GCC-2010 10 nm Bandpass Filters

Eleven bandpass filters are listed with individual wavelength labels, T≥85% and FWHM 10 nm on their cards. Wavelength labels span 650 to 1550 nm, while most photographs reuse 1550 nm engraving. These descriptions follow each model’s card without turning the shared photograph or undefined T measurement convention into a complete spectral guarantee.

Models and wavelength labels

The eleven SKU cards state wavelengths of 1550, 650, 980, 780, 850, 905, 800, 1064, 1030, 808 and 670 nm, matched to their complete models. Sales order and model digits are not used to add missing model numbers. Wavelength tolerance, measurement incidence angle and temperature conditions are absent.

Transmission and bandwidth

Every card states T≥85% and FWHM10 nm. This source explicitly uses FWHM, so a 10 nm full width at half maximum is recorded as a source specification, without a supplied tolerance, test curve or certificate. T is not defined as peak, average or a particular-wavelength measurement and is not guaranteed across the entire passband. Blocking range, optical density and secondary passbands are unspecified.

Reused photographs and mounting

Most cards reuse a photograph engraved 1550–10nm; GCC-201029 is photographed with 780–10nm engraving. The photographic arrow has no supplied direction definition. Images show an optic in a black circular rim without diameter, thickness, clear aperture, material, threads or tolerances. Dimensions and holder compatibility from other GCC families are not assigned.

Operating conditions and supply

Incidence angle, polarization, temperature range, coating, damage threshold, permitted laser power and cleaning instructions are absent. Obtain model-specific spectra and orientation instructions for the actual source and detection requirements. Custom-size promotion is a series note without a separate custom SKU. Confirm quantity, accessories and current delivery separately.

Selection checklist

Complete model and wavelength

FWHM tolerance and T measurement definition

Blocking range, incidence angle and polarization

Dimensions, orientation, power and quantity

To be confirmed

Wavelength/FWHM tolerances and T test conditions

Spectral curves, optical density and blocking range

Dimensions, clear aperture, threads and direction

Substrate, coating, damage threshold and delivery