ADL-65055SA2

APC Laser Diode TM ADL-65055SA2 TM APC Laser Diode Perfect Solution For Auto Power Controlled Laser Diode By converting the external APC circuit board into an ASIC, we package the APC circuit into a traditional TO-can together with the laser chip. From now on, single package APC function included laser diode is realized. Powered with Arima’s proprietary APC Laser Diode TM technology, ADL-65055SA2 is your perfect solution for the stable light power output, compact size, high brightness laser light source. Features: 1. 3.3mm package and 650nm 5mW 50℃ operation 2. Smallest size of laser module in the world 3. Voltage driven LD, easy to use 4. Highly stable laser output power Applications: 1. General purpose red laser light source 2. Industrial laser markers / measuring instruments 3. Laser pointer APC circuit ADL-65077SA2 Wavelength Operation voltage Operation current Variable resistor Electrical-Optical Characteristics @Tc=25oC: Symbol λ Vcc Iop VR θ// θ⊥ Δθ// Δθ⊥ ΔxΔyΔz ΔPoT ΔPoV Min. Typ. Max 645 3.0 6 24 -3.0 -3.0 -80 655 4.5 40 5 9 28 0 0 0 -10 -10 660 6 50 10 11 38 +3.0 +3.0 +80 0 0 Unit nm Volt mA KΩ Deg Deg Deg Deg um % % Po=5mW,Vcc=6.0V Po=5mW,Temp=50 oC Item Condition Po=5mW Po=5mW Vcc=6V Parallel divergence angle Perpendicular divergence angle Parallel FFP deviation angle Perpendicular FFP deviation angle Emission point accuracy Power-Temp stability (25~50 oC) Power-Vcc stability (6.0~3.5V) Maximum Ratings: Item Power supply voltage Laser optical output power Operation temperature Storage temperature Po=5mW Symbol Vcc Po Topr Tstg 1 Rating 3.0-6.0 7.0 -10 ~ +50 -40 ~ +85 Unit V mW o o C C Germany and other countries: LASER COMPONENTS GmbH, Phone: +49 8142 2864 0, Fax: +49 8142 2864 11, info@lasercomponents.com USA: LASER COMPONENTS IG, Inc., Phone: +1 603 821 7040, Fax: +1 603 821 7041, info@laser-components.com Great Britain: LASER COMPONENTS (UK) Ltd., Phone: +44 1245 491 499, Fax: +44 1245 491 801, info@lasercomponents.co.uk France: OPTOPHOTONICS sa, Phone: +33 1 3959 5225, Fax: +33 1 3959 5350, info@optophotonics.fr APC Laser Diode TM ADL-65055SA2 Block Diagram: V cc 1. Traditional LD needs to connect an external APC circuit board for the constant power operation. The VR (variable resistor) is used to adjust the laser output to a desired target power. T r a d it i o n a l L D 2 LD 1 PD APC c ir c u it 3 VR 2. ADL-65055SA2 consists an APC IC inside the TO-3.3mm package, and leave the VR outside for adjusting the optical output power. Built-in APC LD 1 Vcc 3. Oscillation Damper is recommended for stabilizing the optical output power. LD APC circuit PD Oscillation Damper 2 3 VR Outline Dimension & Pin Assignment: 1. 2. 3. Vcc GND VR Laser Safety Precautions 1. 2. 3. To protect laser from overdriving condition, setting VR to maximum value before you turn on Vcc can minimized the laser output power. Do not operate the device above the maximum rating condition, even momentarily. permanent damage to the device. Semiconductor laser device is very sensitive to electrostatic discharge. High voltage spike current may change the Therefore, proper measures for It may cause unexpected characteristics of the device, or malfunction at any time during its service period. preventing electrostatic discharge are strongly recommended. 4. 5. To obtain a stable characteristic and good reliability, the effective heat sink is necessary. So it is recommended that always apply proper heat sink before the device is operating.Do not look into the laser beam directly by bare eyes. The laser beam may cause severe damage to human eyes. 2 www.lasercomponents.com Issue: 07/05 / V1 / HW / www/pdf/ari/apcld/ adl-65055sa2.pdf Germany and other countries: LASER COMPONENTS GmbH, Phone: +49 8142 2864 0, Fax: +49 8142 2864 11, info@lasercomponents.com USA: LASER COMPONENTS IG, Inc., Phone: +1 603 821 7040, Fax: +1 603 821 7041, info@laser-components.com Great Britain: LASER COMPONENTS (UK) Ltd., Phone: +44 1245 491 499, Fax: +44 1245 491 801, info@lasercomponents.co.uk France: OPTOPHOTONICS sa, Phone: +33 1 3959 5225, Fax: +33 1 3959 5350, info@optophotonics.fr