DSA8300 Tektronix Digital Sampling Oscilloscope Description
The DSA8300 is a high-performance digital sampling oscilloscope that offers industry-leading fidelity measurement and analysis capabilities, making it particularly suitable for communications signal analysis, serial data network analysis, and serial data link analysis applications. The device supports true differential time-domain reflectometry (TDR) and is capable of processing signals up to 50 GHz bandwidth with 15 ps reflection rise time and 12 ps incident rise time. In addition, the DSA8300 series offers less than 100 fs of background jitter, which enables exceptionally accurate device qualification and full support for optical communication standards, time-domain reflectometry and S-parameters.
The DSA8300 is designed to be flexible enough to accommodate a clock recovery module, a precision phase reference module, and multiple acquisition modules (electrical or optical) at the same time, allowing the user to adjust the systematic to changing requirements, DSA8300 This product has been discontinued.
Key performance specifications of the DSA8300 include very low time-base jitter (425 fs typical, on up to eight simultaneously acquired channels) and the ability to test and analyse high-speed optical and electrical signals, supporting a wide range of optical interface standards and applications. In addition, the DSA8300 features high bandwidth and automated measurement capabilities for NRZ, RZ and PAM4 signals.
The DSA8300 is a powerful digital sampling oscilloscope for application scenarios requiring high accuracy and performance TDR and interconnect analysis.
What are the specific technical specifications and performance parameters of DSA8300?
The specific technical specifications and performance parameters of the DSA8300 digital sampling oscilloscope include:
Sample acquisition rate of up to 300kS/s per channel, which indicates that it is capable of capturing signal data at very high speeds for high-speed communication systems.
Features a highly efficient programming interface (IEEE-488, Ethernet or local processor access) for high test throughput, which allows users to easily integrate the DSA8300 into a variety of test environments.
Equipped with up to four dual-channel true differential TDR modules, it provides fast and accurate multi-channel impedance and S-parameter characterisation, which is particularly important for complex circuit analysis.
Particularly suitable for electrical interface signal path qualification, including packages, PCBs or cables, thanks to its outstanding bandwidth, signal fidelity and modular architecture for maximum scalability.
Ultra-low time base jitter of 425 fs typical on up to 8 channels acquired simultaneously is further evidence of its superior performance in high-speed signal analysis.
The DSA8300 is a full-featured, high-performance digital sampling oscilloscope that is especially suited to the analysis and testing of high-speed communication systems and complex circuits.
What are the main differences between DSA8300 and 8 series sampling oscilloscopes in terms of features and performance?
The main differences in features and performance between DSA8300 and 8 series sampling oscilloscopes are in the following areas:
Sampling Rate and Memory: The DSA8300 has a maximum sampling rate of up to 300 GHz and a memory depth of up to 32 M, while the 8 series sampling oscilloscopes offer up to 4 channels per host. This demonstrates the DSA8300's higher capability in handling high-speed signals and large-volume data.
Number of Channels: The DSA8300 is capable of providing up to 16 channels, while 8 series sampling oscilloscopes provide up to 4 channels per host. This means that the DSA8300 is more powerful for multi-channel measurements.
Analysis Functions: The DSA8300 offers a wide range of advanced analysis functions, while the 8 Series Sampling Oscilloscopes emphasise their disassembled architecture and modular design, as well as their adaptability to the demands of higher bandwidths and baud rates.4. Application Scenarios: The DSA8300 has been designed to provide the highest fidelity measurements and analysis functions for communications signal analysis, serial data network analysis, and serial data link analysis applications. While the 8 series sampling oscilloscopes are designed to meet the test needs of manufacturing applications, especially for optical interface component testing.
The DSA8300 has significant advantages over the 8-Series Sampling Oscilloscopes in terms of sample rate, memory, number of channels, and specific analysis functions, making it more suitable for applications that require high precision and complex analysis. The 8 series sampling oscilloscopes, on the other hand, with their modular design and adaptability to high bandwidth requirements as the main features, are more suitable for optical interface component testing in manufacturing applications.
