V23818-N15-L17 INFINEON [Infineon Technologies AG], V23818-N15-L17 Datasheet
V23818-N15-L17
Related parts for V23818-N15-L17
V23818-N15-L17 Summary of contents
Page 1
... Small footprint for high channel density • V-0 certified • Compliant with FCC (Class B) and EN 55022 • Tx and Rx power monitor For ordering information see next page. LC™ trademark of Lucent. Data Sheet V23818-N15-Lxx/Lxxx 1 Fiber Optics File: 1119 File: 1120 2003-08-18 ...
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... Ordering Information Part Number Pinning Signal V23818-N15-L17 2x10 V23818-N15-L16 V23818-N15-L353 V23818-N15-L356 V23818-N15-L354 V23818-N15-L355 V23818-N15-L37 2x5 V23818-N15-L36 V23818-N15-L47 V23818-N15-L46 V23818-N15-L457 2x10 V23818-N15-L356-C 2x10 1) Incorporates non-standard collar type (see Data Sheet Operating Data Outputs Detect Temperature Low LVPECL –5...70°C Switched to Low yes – ...
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... V 16 Ground EEt 17 BMon– DC voltage 18 BMon+ DC voltage 19 PMon– DC voltage 20 PMon+ DC voltage LVPECL output active high for V23818-N15-L17/L16/L417/L373. LVTTL output active high for V23818-N15-L353/L356/L457/L355/L354. Data Sheet TOP VIEW Description ...
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... LVPECL output active high for V23818-N15-L37/L36. LVTTL output active high for V23818-N15-L47/L46. 2) Housing leads removed for V23818-N15-L46WH. Due to possible EMI performance issues, use of this transceiver should be restricted to applications where the chassis is completely sealed and the transceiver encapsulated within EEr EEt For 2x10 transceivers, connect pins and 16 to signal ground ...
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... Proper power supply filtering is essential for good EMI performance. TD+ / TD– Transmitter data LVPECL level inputs. For V23818-N15-L353/L356/L457/L354/L355/ L47/L46/L373 terminated and AC coupled internally. For V23818-N15-L17/L16/L417/ L37/L36 use termination and coupling as shown in the termination scheme. RD– / RD+ Receiver data LVPECL level outputs. For V23818-N15-L353/L356/L457/L354/L355/ L47/L46/L373 biased and AC coupled internally ...
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... CC Figure 3 to monitor PIN photo detector bias current. Leave pin floating if not used. Typical behaviour is shown in Figure 3 Photo Detector Bias Interface Data Sheet Figure 4 and Figure 5 using load bias Pin 1 6 V23818-N15-Lxx/Lxxx Pin Configuration File: 1307 2003-08-18 ...
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... Typical Responsitivity of PIN Photo Detector Bias Current Monitor 400 300 200 100 0 0 Figure 4 Linear Response 400 300 200 100 0 30 Figure 5 Logarithmic Response Data Sheet 100 200 300 Received Optical Power ( Received Optical Power (dBm) 7 V23818-N15-Lxx/Lxxx Pin Configuration 400 File: 1308 0 File: 1309 2003-08-18 ...
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... Bias Monitor – Transceiver Internal 0.36 0.32 0.28 0.24 0.2 0.16 0.12 0.08 0.04 0 Figure 7 Typical Variations of Bias Monitor Voltage over Temperature Data Sheet Figure 6 and Figure V CC Pin Pin Temperature (˚C) 8 V23818-N15-Lxx/Lxxx Pin Configuration ambient 25°C < 60 mA. bias 2003-08-18 File: 1310 File: 1312 ...
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... Typical Behaviour of Power Monitor Voltage over Temperature Data Sheet resistor in its path. This output remains constant V must be in the range of 0.01 V and 0.2 V. The mon V CC Pin 200 Pin Temperature (˚C) 9 V23818-N15-Lxx/Lxxx Pin Configuration Figure 8 File: 1311 File: 1313 2003-08-18 and ...
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... This transceiver operates 2.5 Gbit/s from a single power supply (+3.3 V). The full differential data inputs and outputs are LVPECL compatible. Data Sheet V23818-N15-Lxx/Lxxx 10 Description 2003-08-18 ...
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... Coupling Unit 3k 3k e/o Laser 10 Driver Power 200 Control Monitor Coupling Unit Receiver Automatic Shut-Down Tx Coupling Unit e/o Laser Laser Driver Power Control Monitor Rx Coupling Unit Limiting TIA Amp 11 V23818-N15-Lxx/Lxxx Description Laser o/e Single Mode Fiber o/e File: 1357 o/e Single Mode Fiber o/e File: 1351 2003-08-18 ...
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... The power control uses the output of the monitor PIN diode (mechanically built into the laser coupling unit controlling signal, to prevent the laser power from exceeding the operating limits. Data Sheet V23818-N15-Lxx/Lxxx V 12 Description ...
