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Mightex Filtered High Power Fiber-Coupled LED Light Sources (UV, VIS and NIR)

Updated:2025-03-13

Brand: Mightex
Model: FFC-series
Description: Mightex FFC-series filtered LED light sources employ the latest high-power LED technologies and a proprietary coupling optics to achieve maximum optical output power. Optical output is coupled into a
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Product Details

Mightex Filtered High Power Fiber-Coupled LED Light Sources (UV, VIS and NIR) Description：

Datasheet

Mightex FFC-series filtered LED light sources employ the latest high-power LED technologies and a proprietary coupling optics to achieve maximum optical output power. Optical output is coupled into a fiber through a standard SMA fiber adaptor port (SMA fiber patch cords are sold separately). Users may insert an optical filter into the light source to tailor output spectrum and intensity. Example applications include fluorescence excitation with a bandpass filter, wavelength selection from a white LED, attenuating intensity with a neutral density filter, and polarized output with a polarizer.

Filters are not included in standard FFC products. Maximum filter diameter is 1”(25.4mm) and minimum diameter is 12mm. Maximum filter thickness is 5mm. Filters with diameters of 1” or 25mm can be directly loaded into the filter holder. Smaller filters may need an adapter.

FFC series also features a locking electrical connector for secured connection. FFC series are designed as a universal light source for general lab use and OEM applications. The one-piece machined housing features multiple mounting holes. All Mightex LED drivers such as the SLC series or other LED drivers and current sources can be used to drive the light sources.

To drive a FFC series LED source, one can use any one of the wide range of LED controllers Mightex has to offer:

Software controlled LED controllers; or

Manual LED drivers.

FEATURES

Allow insertion of optical filters

High output power

Broad wavelength selections in VIS, UV and NIR

SMA port for up to 1500micron fiber core

Interchangeable fiber patchcords.

Compact, machined metal housing with integrated heat sink

Multiple mounting features for lab and OEM applications

Locking electrical connector

APPLICATIONS

Microscopy

Fluorescence

Sensors

Semiconductor equipment

Testing instruments

Medical instruments

Machine vision

Specifications

Wavelength Code	Description	Wavelength (nm)	I_op (mA)	V_op (V)	Typical Radiant Flux (mW)¹
FFC-0000-000	Cool White	5,500K	1000	3.9	3
FFC-0001-000	Warm White	4,000K	1000	3.9	3
FFC-0265-001	Deep UV	265	350	6.3	220μW
FFC-0275-001	Deep UV	275	600	6	385μW
FFC-0280-002	Deep UV	280	800	6.5	350μW
FFC-0295-001	Deep UV	295	600	5.8	275μW
FFC-0310-001	Deep UV	310	600	5.8	180μW
FFC-0325-002	Deep UV	325	600	4.7	240μW
FFC-0340-002	Deep UV	340	350	4.3	340μW
FFC-0365-001	UV 365nm	365	1000	3.65	2.2
FFC-0385-001	UV 385nm	385	1000	3.65	3.3
FFC-0400-002	UV 400nm, 3W	400	1000	3.1	5
FFC-0455-000	Royal	455	1000	3.0	14
FFC-0470-000	Blue	470	1000	3.9	4.2
FFC-0490-000	Cyan	490	350	3.5	1.9
FFC-0505-000	Cyan	505	1000	3.9	3
FFC-0530-000	Green	530	1000	2.85	5
FFC-0560-000	Green	560 broadband	700	2.9	5
FFC-0560-000	Amber	590	1000	3.2	1.1
FFC-0617-000	Red-Orange	617	1000	3	6
FFC-0625-000	Red	625	1000	3	6
FFC-0656-000	Deep Red	656	1000	3.1	6
FFC-0680-000	Deep Red	680	600	2.7	1.2
FFC-0740-001	NIR	740	1000	2.5	3.1
FFC-0780-000	NIR	780	800	2.5	2
FFC-0850-001	NIR 850nm, 3W	850	1000	3	5
FFC-0940-000	NIR	940	1000	2.4	3.8

1. Measured with a 400um, 0.22NA fiber. Due to variations in the manufacturing process and operating parameters such as temperature and current, the actual output of any given LED may vary. Specifications are intended to be used as a guideline. Filters are not included in standard FFC products.

Discontinued Parts

Wavelength Code	Description	Wavelength (nm)	I_op (mA)	V_op (V)	Typical Radiant Flux (mW)¹
0240	Deep UV	240	25	10	8μW
0255	Deep UV	255	30	6.5	40μW
0260	Deep UV	260	30	6.5	40μW
0265-000	Deep UV	265	350	6.3	55μW
0275	Deep UV	275	30	6.2	50μW
0280-000	Deep UV	280	30	5.8	80μW
0280-001	Deep UV	280	500	5.8	220μW
0285	Deep UV	285	30	5.8	80μW
0285-001	Deep UV	285	500	5.8	250μW
0295	Deep UV	290	30	5.5	65μW
0300	Deep UV	300	500	6	165μW
0310-000	Deep UV	310	30	5.5	80μW
0325-000	Deep UV	325	30	5	50μW
0325-001	Deep UV	325	350	5.4	150μW
0340-000	Deep UV	340	30	5	50μW
0340-001	Deep UV	340	500	4.3	340μW
0365-000	UV 365nm	365-000	500	3.8	5
0385-000	UV 385nm	385	500	3.8	5
0400-000	UV 400nm	400	350	3.5	0.7
0400-001	UV 400nm, 4W	400	1000	4.1	2.5
0657	Deep Red	657	350	2.4	1
0850-000	NIR 850nm, 2W	850	1000	2.1	3.8