Digital designers can use the mainframe and modules together to obtain the integrated signal performance of four major instruments *, including: digital communication analyzer, time domain reflectometer (TDR), oscilloscope, and jitter analyzer.
The main technical indicators
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multi-functional analyzer for testing high-speed electrical and optical signals.
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Digital communication analyzer for automatic eye diagram analysis of transmitter conformance testing.
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Full-featured time-domain reflection for high-precision S-parameter impedance analysis. (TDR)
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Full-function oscilloscope with over 80 GHz bandwidth ensures the most accurate waveform measurement
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Industry 's highest accuracy jitter analyzer can perform easy-to-use one-click sub-element jitter source measurement
Advanced analysis features:
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Decompose jitter total jitter (TJ), random jitter (RJ), deterministic jitter (DJ), periodic jitter (PJ), data-dependent jitter (DDJ), duty cycle distortion (DCD) and inter symbol interference (ISI) jitter caused by
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Jitter spectrum
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Isolation and analysis of sub-rate jitter (SRJ), that is, periodic jitter at the integer sub-rate of the bit rate
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Capture of long single-valued waveforms. Option 201 has pattern lock triggering and waveform addition capabilities, supports very accurate pulse sequence data sets, lengths up to 223 bits
86105C module
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Optical bandwidth up to 9 GHz
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Electrical bandwidth up to 20 GHz
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Wavelength range: 750-1650 nm
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Low Sensitivity to -21 dBm
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Compatible with A, B and C type DCA, allowing users to easily upgrade to the * function, while protecting users' investment in Keysight (formerly Agilent) test instruments. * All models must download * version of firmware software.
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When used in conjunction with the 86107A accurate time base reference module, it can provide the industry's inherent jitter performance, allowing users to easily measure high-performance designs, thereby avoiding the situation where instrument jitter may obscure the true performance of the device when measuring with other instruments.