What is the market positioning and target user group of DSA8300?
The market positioning of the DSA8300 is focused on the PCB industry, and its target user group is professionals or companies that need to perform characteristic impedance testing. This means that the DSA8300 series of characteristic impedance testers are designed and manufactured to meet the specific needs of the PCB industry.
What are the application examples of DSA8300 in communication, consumer electronics and computer fields?
The application cases of DSA8300 in the field of communication, consumer electronics and computer mainly include:
Communications signal analysis: The DSA8300 provides the highest fidelity measurement and analysis capabilities for communications signals, which is critical for developing and testing communications systems using several gigabits of data transmission technology.
Serial Data Network Analysis: It supports the analysis of serial data networks, which are very common in modern communication systems, especially in applications requiring high-speed data transmission.
Serial Data Link Analysis: The DSA8300 also has the ability to analyse serial data links, which is essential to ensure the accuracy and reliability of data transmission.
Optical and Electrical Interface Characterisation: It can be used to characterise not only optical interfaces, but also electrical interfaces, which is important for the development and testing of electronic products that use gigabit data transmission.
Advanced Jitter, Noise and BER Analysis: The DSA8300 provides advanced jitter, noise and bit error rate (BER) analysis capabilities, which are critical for improving the stability and reliability of communication systems.
Channel and eye diagram simulation and measurement-based SPICE modelling: These features make the DSA8300 an indispensable tool for developing and testing complex communications systems, helping engineers understand and predict system performance.
Automated 100G Electrical Interface Test Solution: Tektronix provides the industry's most complete set of IEEE 802.3bm and 802.3bj solutions for the DSA8300, covering both optical (100GBASE-SR4) and electrical interface verification tools, demonstrating the wide range of applications for the DSA8300 in the testing of high-speed communications interfaces.
The DSA8300 has a wide range of applications in the communications, consumer electronics and computer fields, including but not limited to communications signal analysis, serial data network and link analysis, optical and electrical interface characterisation, advanced jitter and noise analysis, channel and eye diagram simulation, and measurement-based SPICE modelling.
The DSA8300 is a high-performance digital sampling oscilloscope that offers industry-leading fidelity measurement and analysis capabilities, making it particularly suitable for communications signal analysis, serial data network analysis, and serial data link analysis applications. The device supports true differential time-domain reflectometry (TDR) and is capable of processing signals up to 50 GHz bandwidth with 15 ps reflection rise time and 12 ps incident rise time. In addition, the DSA8300 series offers less than 100 fs of background jitter, which enables exceptionally accurate device qualification and full support for optical communication standards, time-domain reflectometry and S-parameters.
The DSA8300 is designed to be flexible enough to accommodate a clock recovery module, a precision phase reference module, and multiple acquisition modules (electrical or optical) at the same time, allowing the user to adjust the systematic to changing requirements, DSA8300 This product has been discontinued.
Key performance specifications of the DSA8300 include very low time-base jitter (425 fs typical, on up to eight simultaneously acquired channels) and the ability to test and analyse high-speed optical and electrical signals, supporting a wide range of optical interface standards and applications. In addition, the DSA8300 features high bandwidth and automated measurement capabilities for NRZ, RZ and PAM4 signals.
The DSA8300 is a powerful digital sampling oscilloscope for application scenarios requiring high accuracy and performance TDR and interconnect analysis.
What are the specific technical specifications and performance parameters of DSA8300?
The specific technical specifications and performance parameters of the DSA8300 digital sampling oscilloscope include:
Sample acquisition rate of up to 300kS/s per channel, which indicates that it is capable of capturing signal data at very high speeds for high-speed communication systems.
Features a highly efficient programming interface (IEEE-488, Ethernet or local processor access) for high test throughput, which allows users to easily integrate the DSA8300 into a variety of test environments.
Equipped with up to four dual-channel true differential TDR modules, it provides fast and accurate multi-channel impedance and S-parameter characterisation, which is particularly important for complex circuit analysis.
