LASER OPTICAL SOURCE 1.3

MODEL: LASERLUX 1.3

• Hand held, powered by a 9 Volts non rechargeable battery.
• Protected against impact, dust and non intentional turn on.
• Cover with rare-earth magnetic lock. Liquid crystal display in a poliesterene box, internally painted with a conductive ink for shield, 4 buttons with tactile feedback (1) on/off, (2) operation mode (continuous or modulated at 1 KHz), 3) increase power, (4) decrease power.
• Very low power consumption - 0,15W typical.
• Very robust; adequate for use in field or lab.
• Compensated against temperature variation. The optical power drift is less than 0,2 dB , in the range of 0oC to 40oC.
• External dimensions: 12cm x 8cm x 5cm.
• Weight: 0,3 Kg approximately.
• Battery duration: Typically 30 hours for continuous operation.
• The only one existing in the international market that exhibits in the LCD the average optical power coupled in 9/125 microns fiber .
• Optical connector type FC; optionally a cord can be supplied with an adapter for coupling in another type of connector.
• Laserlux 1.3 has two modes of operation: CW and modulated at 1 KHz, square wave.
• Output power is adjustable tipically from - 14 dBm up to -4 dBm (measured after 1m of 9/125 microns fiber; power measurements does include light travelling outside the core ) by 0.25 dB steps.
• Microprocessor controlled.
• Stainless steel frontal panel. Self explicatives laser engraved instructions.
• Permits attenuation measurements in singlemode fiber optical links up to 150 Km (@0. 3dB/Km) if utilized together with Luxmeter B.
• Specifications can be altered without previous notification.