Fiber Laser Bandpass Filter

Our premium bandpass filters are hard coated for higher transmission and are more durable and longer lasting than our standard bandpass filters.

Fiber laser bandpass filter. The highly reflective side of the filter should generally face the source minimizing the thermal load on the blocking glass and epoxies. All standard laser line filters can also be delivered blocked. Our laser line bandpass filters cover most of the common laser lines and feature excellent out of band blocking of less than 0 01 10 4. Bandpass and laser line filters are available in the visible near ir and infrared ranges.

Adjustment of the center wavelength is accomplished by tilting the bandpass filter with a high precision micrometer. Manually tunable optical filter dicon s manually tunable optical bandpass filter is used to manually adjust the center wavelength of a narrow optical bandpass filter over a 30nm wavelength range centered at 1550nm. 1550nm band pass filter 1 5μm components for fiber laser the 1550nm band pass filter is a micro optics device based on environmentally stable thin film filter technology. This would allow measurements from the uv to the nir range to be taken.

The bandpass can be varied from 2 nm to 18 nm and the center wavelength can be tuned from 1525 nm to 1560 nm. Unblocked standard laser line filters blocking area with 0 85 1 15 x cwl have a transmission of 60 85. Our bandpass filters feature a dielectric stack fabry pérot interferometer design. Narrow 0 8 nm bandwidth.

It is used to block out unwanted noise signals in edfas and fiber laser systems. It is used to block out unwanted noise signals in edfas or fiber laser systems. Newport s tunable bandpass fiber optic filter is used to adjust the center wavelength of a narrow passband within a 30 nm range around 1550 nm. The components are characterized with high isolation low insertion loss high return loss excellent environmental stability and high power handling capability.

Sensitivity to angle of incidence. The bandpass filter is a micro optics device based on environmentally stable thin film filter technology. A bandpass filter is characterized by a defined passband onto which cut off regions are connected on both sides. Bandpass imaging filter in ball lens is simple and widely tunable based on frustrated total internal reflection a tunable filter is compact has a large range and can be easily designed into optical systems.

It consists of two multi cavity thin film filters with 18 nm bandpass with very steep walls.