American CSA7404B Tektronix oscilloscope CSA7404B-华强电子网

CSA7404B Tektronix Oscilloscope Key Features and Benefits
CSA7404B Tektronix oscilloscope real-time oscilloscope platform, the real analog bandwidth of 4GHz, up to 72ps rise time (20% - 80%)
The CSA7404B Tektronix oscilloscope features a unique DPX® >400,000 wfms/s maximum waveform capture rate
20 GS/s maximum real-time sampling rate
CSA7404B Tektronix oscilloscope built-in consistent mask test, up to 2.5 Gb/s optical interface and point interface serial data stream rate
CSA7404B Tektronix oscilloscope with built-in optical reference receiver to protect system calibration integrity
CSA7404B Tektronix oscilloscope built-in hardware clock recovery, no need to connect more, easy to use
CSA7404B Tektronix oscilloscope with up to 64 MB of record length, quickly view records with MuLtiView ZoomTM
64-bit serial departure to isolate specific pattern correlation effects
CSA7404B Tektronix oscilloscope complete eye measurement kit including extinction ratio, Q factor, eye height/eye width, jitter and noise
CSA7404B Tektronix oscilloscope waveform database acquisition technology, accurate parameter measurement on the eye diagram
TekConnect® interface for high fidelity connectivity
OpenChoice® architecture with Windows 2000, built-in networking and analysis capabilities CSA7404 bandwidth 4GHz · CSA7404B Tektronix oscilloscope real-time acquisition rate up to 20GS / s · CSA7404B Tektronix oscilloscope storage depth up to 32 Megasamples CSA7404B Tektronix oscilloscope · Maximum waveform capture rate > 400,000 waveforms / sec CSA7404B Tektronix oscilloscope · Jitter measurement up to 1PSRMS · Graphical operation interface · Available through: CSA7404 Details: Input channel 4 Analog bandwidth (-3dB) 4GHz Calculated rise time 400ps 1mV/div-1V/div Hardware bandwidth limiter 250MHz or 20MHz Input coupled DC, Gnd input impedance 50Ω±2.5% Input sensitivity 2mV/div to 1V/div Vertical resolution 8-bit (>11-bit, with average) Maximum input voltage ±150VCAT I 20dB reduction rating / over 200kHz to decimal to 9VRMS maximum input voltage, 50Ω depending on TekConnect accessory DC gain accuracy 1.00% offset Range 2mV-50mV/div±0.5V 50.5mV99.5mV±10V 1.01V/div-10V/div ±100V 100mV-500mV±5V 505mV-1V/div±2.5V Channel isolation between 4GHz is 100:1 Equal vertical When the scale is set to the rated bandwidth, the DC measurement accuracy of any two channels under ≧30:1 is specified for the average value of >16 waveforms ±(1.0%*|reading|)+offset accuracy+(0.06div* V/div ) Net offset = Offset - (Position * Volts / div) Delta - DC measurement accuracy is specified for the average value of 16 waveforms ± ((1.0% * | Square |) + (0.1div * V / div) + 0.3mV time base system time base range 50ps/div-10s/div time base delay range 16ns to 250s Inter-channel deviation correction range ±25ns time interval fine
CSA7404B Tektronix oscilloscope application
CSA7404B Tektronix oscilloscope design and development and conformance testing of optical communication and electronic signals up to 2.5Gb/s
CSA7404B Tektronix oscilloscope performs physical layer verification on communication signals in backplanes, boards, and embedded circuits
CSA7404B Tektronix oscilloscope optical interface and electrical interface signal integrity, margin checking, jitter and timing analysis
The CSA7404B Tektronix oscilloscope is a high-performance real-time digital oscilloscope designed for fast analysis and verification of communication signals at rates up to 2.5 Gb/s (OC-48/STM-16 or Fibre Channel FC2125).
The CSA7404B provides a tool for colleagues covering circuit development and physical layer testing, reducing product development time. Through this series, engineers can test the consistency of circuit and network communication standards and analyze key internal parameters such as signal integrity, timing margin and jitter. The CSA7404B offers true analog bandwidth of up to 4 GH, a maximum sample rate of 20 G and a waveform capture rate of over 400,000 wfms/s. Thanks to DPX® acquisition technology, it is possible to quickly acquire electrical and optical interface signal information that cannot be revealed by other analysis tools. Integrated wide-wavelength optical receivers, clock recovery, serial pattern departure and stencil testing make measurements faster, easier, and more efficient. New software solutions provide expertise for advanced analytics and compliance testing, and the OpenChoice® architecture is worthy of users' ability to leverage popular commercial software, integrate expert expertise, and easily write custom programs. Operate to the user through direct control functions and a graphical user interface