UV-NIR Spectrum. The two inch diameter integrating sphere is machined from PTFE. PTFE is reflective and highly Lambertian over the broad spectral range of 250-2500nm and 99% from 400-800nm. The BIP2.0 incorporates a fan for thermal stability for low drift and operates on 12 V DC. It is designed for measuring diffused reflectance using any B&W Tek, Inc. array spectrometer.

The BIS1.5 is a compact, integrating sphere designed as a sampling accessory for measuring diffused transmittance using any B&W Tek, Inc. array spectrometer. The 1.5 inch diameter integrating sphere is machined from PTFE. PTFE is reflective and highly Lambertian over the broad spectral range of 250-
2500nm and 99% from 400-800nm.

The Fiber Patch Cords (FPC) are fiber optic cables terminated with SMA905 connectors on both ends (FC connectors available upon request). These are available in UV, NIR, and MIR grade fused silica optical fibers with various core diameters. Fiber core sizes range from 50mm to 1000mm with a standard length of 1.5 meters with custom lengths available upon request.

The Bifurcated Fiber Assembly (BFA) series combines optical fibers at a common end with the fiber bundle bifurcated into two separate channels. These channels can connect to a light source and a spectrometer or split an incoming signal into two separate spectrometer channels. When a collimating lens is attached to the common end of the assembly and positioned correctly, the specular reflectance for 0° angle of incidence can also be measured.

The fiber dip probe (FDP) series can be used for measuring the transmittance and absorbance of liquid solutions. The fiber dip probe can be inserted into liquids for in situ transflectance measurements. Typical applications include observing changes in solutions for kinetic reaction studies or dissolution testing.

The Fiber Reflectance Probe (FRP) series combines 7 optical fibers at the sample end into a bifurcated fiber. This bifurcated fiber splits into one fiber and 6 stacked fibers with the single fiber connecting to a light source and the 6 stacked fibers connecting to a spectrometer. These stacked fibers align to the spectrometer’s slit for increased signal input. When properly setup, the FRP can measure diffuse or specular reflectance from surfaces.