DTR-1250-SM2-LS-H5-M

DTR-1250-SM2-LC-L2-M OPLINK | Alldatasheet

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Features

/boxcheckbld Compliant with IEEE 802.3z Gigabit Ethernet 1000BASE-LX PMD specifications /boxcheckbld Distance options of 10 km, 25 km, 40 km and 70 km using DFB lasers also available /boxcheckbld Eye Safe (Class I Laser Safety) /boxcheckbld Excellent EMI & ESD protection (optional extra EMI shield also available) /boxcheckbld Multi-sourced 20-pin (2x10) SFF (Small Form Factor) package style /boxcheckbld Duplex LC optical connector interface /boxcheckbld Single +3.3 V supply & LV-PECL DATA interface (AC coupling option also available) /boxcheckbld LV-TTL TX DISABLE input & RX SIGNAL DETECT output The DTR-1250-SM2-LC and DTR-1250-SM2-LS fiber optic transceivers offer a simple and convenient way to interface 1000BASE-LX Gigabit Ethernet boards running at 1.25 Gbaud to single mode and multimode fiber optic cables. In addition to option “L2” for the 5 km distance specified in IEEE 802.3z standard, five other options with longer distance capability with single mode fibers are offered. In option “L1”, a 1300 nm Fabry Perot laser with higher power and narrower spectral width and center wavelength range is used to increase the distance to at least 10 km. In option “L0”, an even higher power 1300 nm Fabry Perot laser is used to offer more optical power budget. In option “H3”, a 1300 nm DFB laser and a high sensitivity receiver are used to increase the distance to over 25 km or 30 km (assuming worst case fiber loss of 0.4 dB/km and 0.35 dB/km respectively). In option “H5”, a 1550 nm DFB laser and a high sensitivity receiver are used to increase the distance to over 35 km or 40 km (assuming worst case fiber loss of 0.3 and 0.25 dB/km respectively). Finally, in option “H7”, a high power 1550 nm DFB laser and an ultra high sensitivity receiver are used to increase the distance to 70 km (assuming fiber loss of 0.2 to 0.25 dB/km). All modules satisfy Class I Laser Safety requirements in accordance with the US FDA/CDRH and international IEC-825 standards. The transmit and receive functions are contained in a narrow width two-row, 20-pin (2x10) package with a Duplex LC connector interface. The receptacle fits into an RJ-45 form factor outline. The 20-pin configuration is in conformance to a Small Form Factor (SFF) multisource agreement. The transmitter and receiver DATA interface are differential direct-coupled LV-PECL. An alternate version with AC coupling interface is also available. An LV-TTL Transmitter Disable control input is provided. The receiver Signal Detect output interface is also LV-TTL. The transceiver operates from a single +3.3V power supply over an operating temperature range of 0°C to +70°C and -40°C to +85°C. The package is made of either conductive plastic or metal for excellent EMI shielding. 3.3V 2x10 LC connector SFF Gigabit Ethernet 1300 & 1550 nm Laser Transceivers

2 21737-0283, Rev.A 06-25-03 Electrical Power Supply Characteristics (over Operating Case Temperature Range) Parameter Symbol Minimum Typical Maximum Units SupplyVoltage VCC 3.13 3.3 3.47 V SupplyCurrent1 TX ICC,TX - 80 120 mA mARX ICC,RX - 75 100 1Supplycurrentdoesnotincludeterminationresistorcurrent. Transmitter Performance Characteristics (over Operating Case Temperature) Receiver Performance Characteristics (over Operating Case Temperature) DTR-1250-SM2-LC & DTR-1250-SM2-LS All parameters guaranteed only at typical data rate All parameters guaranteed only at typical data rate Parameter Symbol Minimum Typical Maximum Units DataRate1 B - 1250 - Mb/s OpticalOutputPower2 Po -11.0 - -3.0 dBm L1 -9.0 - -3.0 L0 -5.0 - 0 H3,H5 -4.0 - 1.0 H7 -3.0 - 2.0 CenterWavelength λc 1270 1310 1355 nm L1,L0(0°Cto70°C) 1285 1310 1345 L1,L0(-40°Cto85°C) 1274 1310 1360 H3 1280 1310 1335 H5,H7 1480 1550 1580 SpectralWidth(RMS)2 L2 ∆λRMS -- 4 . 0 nmL1,L0 - - 2.5 SpectralWidth(-20dB) H3,H5,H7 ∆λ20 -- 1 . 0 ExtinctionRatio Phi/Plo 9- - d B DeterministicJitter DJ - - 80 ps RandomJitter RJ - - 147 ps RelativeIntensityNoise RIN - - -120 dB/Hz TransmitterOutputEye CompliantwithEyeMaskDefinedinIEEE802.3zstandard 1Dataraterangesfrom125Mb/sto1300Mb/s.However,somedegradationmaybeincurredinoverallperformance. 2Measuredaveragepowercoupledintosinglemodefiber(SMF).For50µmor62.5µmmultimodefiber(MMF)operation,theoutputpower is0.5dBlessandismeasuredafterasinglemodefiberoffset-launchmode-conditioningpatchcordasspecifiedinIEEE802.3zDraft5.0. Parameter Symbol Minimum Typical Maximum Units DataRate1 B -1 2 5 0- M b / s MinimumInputOpticalPower (10-12BER)2 L2,L1,L0 Pmin -20.0 -23.0 - H7 -23.0 -26.0 - MaximumInputOpticalPower(10-12BER)2 Pmax -3.0 - - dBm SignalDetect Thresholds Increasing LightInput L2,L1,L0 Psd+ - - -20.0 dBmH3,H5 - - -21.0 H7 - - -23.0 DecreasingLightInput Psd- -30.0 - - dBm SignalDetectHysteresis - 0.5 - - dB DeterministicJitter DJ -- 1 7 0 p s RandomJitter RJ - - 96 ps WavelengthofOperation λ 1100 - 1600 nm ReturnLoss - 12 - - dB Electrical3dBuppercutofffrequency - - - 1500 MHz StressedReceiverSensitivity CompliantwithIEEE802.3zstandard 1Dataraterangesfrom125Mb/sto1300Mb/s.However,somedegradationmaybeincurredinoverallperformance. 2Measuredwith27-1PRBSat1250Mb/sat1300nmwavelength.

