Tektronix DSA8300 and DSA8200: Digital Sampling Oscilloscopes
Digital sampling oscilloscope is an instrument used to measure high-speed electronic signals, it can capture the waveform, amplitude, frequency, phase and other parameters of the signal, and analyse and process them. Digital sampling oscilloscopes have a wide range of applications in the fields of optical communications, microwave, radar, RF, serial data, etc., and are essential tools for electronic engineers and researchers.
Tektronix Tektronix digital sampling oscilloscopes have two products, they are Tektronix DSA8300 and DSA8200. with high performance, high accuracy, high reliability and other characteristics, to meet a variety of complex and demanding test needs. So, what is the difference and connection between them? Let's take a look.
DSA8300 is a digital sampling oscilloscope, which is an upgraded version of Tektronix DSA8200 with higher sampling rate, larger memory, more channels and more powerful features. Tektronix Tektronix DSA8300 maximum sampling rate of up to 300 GHz, memory depth of up to 32 M, the number of channels up to 16, the ability to measure multiple signals at the same time, and their synchronisation and comparison. the DSA8300 also has a variety of measurements and analysis tools, such as TDR analysis, S-parameter measurements, serial data link analysis, optical fibre testing, and so on, to enable a comprehensive and in-depth evaluation of the signal. and in-depth evaluation of signals.
The DSA8200 is a classic digital sampling oscilloscope, which is the predecessor of the Tektronix DSA8300, and one of the most widely used digital sampling oscilloscopes on the market today.With a maximum sampling rate of up to 200 GHz, a memory depth of up to 16 M, and a channel count of up to 8, the DSA8200 is capable of measuring high-speed electronic signals and performing basic analysis and processing on them. DSA8200 also has some advanced functions, such as TDR analysis, S-parameter measurement, serial data link analysis, etc., but not as comprehensive and powerful as DSA8300.
Tektronix Tektronix DSA8300 and DSA8200 are two of the best digital sampling oscilloscopes, both of which are capable of delivering high-quality test results and helping users to solve a wide range of technical problems. The main difference between them is the difference in performance and features, Tektronix Tektronix DSA8300 is more advanced and powerful than DSA8200, but it is also more expensive and complex. Users can choose the right product according to their needs and budget.
Specific product parameter comparison:
| Parameter | DSA8300 | DSA8200 |
| :---: | :---: | :---: | :---: |
| Maximum Sampling Rate | 300 GHz | 200 GHz |
| Maximum Memory Depth | 32 M | 16 M | Maximum Channel Count | 16 M | Maximum Channel Count | 16 M | Maximum Channel Count
| Maximum Channels | 16 | 8 | Maximum Electrical Interface Bandwidth
| Maximum electrical interface bandwidth | >70 GHz | >70 GHz |
| Maximum Optical Interface Bandwidth | >80 GHz | >80 GHz |
| Vertical Resolution | 16-bit | 16-bit | Vertical Sensitivity | Vertical Sensitivity | 16-bit
| Vertical Sensitivity | <20 µV LSB (for 1 V full scale) | <20 µV LSB (for 1 V full scale)|
| Vertical Noise | 450 µV (typical, 60 GHz) | 450 µV (typical, 60 GHz)|
| Time Base Jitter | <100 fs RMS (typical, 82A04B Phase Reference Module) | <425 fs RMS (typical)|
| TDR Analyses | Support | Support | TDR Analyses | TDR Analyses | Support | Support
| S-Parameter Measurement | Support | Support |
| Serial Data Link Analysis | Support | Support | Serial Data Link Analysis | Support | Support | Serial Data Link Analysis
| Fibre Optic Test | Support | Support | Serial Data Link Analysis | Support | Support | Fibre Optic Test
| PAM4 Analysis | Support | Not Supported | TDECQ Analysis | Support | Not Supported | TDECQ Analysis | Support | Not Supported
| TDECQ Analysis | Support | Unsupported | SNDR Analysis | Support | Unsupported
| SNDR Analysis | Support | Not Supported | Support | Support | TDECQ Analysis | Support | Not Supported
From the above table, it can be seen that DSA8300 is better than DSA8200 in terms of sampling rate, memory depth, number of channels, optical interface bandwidth, time base jitter, etc. Moreover, it also supports some functions not supported by DSA8200, such as PAM4 analysis, TDECQ analysis and SNDR analysis. These functions are very important for testing and analysing high-speed optical communication signals, which can help users to evaluate the quality and performance of the signals.The DSA8200 is the same as the DSA8300 in terms of vertical resolution, vertical sensitivity, vertical noise, and electrical interface bandwidth, and is also able to provide some basic functions, such as TDR analysis, S-parameter measurement, and serial data link analysis. These functions are also useful for testing and analysing high-speed electronic signals, and can help users detect signal integrity and stability.
