10Gb/s 1310nm Electro-absorption Modulated Laser (EML) APPLICATIONS
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MTX310EW
10Gb/s 1310nm Electro-absorption Modulated Laser (EML) APPLICATIONS
MTX310EW electro-absorption modulated laser (EML) module consists multi-quantum-well laser device with 1310nm nominal emission monolithically integrated electro-absorption (EA) modulator 7-pin, hermetically-sealed package with connector. State-of-the-art, epoxy-free laser-welding utilized. laser module also contains thermoelectric cooler monitor photodiode. device designed Gb/s transmission rates short- intermediate-reach distances Metro long-haul applications. MTX310EW optimized operate bit-rate 10Gb/s OC-192 STM-64 Metro transmission with excellent reliability. 310EW uses high performance platform operating 1310nm, where fiber dispersion near zero. This allows 310EW provide superior performance longer reach than typical 1310 lasers. incorporated thermoelectric cooler keeps laser chip well controlled temperature. This allows device operate over temperature range +70°C. MTX310EW module comes with meter strand single-mode fiber FC/PC connector. High-speed Metro, long-haul, telecom datacom transmissions 1310/1550 fiber-optic communications S-band 131- DWDM systems OC-192 STM-64 high-speed transmission systems Gb/s Ethernet
InGaAsP laser monolithically integrated modulator High-speed design optimized modulation Gb/s Integrated optical isolator Industry-standard 7-pin package with highspeed connector impedance matching threshold current modulation voltage
MTX310EW
Optical Electrical Characteristics
PARAMETER Laser: temperature laser operation Threshold current Operating current Peak Wavelength Side mode suppression ratio fiber output source Modulator: Mark offset voltage Peak-to-peak drive voltage return loss 5GHz) return loss GHz) Small signal -3dB modulation bandwidth Module: Extinction ratio type Extinction ratio type Rise/fall time Monitor photodiode current Modulated fiber output power Optical isolation Case temperature SYMBOL Tset SMSR Vmark tr/tf <Pf> Tcase CONDITION Temperature Thermistor thermoelectric cooler module Tset operation Tset Tset, Tset, Tset, Iop, VEA=0 offset modulator (on-level modulator voltage) Peak-to-peak amplitude pulsed pattern, input modulator From GHz, test system, Vmark From GHz, test system VEA=Vmark Tset, Iop, VEA= 1290 -1.0 1330 -0.01 UNIT
Vmark biased, modulated with Vmark biased, modulated with Tset, 0.05 Modulated output measured -2.0 From output fiber device, module Tset Operating case temperature
Table Notes: voltage applied modulator when modulated. different application requirements, 1310nm modules having different extinction ratios available: Type modules with Er>10db Type with Er>7 Absolute Maximum Ratings Stresses excess absolute maximum ratings cause permanent damage device. Exposure absolute maximum ratings extended periods adversely affect device reliability. PARAMETER CONDITIONS SYMBOL UNIT Laser Diode Reverse Voltage Laser Diode Forward Current Optical Output Power Laser Chip Temperature Modulator Reverse Voltage Modulator Forward Voltage Photodiode Reverse Voltage Photodiode Forward Current Thermoelectric Cooler Current Thermistor Voltage Thermistor Current Operating Case Temperature Range Storage Case Temperature Range VRPD IFPD ITEC TOpr Tstg
Configuration
Number Description Thermistor (Resistance =10k) Thermistor Laser Anode Detector Monitor Anode Detector Monitor Cathode Thermoelectric Cooler Thermoelectric Cooler CaseGround (Laser Cathode)
Because small size, safety information printed actual laser module. This however, attached outside shipping carton.
Warranty
Unless otherwise noted, Multiplex warrants standard laser products, when operated below noted optical power within specified temperature electrical limits, against defects material workmanship period year from date shipment.
Corporate Blvd., Plainfield, 07080 908.757.8817 Fax: 908.757.8910 www.multiplexinc.com
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