3 21737-0283, Rev.A 06-25-03 Transmitter Electrical Interface (over Operating Case Temperature Range) Receiver Electrical Interface (over Operating Case Temperature Range) DTR-1250-SM2-LC & DTR-1250-SM2-LS Parameter Symbol Minimum Typical Maximum Units OutputHIGHVoltage(LV-PECL)1 VOH VCC-1.10 - VCC-0.70 V OutputLOWVoltage(LV-PECL)1 VOL VCC-1.95 - VCC-1.50 V OutputHIGHVoltage(LV-TTL) VOH 2.4 - VCC OutputLOWVoltage(LV-TTL) VOL 0- 0 . 8 OutputCurrent IO -- 2 5 m A 1With50ohmterminatedtoVCC-2volts. Parameter Symbol Minimum Typical Maximum Units InputHIGHVoltage VIH VCC-1.165 - VCC-0.880 V InputLOWVoltage VIL VCC-1.810 - VCC-1.475 V DataInputCurrent-HIGH IH - - 150 µA DataInputCurrent-LOW IL 0.5 - - µA TransmitterDisableVoltage VDIS 2.0 - VCC V TransmitterEnableVoltage VEN 0- 0 . 8 V DifferentialBiasMonitorVoltage(Ta=25°C) VBM+-VBM- 0.02 - 0.12 V DifferentialBackFacetMonitorVoltage VFM+-VFM- -1 0 0- m V PIN FUNCTION PIN FUNCTION

1 VPD 11 V CCTX

2 RXGND 12 TXGND

3 RXGND 13 TXDISABLE

4 N/C 14 TD+(TXDATAIN+)

5 N/C 15 TD-(TXDATAIN-)

6 RXGND 16 TXGND

CCRX 17 BM-(BIASMONITOR-)

8 SD(RXSIGNAL

DETECT) 18 BM+(BIASMONITOR+)

9 RD-(RXDATAOUT-) 19 FM-(FACETMONITOR-)

10 RD+(RXDAT AOUT+) 20 FM+(FACETMONI TOR+)

Transmitter: When the DA TA+ input is at logic HIGH and DA TA- input is at logic LOW, the Laser Diode is ON; and vice versa. The transmitter is normally enabled (i.e. when the TX DISABLE control input is not connected). When the TX DISABLE control input voltage is higher than V CC - 1.3 V , the laser is turned off independent of the input data. The transmitter incorporates an Average Power Control (APC) loop to stabilize the transmitter average optical output power against temperature variation. The APC loop always acts to keep the transmitter average optical output power at a constant value. Therefore, when the input data is all continuous “zeroes” or all continuous “ones”, the transmitter optical output power is a constant level equal to thenominal average optical output power (not at the “OFF” level or at the “ON” level). 200 Ω10 Ω PD Imon Ib LD 3 ΚΩ 3 ΚΩ FM+BM+ VCCVCC GNDGND FM-BM- 3 ΚΩ 3 ΚΩ Application Notes Receiver: Both differential DATA+ and DATA- outputs are LV- PECL levels requiring proper termination (see recommended interface circuits). For optimum performance, both outputs should be terminated in the same manner, even if only one is used. The Signal Detect circuit monitors the level of the incoming optical signal and generates a logic LOW signal when insufficient photocurrent is produced. If the SIGNAL DETECT output is LV-TTL level, no termination is required. If the SIGNAL DETECT output is LV-PECL level, a termination resistor of 160 ohms to GND is required.