Digital sampling oscilloscope is an instrument used to measure high-speed electronic signals, it can capture the waveform, amplitude, frequency, phase and other parameters of the signal, and analyse and process them. Digital sampling oscilloscopes have a wide range of applications in the fields of optical communications, microwave, radar, RF, serial data, etc., and are essential tools for electronic engineers and researchers.
Tektronix Tektronix digital sampling oscilloscopes have two products, they are Tektronix DSA8300 and DSA8200. with high performance, high accuracy, high reliability and other characteristics, to meet a variety of complex and demanding test needs. So, what is the difference and connection between them? Let's take a look.
DSA8300 is a digital sampling oscilloscope, which is an upgraded version of Tektronix DSA8200 with higher sampling rate, larger memory, more channels and more powerful features. Tektronix Tektronix DSA8300 maximum sampling rate of up to 300 GHz, memory depth of up to 32 M, the number of channels up to 16, the ability to measure multiple signals at the same time, and their synchronisation and comparison. the DSA8300 also has a variety of measurements and analysis tools, such as TDR analysis, S-parameter measurements, serial data link analysis, optical fibre testing, and so on, to enable a comprehensive and in-depth evaluation of the signal. and in-depth evaluation of signals.
The DSA8200 is a classic digital sampling oscilloscope, which is the predecessor of the Tektronix DSA8300, and one of the most widely used digital sampling oscilloscopes on the market today.With a maximum sampling rate of up to 200 GHz, a memory depth of up to 16 M, and a channel count of up to 8, the DSA8200 is capable of measuring high-speed electronic signals and performing basic analysis and processing on them. DSA8200 also has some advanced functions, such as TDR analysis, S-parameter measurement, serial data link analysis, etc., but not as comprehensive and powerful as DSA8300.
Tektronix Tektronix DSA8300 and DSA8200 are two of the best digital sampling oscilloscopes, both of which are capable of delivering high-quality test results and helping users to solve a wide range of technical problems. The main difference between them is the difference in performance and features, Tektronix Tektronix DSA8300 is more advanced and powerful than DSA8200, but it is also more expensive and complex. Users can choose the right product according to their needs and budget.
Specific product parameter comparison:
| Parameter | DSA8300 | DSA8200 |
| :---: | :---: | :---: | :---: |
| Maximum Sampling Rate | 300 GHz | 200 GHz |
| Maximum Memory Depth | 32 M | 16 M | Maximum Channel Count | 16 M | Maximum Channel Count | 16 M | Maximum Channel Count
| Maximum Channels | 16 | 8 | Maximum Electrical Interface Bandwidth
| Maximum electrical interface bandwidth | >70 GHz | >70 GHz |
| Maximum Optical Interface Bandwidth | >80 GHz | >80 GHz |
| Vertical Resolution | 16-bit | 16-bit | Vertical Sensitivity | Vertical Sensitivity | 16-bit
| Vertical Sensitivity | <20 µV LSB (for 1 V full scale) | <20 µV LSB (for 1 V full scale)|
| Vertical Noise | 450 µV (typical, 60 GHz) | 450 µV (typical, 60 GHz)|
| Time Base Jitter | <100 fs RMS (typical, 82A04B Phase Reference Module) | <425 fs RMS (typical)|
| TDR Analyses | Support | Support | TDR Analyses | TDR Analyses | Support | Support
| S-Parameter Measurement | Support | Support |
| Serial Data Link Analysis | Support | Support | Serial Data Link Analysis | Support | Support | Serial Data Link Analysis
| Fibre Optic Test | Support | Support | Serial Data Link Analysis | Support | Support | Fibre Optic Test
| PAM4 Analysis | Support | Not Supported | TDECQ Analysis | Support | Not Supported | TDECQ Analysis | Support | Not Supported
| TDECQ Analysis | Support | Unsupported | SNDR Analysis | Support | Unsupported
| SNDR Analysis | Support | Not Supported | Support | Support | TDECQ Analysis | Support | Not Supported
From the above table, it can be seen that DSA8300 is better than DSA8200 in terms of sampling rate, memory depth, number of channels, optical interface bandwidth, time base jitter, etc. Moreover, it also supports some functions not supported by DSA8200, such as PAM4 analysis, TDECQ analysis and SNDR analysis. These functions are very important for testing and analysing high-speed optical communication signals, which can help users to evaluate the quality and performance of the signals.The DSA8200 is the same as the DSA8300 in terms of vertical resolution, vertical sensitivity, vertical noise, and electrical interface bandwidth, and is also able to provide some basic functions, such as TDR analysis, S-parameter measurement, and serial data link analysis. These functions are also useful for testing and analysing high-speed electronic signals, and can help users detect signal integrity and stability.