Particularly suitable for electrical interface signal path qualification, including packages, PCBs or cables, thanks to its outstanding bandwidth, signal fidelity and modular architecture for maximum scalability.
Ultra-low time base jitter of 425 fs typical on up to 8 channels acquired simultaneously is further evidence of its superior performance in high-speed signal analysis.
The DSA8300 is a full-featured, high-performance digital sampling oscilloscope that is especially suited to the analysis and testing of high-speed communication systems and complex circuits.
What are the main differences between DSA8300 and 8 series sampling oscilloscopes in terms of features and performance?
The main differences in features and performance between DSA8300 and 8 series sampling oscilloscopes are in the following areas:
Sampling Rate and Memory: The DSA8300 has a maximum sampling rate of up to 300 GHz and a memory depth of up to 32 M, while the 8 series sampling oscilloscopes offer up to 4 channels per host. This demonstrates the DSA8300's higher capability in handling high-speed signals and large-volume data.
Number of Channels: The DSA8300 is capable of providing up to 16 channels, while 8 series sampling oscilloscopes provide up to 4 channels per host. This means that the DSA8300 is more powerful for multi-channel measurements.
Analysis Functions: The DSA8300 offers a wide range of advanced analysis functions, while the 8 Series Sampling Oscilloscopes emphasise their disassembled architecture and modular design, as well as their adaptability to the demands of higher bandwidths and baud rates.4. Application Scenarios: The DSA8300 has been designed to provide the highest fidelity measurements and analysis functions for communications signal analysis, serial data network analysis, and serial data link analysis applications. While the 8 series sampling oscilloscopes are designed to meet the test needs of manufacturing applications, especially for optical interface component testing.
The DSA8300 has significant advantages over the 8-Series Sampling Oscilloscopes in terms of sample rate, memory, number of channels, and specific analysis functions, making it more suitable for applications that require high precision and complex analysis. The 8 series sampling oscilloscopes, on the other hand, with their modular design and adaptability to high bandwidth requirements as the main features, are more suitable for optical interface component testing in manufacturing applications.
What is the market positioning and target user group of DSA8300?
The market positioning of the DSA8300 is focused on the PCB industry, and its target user group is professionals or companies that need to perform characteristic impedance testing. This means that the DSA8300 series of characteristic impedance testers are designed and manufactured to meet the specific needs of the PCB industry.
What are the application examples of DSA8300 in communication, consumer electronics and computer fields?
The application cases of DSA8300 in the field of communication, consumer electronics and computer mainly include:
Communications signal analysis: The DSA8300 provides the highest fidelity measurement and analysis capabilities for communications signals, which is critical for developing and testing communications systems using several gigabits of data transmission technology.
Serial Data Network Analysis: It supports the analysis of serial data networks, which are very common in modern communication systems, especially in applications requiring high-speed data transmission.
Serial Data Link Analysis: The DSA8300 also has the ability to analyse serial data links, which is essential to ensure the accuracy and reliability of data transmission.
Optical and Electrical Interface Characterisation: It can be used to characterise not only optical interfaces, but also electrical interfaces, which is important for the development and testing of electronic products that use gigabit data transmission.
Advanced Jitter, Noise and BER Analysis: The DSA8300 provides advanced jitter, noise and bit error rate (BER) analysis capabilities, which are critical for improving the stability and reliability of communication systems.
Channel and eye diagram simulation and measurement-based SPICE modelling: These features make the DSA8300 an indispensable tool for developing and testing complex communications systems, helping engineers understand and predict system performance.
Automated 100G Electrical Interface Test Solution: Tektronix provides the industry's most complete set of IEEE 802.3bm and 802.3bj solutions for the DSA8300, covering both optical (100GBASE-SR4) and electrical interface verification tools, demonstrating the wide range of applications for the DSA8300 in the testing of high-speed communications interfaces.
The DSA8300 has a wide range of applications in the communications, consumer electronics and computer fields, including but not limited to communications signal analysis, serial data network and link analysis, optical and electrical interface characterisation, advanced jitter and noise analysis, channel and eye diagram simulation, and measurement-based SPICE modelling.