HOD /BBA HOD /BBA

Transcription

1 FEATURES Full duplex over single fiber DC to 60 MHz link bandwidth Link budgets of km [.4 miles] or greater 40 db isolation Low profile ST housing Other options available VCSEL is Class eye safe APPLICATIONS Full duplex data transmission Multiplexing two signals to a single fiber LED coupled power measurements and reflected power measurements (depending upon the configuration of the duplex module) A pair of Honeywell HODXXXX-XXX/BBA series of dual wavelength fiber duplex modules allows full duplex communication over a single fiber link. They may also be used where a dual fiber solution is neither possible nor economical. Alternatively, one duplex module may be used to double the capacity of an existing system. Each duplex module consists of one on-axis port and one off-axis port, each configured with the appropriate devices. These devices are coupled to the single fiber via integral lenses and a db wavelength differentiating mirror within the duplex module body. In this configuration, two duplex modules can communicate in opposing directions simultaneously and independently of each other. Depending upon the receiver circuitry used, links of km [.4 miles] or greater are possible. The following catalog listings indicate the two devices used in each duplex module. : 00 nm multimode laser 850 nm diode (corresponding duplex module): 850 nm VCSEL (Vertical Cavity Emitting Surface Laser) 00 nm diode Other options are available on request. These include two LEDs or lasers in one duplex module for single fiber multiplexing, +Preamp receivers () or any other preferred devices. Housing options include SC and ST optical ports or a high profile housing for mounting duplex modules side by side. Future connectors will likely include SMA, FC, LC and E000. See the catalog listing numbering scheme on the back page for complete list of available configurations. WARNING MISUSE OF DOCUMENTATION The information presented in this product sheet (or catalog) is for reference only. DO NOT USE this document as product installation information. Complete installation, operation and maintenance information is provided in the instructions supplied with each product. Failure to comply with these instructions could result in death or serious injury. WARNING PERSONAL INJURY DO NOT USE these products as safety or emergency stop devices, or in any other application where failure of the product could result in personal injury. Failure to comply with these instructions could result in death or serious injury. Control Products

2 ELECTRO-OPTICAL CHARACTERISTICS FOR THE Absolute Maximum Ratings (5 C unless otherwise noted) Continuous Forward Current Lead Solder Temperature Operating Temperature Storage Temperature 50 ma 60 C [500 F], 0 sec 0 C to 70 C ( F to 58 F) -40 C to 85 C (-40 F to 85 F) STRESS DAMAGE Functional operation of the device at or above Absolute Maximum Ratings for extended periods of time may affect reliability. Failure to comply with these instructions may result in product damage. Transmit: 00 nm Laser (All tests made at 5 C unless otherwise specified.) Fiber Coupled Power P OC µw dbm I F =7 ma 50/5 µm fiber Laser Diode Reverse Voltage V RLD.0 V Photo Diode Reverse Voltage V RPD 0 V Photo Diode Forward Current V FPD ma Slope Efficiency SE mw/ma CW, Po=5 mw Threshold Current I TH 0 ma CW, Po=5 mw Peak Wavelength λp nm CW, Po=5 mw Spectral Bandwidth λ 5 nm CW, Po=5 mw Forward Voltage V F..5 V CW, Po=5 mw Response Time t r /t f 0.5 ns I BIAS =I TH, 0%-90% Photo Diode Monitor Current Im 00 µa CW, Po=5 mw, V RPD = V Photo Diode Dark Current I DARK 0. µa V RLD =5 V Photo Diode Capacitance C 6 5 pf V RLD =5 V, f= MHz Receive: 850 nm Diode (All tests made at 5 C unless otherwise specified.) Flux Responsivity R A/W λ=850 nm Dark Current I D na V R =0 V Reverse Voltage BVR 50 V Response Time 0%-90% t r. ns V R =.5 V 90%-0% t f. Capacitance C.5 pf V R =5 V Honeywell For application help: call

3 PRODUCT DAMAGE DUE TO ESD Ensure normal ESD (Electrostatic Discharge) precautions are followed when handling this product. Failure to comply with these instructions may result in product damage. Duplex Module Mounting and Dimensional Drawing (for reference only mm[in]) 9,65 [0.8],5 [0.0] 8,6 [0.4] 6,6 [0.5] 9,5 [0.7] 4 9,70 [0.8] 5/6- UNEF-A 00 nm Laser Holes -56 UNC-A 6,8 A/F [0.7] 5,0,7 [0.59] [0.54] 850 nm Diode OUTS 850 nm Diode 00 nm Laser Anode LD Anode Cathode PD Anode Case (Ground) PD Cathode 4 LD Cathode For application help: call Honeywell

