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N4903B Datasheet

Part Manufacturer Description PDF Type
N4903B Keysight Technologies J-BERT N4903B Pattern Generator 7 Gb/s and 12.5 Gb/s Original

N4903B

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: calibrated jitter injection from N4903B. Clock input (CLK IN) There are two modes when using the clock , Agilent J-BERT N4903B High-Performance Serial BERT 7 Gb/s and 12.5 Gb/s Data Sheet Version 1.2 , serial bit error ratio test (BERT) solutions for R&D and manufacturing. The J-BERT N4903B , â'¢ Data rates > 14 Gb/s N4903B Options D14, 002 with N4876A n/a Optical transceivers, i.e , Data rates > 10 Gb/s N4903B N4906B-012 or N2101B-300 High-speed serial computer buses, and Agilent Technologies
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N4900 5990-3217EN
Abstract: Recommended J-BERT N4903B configuration for a 28.4 Gb/s setup: N4903B-C13/G13,-002,­D14 Optional: all other , bits from data input 1 and 2. Example shows setup with J-BERT N4903B. APPLICATIONS for the N4876A , N4876A extends the variable generator data rate of J-BERT N4903B up to 28.4 Gb/s and of ParBERT 81250A , Multiplexer allows to extend the pattern generator data rate of the J-BERT N4903B and ParBERT 81250A up to , jitter, so when using it with the JBERT N4903B, calibrated RJ and PJ can be generated. The small size Agilent Technologies
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N4910A E5810A-100 R1282 IEC61010-1 EN61010-1 100GBASE-LR4 UL 61010-1 R1280 R1380-N49
Abstract: measurements using the forwarded half-rate clock to be used as sampling clock for J-BERT N4903B. Device , Transparent to jitter · Flexible usage as front-end for J-BERT N4903B, ParBERT 81250A or other pattern generators · Optional clock multiplier (Option 001) · Small size · Programmable via J-BERT N4903B or , external clock is provided, to use the analyzer of J-BERT N4903B can be used to accurately characterize , test J-BERT N4903B Figure 2. Generating a de-emphasis signal with N4916B and J-BERT N4903B 3 Agilent Technologies
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10GBASE 40GBASE-KR4 N4911A-002 N4915A-010 40GBASE-KR N4916B programming 5968-9188EN N4916A 5989-6062EN 5990-4630EN
Abstract: J-BERT N4903B. Device under test Full-rate clock out Transmitter (TX) Full-rate data to BERT , N4903Bâ'™s Aux clock output to ensure these prerequisites are met. When using N4916B together with J-BERT , front-end for J-BERT N4903B, ParBERT 81250A or other pattern generators â'¢ Optional clock multiplier (Option 001) â'¢ Small size â'¢ Programmable via J-BERT N4903B or stand-alone Agilent N4916B , the analyzer of J-BERT N4903B can be used to accurately characterize the error, eye, jitter Agilent Technologies
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5968-9188E 5989-7193EN
Abstract: pattern bits from aux data and main data input. Example shows setup with J-BERT N4903B. 2 J-BERT , allows to extend the pattern gene-rator data rate of the J-BERT N4903B and ParBERT 81250A up to 28.4 Gb , transparent to jitter, so when using it with the J-BERT N4903B, calibrated RJ and PJ can be generated. The , generator data rate of J-BERT N4903B up to 28.4 Gb/s and of ParBERT 81250A up to 27.0 Gb/s. Itâ'™s an , advanced eye analysis options. J-BERT N4903B Up to 14.2 Gb/s Aux data output 2 4 6 8 Main data Agilent Technologies
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PRBS15 5990-5247EN
Abstract: available for J-BERT N4903B. 4 Easily control all settings The N4877Aâ'™s settings can be , N4877A. The front panel trigger for the scope is provided by the J-BERT N4903B. N4877A CDR to clean up , receiver which can be combined with a precision jitter source like the J-BERT N4903B to create a PLL , receiver and transmitter testing. Application example: receiver testing with J-BERT N4903B , . The N4877A clock data recovery and demultiplexer is used in combination with the J-BERT N4903B and Agilent Technologies
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N1075A N1070A 5990-9949EN
Abstract: ; in addition for connecting N4903B-J20) Agilent N4917A Optical Receiver Stress Test Solution 11 , are calibrated and can be dialed so VECP and total jitter are be precisely set. J-BERT N4903B , 10GbE and 10GFC standards The stress signal is generated from the J-BERT N4903B with help of the , J-BERT N4903B error detector input. This closes the loop for BER measurement, which is the base for the , conditioning can be achieved with J-BERTâ'™s built-in ISI traces. J-BERT N4903B Automation and calibration Agilent Technologies
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N4917A-E01/E03 5989-6315EN
