JKLÂ’S CCFL assemblies are fluorescent lamps prepared for drop in placement. We offer the fluorescent lamps pre-assembled with the proper wire length, connector and accessories to meet your specific needs. Accessories include: End caps, standard and custom molded heaters, rails and custom electronic components.

JKL also offers a new line of products for the photocopier and ATM industries, the HighNit line of products. These assemblies are replacement lamps for the LCD screens of photocopiers. The following Minolta, Toshiba and Diebold models are available. Contact us if you need a different lamp model.

Photocopier Brand	Photocopier Model Number	JKL Product Number
Canon	Imagerunner 105, 105+, 8070, 9070, 8500, 5000i, 5020, 5020i, 6020, 6020i, 3300i, 2220, 2200i, 3320i, 2270, 3570, 4570, 5570, 6570	BF22180-28B_ASSY_01
Minolta	Di350, Di250, Di200, Di351, Di251	BF2698-31B_ASSY_01
Minolta	Di520, Di620	BF396-26B_ASSY_01
Minolta	EP4000, EP5000, EP6001, EP8015	BF2698-31B_ASSY_01
Minolta	EP3050, EP4050, EP5050, EP6000	BF3137-32B_ASSY_01
Toshiba	DP2460, DP2570, DP3580, DP6570, DP5570, DP4580, DP8070, FC-22/15, FC-25P, FC-210, FC-310, E studio brand -45, -35	BF26150-20B_ASSY_01

ATM Brand	ATM Model Number	JKL Product Number
Diebold	AB121PB-D-S	BF40U20205-19B_ASSY_01

Contact us to discuss your needs.

Developed for Texas Instruments and later acquired by Raytheon Systems for military use, the thermal-imaging device captures infrared radiation on a 1 inch square, 320x240-pixel barium-strontium-titanate ferroelectric sensor behind the car’s grill. The camera is sensitive to infrared radiation in the 3-5µm and 8-14µm wavelengths, effectively weeding out the range for water absorption so that the device is blind to rain and fog.

Designed by Delphi-Delco of Dayton, Ohio, the adjustable display (HUD) is achieved by means of an LCD mounted in the dashboard, which projects an image onto a small area on the lower portion of the driver's side windscreen. This small portion is coated with an aspheric mirror which reflects the image projected by the LCD display.

A problem was discovered, however, in installation. Against the glare produced by the headlamps, the display projection was far too dim. In addition, at around -10° Celsius, the mercury vapors in CCFL's begin to coagulate into droplets, causing the lamp to dim exponentially as temperature decreases.">
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