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... With a field strength of 3 V/m, noise IEC 61000-4-3 frequency ranges from 10 MHz to 2 GHz. No effect on transceiver performance between the specification limits. FCC 47 CFR Part 15, Noise frequency range: Class B 30 MHz to 18 GHz EN 55022 Class B CISPR 22 *) (13.97) .550 13 V23818-N15-Lxx/Lxxx Description the receptacle cause no 2003-08-18 File: 1501 ...
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... Differential Data Input Voltage Swing PIN PDBias Voltage Storage Ambient Temperature Hand Lead Soldering Temp/Time Wave Soldering Temp/Time Aqueous Wash Pressure Exceeding any one of these values may destroy the device immediately. Data Sheet V23818-N15-Lxx/Lxxx Symbol Limit Values min – ...
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... Not for V23818-N15-Lx6/Lxx6. 3) Ambient operating temperature requires V23818-N15-L353/L356/L457/L354/L355/L47/L46/L373 are internally AC coupled. External coupling capacitors required only for V23818-N15-L17/L16/L417/L37/L36. The electro-optical characteristics described in the following tables are valid only for use under the recommended operating conditions. Data Sheet Symbol Limit Values min ...
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... Deassert Voltage TTL Dis T Assert Time 6) Dis T 7) Deassert Time Dis 1) Not for V23818-N15-L354/L355. 2) Only for V23818-N15-L354/L355. 3) Laser power is shut down if power supply is below 4) Jitter Generation under worst case conditions reaches a maximum value of 0.06 UI pk-pk/0.006 UI RMS. 5) Measured using 20% - 80% levels without bandwidth filtering assertion to laser shutdown ...
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... Both are measured with a 12 kHz - 20 MHz filter in line Unit Interval, which is equivalent to one bit slot. At OC-48, the bit slot is 400 ps, so the Jitter Generation specification translates RMS, max. and 40 ps pk-pk, max. Data Sheet V23818-N15-Lxx/Lxxx 17 Technical Data 2003-08-18 ...
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... Load is 100 differential. 5) Internal load is 510 to GND, no external load necessary. Signal Detect is a high active output. High level means signal is present, low level means loss of signal. 6) For V23818-N15-L17/L16/L417/L37/L36/L373. 7) For V23818-N15-L353/L356/L457/L354/L355/L47/L46. 8) Monitor current needs to be sunk to Data Sheet Symbol min. 1) ...
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... Figure 14 Laser Emission Data Sheet FDA IEC Class 1 Laser Product Top view V23818-N15-Lxx/Lxxx Eye Safety 1300 nm < < 180 µW 6° File: 1401 File: 1334 2003-08-18 ...
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... PCB will be half of that in free space. In this scenario even the smallest PCBs may have unexpected resonances. Data Sheet should be placed at the end of each matched resistance can be achieved as follows for V23818-N15-Lxx/Lxxx EMI-Recommendations resistor at each (D, Dn and 125 to at Data the r 2003-08-18 ...
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... TDis CCt CCr C2 Signal Detect PDBias RD+ 10 RD+ 2,3,6 V EEr 21 V23818-N15-Lxx/Lxxx V SerDes SerDat Out C7 SerDat Out V CC 3.3 V Serializer/ C3 C10 Deserializer C4 SerDat In C5 SerDat In + termination ECL/ PECL Driver Receiver PLL etc. or File: 1390 ...
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... TDis 13 TDis CCt CCr C2 Signal Detect PDBias RD+ 10 2,3,6 V EEt 22 V23818-N15-Lxx/Lxxx V SerDes SerDat Out + SerDat Out V CC 3.3 V Serializer Deserializer SerDat In Receiver PLL etc. SerDat In + termination 100 EE ECL/ PECL Driver File: 1391 2003-08-18 ...
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... TDis 8 TDis CCt CCr C3 C10 RD EEr 23 V23818-N15-Lxx/Lxxx SerDes SerDat Out ECL/ PECL Driver SerDat Out Serializer/ Deserializer SerDat In Receiver PLL etc. SerDat In + termination File: 1392 2003-08-18 ...
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... EEt 9 TD TDis 8 TDis CCt CCr RD EEr 24 V23818-N15-Lxx/Lxxx V SerDes SerDat Out ECL/ PECL Driver SerDat Out Serializer/ Deserializer SerDat In Receiver PLL etc. SerDat In + termination 100 EE File: 1393 2003-08-18 ...
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... Package Outlines Dimensions in mm [inches] Figure 19 Data Sheet V23818-N15-Lxx/Lxxx a) recommended bezel position Drawing shown is 2x10 pinning with collar 25 Package Outlines File: 1213 2003-08-18 ...
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... Advanced Collar Dimensions in mm [inches] Figure 20 Non-standard Collar Data Sheet V23818-N15-Lxx/Lxxx 26 Package Outlines File: 1505 2003-08-18 ...
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... Page Subjects (major changes since last revision) “Preliminary Data Sheet” deleted V23818-N15-L373, V23818-N15-L417, V23818-N15-L46WH deleted For questions on technology, delivery and prices please contact the Infineon Technologies Offices in Germany or the Infineon Technologies Companies and Representatives worldwide: see our webpage at http://www.infineon.com. ...