Abstract: Generator N4903B N4903B-C13 N4903B-C07 N4903B-G13 N4903B-G07 N4903B-D14 [3] Generator , calibrated jitter injection from N4903B. Clock input (CLK IN) There are two modes when using the clock , Agilent J-BERT N4903B High-Performance Serial BERT 7 Gb/s and 12.5 Gb/s Data Sheet Version 1.2 , serial bit error ratio test (BERT) solutions for R&D and manufacturing. The J-BERT N4903B , > 14 Gb/s N4903B Options D14, 002 with N4876A n/a Optical transceivers, i.e.: SONET, SDH, 10 Agilent Technologies
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N4915-60001 PJ 0349 N4915A-001 mipi prbs pattern generator N4903BU-J20 N4903B-UAB
Abstract: recommended: Model Number Description N4903B-C13 -J10 -J11 -J20 J-BERT high-performance serial , N4903B, the N4916B de-emphasis signal converter, N4915A-014 PCIe 3.0 calibration channels, 81150A , Loss at 4 GHz N4915A-014 -3.6 / -12.5 dB Cal. channel DATA IN N4903B INTERF. IN TP1 , J-BERT N4903B, N4916B, 81150A or 81160A, 15442A SMA cable set. Values and descriptions in italic are , 5990-6599EN J-BERT N4903B Data Sheet 5990-3217EN N4916B De-emphasis Signal Converter Data Sheet Agilent Technologies
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N5393C N5990A N5990A-101 5990-7659EN
Abstract: as control of the 81134A pattern generator or N4903B J-BERT with Option 002 for performing automated out-ofband (OOB) signal parametric and timing tests. The 81134A pattern generator or N4903B J-BERT with , , then the Agilent 81134A 3.35 Gbps pulse/pattern generator or N4903B J-BERT with option 002 can be , chipset for 1.5 Gb/s, 3.0 Gb/s and 6.0 Gb/s signaling. The 81134A or N4903B are also used for OOB signal , /sata.htm) ICT-Lanto test fixture TF-1R31 or TF-2R11 (http://www.ict-lanto.com/product) 81134A or N4903B Agilent Technologies
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N5411B 5990-3594EN
Abstract: Agilent J-BERT N4903B or ParBERT 81250A to the reference clock from the system under test. You can use , generator. With the N4880A, you can lock, for example, the J-BERT N4903B pattern generator to the 100 MHz , J-BERT N4903B 50 â"¦ 8 GHz to ext clock in Repeater 8 GT/s DATA (closed eyes) 8 GT/s DATA , ED data in J-BERT N4903B 7 Gb/s Figure 3. In this configuration, the combination of the N4880A , GHz 6.24 to 12.48 GHz 2 MHz 240 8 1. 7G versions of J-BERT N4903B and ParBERT 81250 Agilent Technologies
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MIPI MPHY 5990-9592EN
Abstract: Error detector / Error counter N4903B-C07 or N4903B-C13 x x N4903B-A02 x x SerialTek , exemplarily in Fig. 9. It comprises a N4903B J-BERT with N4916A deemphasis signal converter, USB 3.0 fixture and the test software. For error counting, both the N4903B-A02 J-BERT SER/FER analysis and the , . For automated testing the test automation software fully integrates the N4903B-A02 J-BERT SER/FER , Agilent Technologiesâ'™ N4903B J-BERT highperformance serial BERT. This ensures you can test PCI Express Agilent Technologies
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5989-5483EN
Abstract: Agilent N4903B J-BERT or E4887A ParBERT (81250) for DisplayPort sink validation. Use an Agilent , Agilent sources such as the N4903B JBERT and the 81250 ParBERT through the W2641B. 4 For the Agilent Technologies
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CRT 2380-2 1250-1698 5990-6541EN
Abstract: programming modes and configurations. N4903B J-BERT Data Out Clock Out - + - + Data In - , high-performance serial BERT Agilent N4903B, connecting to one of the four serial TX/RX interfaces of the Aeroflex Colorado Springs
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10GBASE-CX4 10GBASE-KX4
Abstract: N4903B-C07 or N4903B-C13 x x5 x x N4903B-A02 x x x6 SerialTek BusXpert x , comprises a N4903B J-BERT with N4916A deemphasis signal converter, an Infiniium oscilloscope, a N4915A serial bus switch, USB 3.0 fixture and the test software. For error counting, both the N4903B-A02 , . For automated testing the test automation software fully integrates the N4903B-A02 J-BERT SER/FER , Agilent Technologiesâ'™ N4903B J-BERT highperformance serial BERT. This ensures you can test PCI Express Agilent Technologies
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Abstract: automated SAS out-of-band (OOB) signal tests with the 81134A pattern generator and N4903B BERT with , toolset - optional (Option 014 on new oscilloscopes) 81134A or N4903B To purchase the N5412B SAS Agilent Technologies
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N5421A SFF-8482 5990-6308EN
Abstract: 11901Cs to connect SMA cables to an N1045A-02F or 86108B-HBW or N4903B. Use 5061-5311 as a connector Agilent Technologies
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N1027A-45A N1027A-1PB 11901C N9398G N5520A N5520B