Sampling Oscilloscope
DCA6201
30/50GHz Sampling Oscilloscope DCA6201
Features
Efficient measurement
Support simultaneous measurement of all channels and parallel measurementMultiple measurement functions
Meet the normal NRZ and PAM4 eye diagram test parameters;Automatic test
The remote command control mode is convenient and fastEnsure accurate performance
High performance ensures test consistencyFeatures and Benefits
Integrated multi-port design
Small size(about 1/4 of the traditional sampling oscilloscope), saves space;Calibrated reference receiver
Comply with the industry frequency response tolerance, compared with the traditional industry standard sampling oscilloscope, the eye diagram shape consistency is very high;As shown in the figure, the NRZ eye diagram
Calibrated reference receiver
Comply with the industry frequency response tolerance, compared with the traditional industry standard sampling oscilloscope, the eye diagram shape consistency is very high;
Optical Specification |
DCA6201-B30 | DCA6201-B50 | |
Optical channel bandwidth | 30 GHz | 50 GHz(option IRC) | |
Fiber input |
62.5/125 µm FC/UPC (single-mode/multi-mode) |
||
Wavelength range | 850 ~ 1650 nm | ||
Calibrated Wavelengths (OE conversion gains) |
850/1310/1550 nm | ||
Filters |
25.78 Gbps (25/50/100 Gb Ethernet) 26.56 Gbps (400 Gb Ethernet) 27.95 Gbps (OTU4) 28.05 Gbps (32× Fiber Channel) 26.5625Gbaud PAM4 28.9Gbaud PAM4 |
53.125GBaud PAM4 53.125GBaud NRZ 49.7664G NRZ (50G PON) 24.8832G NRZ (50G PON) 12.4416G NRZ (50GPON) |
|
Average power monitor accuracy y | ± 5 %(after calibration) | ||
ADC resolution | 14 Bit | ||
Optical sensitivity | -8 dBm | ||
Measurement consistency |
Average Power:±0.1 dB Extinction Ratio:±0.3 dB Mask Margin:± 5 %(after calibration) TDECQ(PAM4 signal):±0.5dB |
||
Max Input(None-Destruction, Peak) | Max. 5 mW (+7 dBm) | ||
Max Input(Linearity) | Max.1.25 mW (+1 dBm) | ||
Monitor Average Power Range | -20 dBm to +1dBm | ||
Average power monitor accuracy |
Single-mode ±5% ±200 nW ±connector uncertainty | ||
Multimode (characteristic) ± 10% ± 200 nW ± connector uncertainty | |||
Due to variations in mode-filling conditions, the measured power in multimode fiber will vary more than the measured power in single-mode fiber. For users needing the most accurate power measurements, use an optical power meter for multimode power measurements |
|||
Input return loss | >23 dB | ||
Electrical Specifications |
Electrical channel bandwidth | 33 GHz | |
Input signal type | AC-coupled | ||
Input connector | 2.92 mm female | ||
Dynamic range of input | 500 mVp-p | ||
DC accuracy | 3mV | ||
RMS noise | 1.5mV (Typical) | ||
ADC resolution | 14 Bit | ||
Max Input Amplitude | ±1 V | ||
Impedance | 50 Ω | ||
Mainframe Specifications |
Sampling system |
Acquisition Mode:Sampling (Default),Envelop and Average 2048 points/Waveform,Accumulation Waveform Numbers:15 waveforms to unlimited |
|
Sensitivity | 200 mV | ||
Maximum trigger Input | <±1.5 V | ||
Trigger Impedance | 50 Ω | ||
Connector type | 2.92 mm female | ||
Frequency Range | 500 M~15 GHz | ||
Integrated temperature monitor | Support | ||
Remote control | Ethernet Socket (TCP Command) | ||
Test standards | Ethernet、SDH/SONET、OTN、InfiniBand、Fiber Channel |
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