4 ELECTRO-OPTICAL CHARACTERISTICS FOR THE Absolute Maximum Ratings (5 C unless otherwise noted) Continuous Forward Current Lead Solder Temperature Operating Temperature Storage Temperature 00 ma 60 C [500 F], 0 sec -0 C to 70 C ( F to 58 F) -45 C to 85 C (-49 F to 85 F) STRESS DAMAGE Functional operation of the device at or above Absolute Maximum Ratings for extended periods of time may affect reliability. Failure to comply with these instructions may result in product damage. Transmit: 850 nm VCSEL (All tests made at 5 C unless otherwise specified.) Fiber Coupled Power P OC µw IF= ma 50/5 µm fiber Laser Classification Class If<5 ma dc Threshold Current I TH.6 6 ma I TH Temperature Variation I TH - ma T A =0 C to 70 C Slope Efficiency η mw/ma Po=. mw η Temperature Variation η -0.4 %/ C T A =0 C to 70 C Peak Wavelength λp nm I F = ma dc λp Temperature Coefficient λp/ T 0.06 nm/ C I F = ma Spectral Bandwidth λ 0.85 nm I F =ma Laser Forward Voltage.6.8. V I F =ma VF Laser Reverse Voltage BVR LD 5 0 V I R =0µA Response Time -40 C<T<00 C, 0%-90% t r ps Bias above threshold -40 C<T<00 C, 90%-0% t f Relative Intensity Noise RIN -8 - db/hz GHz BW Series Resistance R S Ohms I F = ma Monitor Current I PD ma Po=. mw IPD Temperature Variation I PD / T 0. %/ C Po= 0.5 mw Dark Current I D 0 NA Po=0 mw, VR= V PD Reverse Voltage BVR PD 0 5 V Po=0 mw, IR=0 µa PD Capacitance C 00 pf 55 V R =0 V, Freq= MHz V R = V, Freq= MHz Receive: 00 nm Diode (All tests made at 5 C unless otherwise specified.) Flux Responsivity R A/W λ=00 nm Dark Current ID na VR=5 V, f= MHz Response Time 0%-90% tr ns λ=00 nm 90%-0% tf Cut Off Frequency FC 500 MHz VR= 5 V, RL=50 Ω Capacitance C.5.7 pf VR= 5 V, f= MHz Maximum Reverse Voltage VRmax 0 V Isolation ICX 40 db IF (LED)=00 ma dc 4 Honeywell For application help: call

5 PRODUCT DAMAGE DUE TO ESD Ensure normal ESD (Electrostatic Discharge) precautions are followed when handling this product. Failure to comply with these instructions may result in product damage. Duplex Module Mounting and Dimensional Drawing (for reference only mm[in]) 9,65 [0.8],5 [0.0] 8,6 [0.4] 9,5 [0.7] 9,70 [0.8] 5/6- UNEF-A 00 nm DIODE Holes -56 UNC-A 6,8 A/F [0.7] 5,0 [0.59],7 [0.54] nm VCSEL OUTS 850 nm VCSEL 00 nm Diode Case (Ground) Anode Cathode Cathode Anode Case (Ground) 4 Cathode For application help: call Honeywell 5

6 Duplex Module Catalog Listing Numbering Scheme HOD XX* XX* - X X X / X X X Port Device Port Device Port Speed (Rise/Fall Time) Port Speed (Rise/Fall Time) Optical Budget Connector Mounting Leads x 850 nm x 850 nm < ns < ns <0 db A SMA B PCB A Normal LED LED x 00 nm x 00 nm <6 ns <6 ns <0 db B ST Low X Special B Formed LED/Laser LED/Laser Profile x 850 nm x 850 nm <0 ns <0 ns <0 db C FC C Special 4x 00 nm 4x 00 nm 4 <0 ns 4 <0 ns 4 <40 db D ST Close Mount 5x 850 nm 5x 850 nm E SC 6x 00 nm 6x 00 nm F LC 7x Future 7x Future G E000 8x Future 8x Future X Special 9x Honeywell VCSEL 9x Honeywell VCSEL *The second digit of each pair of port device numbers corresponds to the specific device used. Example: HOD40-/BBA defines: nm in Port (on axis) 850 nm LED in Port (perpendicular axis) - < ns Rise/Fall Time (00 nm ) <0 ns Rise/Fall Time (850 nm LED) 0 db link budget when used with corresponding duplexer / B ST Low profile connector B PCB mounting A Normal leads WARRANTY/REMEDY Honeywell warrants goods of its manufacture as being free of defective materials and faulty workmanship. Contact your local sales office for warranty information. If warranted goods are returned to Honeywell during the period of coverage, Honeywell will repair or replace without charge those items it finds defective. The foregoing is Buyer s sole remedy and is in lieu of all other warranties, expressed or implied, including those of merchantability and fitness for a particular purpose. Specifications may change without notice. The information we supply is believed to be accurate and reliable as of this printing. However, we assume no responsibility for its use. While we provide application assistance personally, through our literature and the Honeywell web site, it is up to the customer to determine the suitability of the product in the application. For application assistance, current specifications, or name of the nearest Authorized Distributor, check the Honeywell web site or call: USA Canada Europe International FAX USA INTERNET info.sc@honeywell.com Control Products Honeywell West Spring Street Freeport, Illinois 60 Printed with Soy Ink on 50% Recycled Paper EN IL50 GLO 70 Printed in USA