4 21737-0283, Rev.A 06-25-03

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µ µ TXD+ TXD- RXD- RXD+ 0.1 0.1 10 0.1 160 160 160 160 100 Capacitorvaluesin F,Resistorvaluesinohmµ 50ohmline LV-PECL50ohmline 100 50ohmline 50ohmline LV-PECL 12,162,3,6 1411 0.110 100 TXDISABLE VPD +3.3V SIGNALDETECT (seeNotebelow) VCC +3.3volt MOUNTING POSTS chassis ground circuitground µ µ TXD+ TXD- RXD- RXD+ 0.1 0.1 10 0.1 160 160 100 Capacitorvaluesin F,Resistorvaluesinohmµ 50ohmline LV-PECL50ohmline 100 50ohmline 50ohmline LV-PECL 12,162,3,6 0.110 100 TXDISABLE VPD +3.3V SIGNALDETECT (seeNotebelow) VCC +3.3volt MOUNTING POSTS chassis ground circuitground Depending on SERDES Depending onSERDES DTR-1250-SM2-LC DTR-1250-SM2-LC & DTR-1250-SM2-LS AC coupling DTR-1250-SM2-LC 1. For AC-coupled modules, please add suffix “AC” to the above Model Names. For example, the AC-coupled version of DTR-1250-SM-LC-L2 is DTR-1250-SM-LC-L2-AC. 2. For Plastic Package modules, please remove suffix “M” to the above Model Names. For example, the Plastic Package version of DTR-1250-SM-LC-L2-M is DTR-1250-SM-LC-L2-AC-M are DTR-1250-SM-LC-L2 and DTR-1250-SM-LC-L2-AC. 3. For Industrial temperature, please add suffix “A” to the above Model Names. For example, Industrial temperature version of DTR-1250-SM2-LC-L2 and DTR-1250-SM2-LC-L2-AC are DTR-1250-SM2-LC-A-L2-M and DTR-1250-SM2-LC-A-L2-AC-M 4. The H3 & H7 options with “A” temperature range is only available from -25°C to +85°C. Model(DC-coupled, MetalPackage) EMI Shield Distance (notesonp.1&3) DTR-1250-SM2-LS-L2-M YES 1000Base-LX(5km) DTR-1250-SM2-LS-L1-M DTR-1250-SM2-LS-L0-M YE S Longer(10km) DTR-1250-SM2-LS-H3-M YES 1300nmDFB(25km) DTR-1250-SM2-LS-H5-M YES 1550nmDFB(40km) DTR-1250-SM2-LS-H7-M YES 1550nmDFB(70km) Model(DC-coupled, MetalPackage) EMI Shield Distance (notesonp.1&3) DTR-1250-SM2-LC-L2-M NO 1000Base-LX(5km) DTR-1250-SM2-LC-L1-M DTR-1250-SM2-LC-L0-M NO Longer(10km) DTR-1250-SM2-LC-H3-M NO 1300nmDFB(25km) DTR-1250-SM2-LC-H5-M NO 1550nmDFB(40km) DTR-1250-SM2-LC-H7-M NO 1550nmDFB(70km)

Ordering Information

Interface circuit : Three options for interface circuit are shown here: two with DC coupling and one with AC coupling. The power supply line should be well- filtered. All 0.1 µF power supply bypass capacitors should be as close to the DTR transceiver module as possible. The two front GND posts (mounting studs) should be grounded to Chassis Ground. If Chassis Ground is not available, they should be connected to Circuit Ground.

5 21737-0283, Rev.A 06-25-03 Optical Communication Products, Inc. reserves the right to make changes in equipment design or specifications without notice. I nformation supplied by Optical Communication Products, Inc. is believed to be accurate and reliable. However, no responsibility is assumed by Optical Communic ation Products, Inc. for its use nor for any infringements of third parties which may result from its use. No license is granted by implication or otherwise under any p atent right of Optical Communication Products, Inc. DTR-xxx-SM2-LC & DTR-xxx-SM2-LS Package without EMI shield (LC) Dimension in inches [mm] Dimension in inches [mm] Package with EMI Shield (LS) Optical Communication Products, Inc. 20961 Knapp Street, Chatsworth, CA 91311, Tel.: 818-701-0164, FAX: 818-701-1468, http://www.ocp-inc.com Laser Safety: All transmitters are Class I Laser products per FDA/CDRH and IEC-825 standards. They must be operated under specified operating conditions. Optical Communication Products, Inc. DATE OF MANUFACTURE: MANUFACTURED IN THE USA This product complies with 21 CFR 1040.10 and 1040.11 Meets Class I Laser Safety Requirements