About Mixed Signal Oscilloscopes
A mixed signal oscilloscope (MSO) is a type of digital storage oscilloscope designed to display and compare both analog signals and digital signals. It has input channels for both analog signals and digital signals.
Tektronix MSO2002B 70 MHz Mixed Signal Oscilloscope
Frequency Range: 70 MHz
2 Analog Channels, 16 Digital Channels
The MSO2002B 70 MHz Mixed Signal Oscilloscope offers affordable performance in a compact design.
Tektronix MSO2004B 70 MHz Mixed Signal Oscilloscope
Frequency Range: 70 MHz
4 Channels, 16 Analog Channels
The MSO2004B 70 MHz Mixed Signal Oscilloscope offers affordable performance in a compact design.
Tektronix MSO2012B 100 MHz Mixed Signal Oscilloscope
Frequency Range: 100 MHz
2 Analog Channels, 16 Digital Channels
The MSO2012B 100 MHz Mixed Signal Oscilloscope offers affordable performance in a compact design.
Tektronix MSO2014B 100 MHz Mixed Signal Oscilloscope
Frequency Range: 200 MHz
4 Analog Channels, 16 Digital Channels
The MSO2014B 100 MHz Mixed Signal Oscilloscope offers affordable performance in a compact design.
Tektronix MSO2022B 200 MHz Mixed Signal Oscilloscope
Frequency Range: 200 MHz
2 Analog Channels, 16 Digital Channels
The MSO2022B 200 MHz Mixed Signal Oscilloscope offers affordable performance in a compact design.
Tektronix MSO2024B 200 MHz Mixed Signal Oscilloscope
Frequency Range: 200 MHz
4 Analog Channels, 16 Digital Channels
The MSO2024B 200 MHz Mixed Signal Oscilloscope offers affordable performance in a compact design.
Tektronix MSO44 1.5 GHz Mixed Signal Oscilloscope
Frequency Range: 1.5 GHz
4 Analog Channels, 32 Digital Channels (OPT)
With the same made-for-touch user interface technology as the award-winning 5 Series and the largest and highest resolution display in its class, the 4 Series MSO44 sets a new expectation of how a scope should work.
Tektronix MSO46 1.5 GHz Mixed Signal Oscilloscope
Frequency Range: 1.5 GHz
6 Analog Channels, 48 Digital Channels (OPT)
With the same made-for-touch user interface technology as the award-winning 5 Series and the largest and highest resolution display in its class, the 4 Series MSO46 sets a new expectation of how a scope should work.
Tektronix MSO5034B 350 MHz Mixed Signal Oscilloscope
Analog Bandwidth: 350 MHz
4 Analog Channels, 16 Digital Channels
The MSO5034B Oscilloscope is designed for engineers debugging and verifying complex systems.
Tektronix MSO5054B 500 MHz Mixed Signal Oscilloscope
Analog Bandwidth: 500 MHz
4 Analog Channels, 16 Digital Channels
The MSO5054B Oscilloscope is designed for engineers debugging and verifying complex systems.
Tektronix MSO5104B 1 GHz Mixed Signal Oscilloscope
Analog Bandwidth: 1 GHz
4 Analog Channels, 16 Digital Channels (OPT)
The Tektronix MSO5104B Mixed Signal Oscilloscope is designed for engineers debugging and verifying complex systems.
Tektronix MSO5204B 2 GHz Mixed Signal Oscilloscope
Analog Bandwidth: 2 GHz
4 Analog Channels, 16 Digital Channels
The MSO5204B Oscilloscope is designed for engineers debugging and verifying complex systems.
Tektronix MSO54 2 GHz Mixed Signal Oscilloscope
Frequency Range: 2 GHz
4 Analog Channels, 32 Digital Channels (OPT)
The MSO54 is an integral component in power supply measurement, design, and analysis.
Tektronix MSO56 2 GHz Mixed Signal Oscilloscope
Frequency Range: 2 GHz
6 Analog Channels, 48 Digital Channels (OPT)
The MSO56 is an integral component in power supply measurement, design, and analysis.
Tektronix MSO58 2 GHz Mixed Signal Oscilloscope
Frequency Range: 2 GHz
8 Analog Channels, 64 Analog Channels (OPT)
The MSO58 is an integral component in power supply measurement, design, and analysis.
Tektronix MSO58LP 1 GHz Low Profile Oscilloscope
Frequency Range: 1 GHz
8 Analog Channels, 64 Digital Channels (OPT)
In applications that demand extreme channel density, the 5 Series MSO58LP Low Profile oscilloscope sets a new standard for performance.
Tektronix MSO64 8 GHz Mixed Signal Oscilloscope
Frequency Range: 8 GHz
4 Analog Channels, 32 Digital Channels (OPT)
The MSO64 provides the best signal fidelity for analyzing and debugging today's embedded systems with GHz clock and bus speeds.
Tektronix MSO64B 10 GHz Mixed Signal Oscilloscope
Frequency Range: 10 GHz
4 Analog Channels, 32 Digital Channels (OPT)
The MSO64 provides the best signal fidelity for analyzing and debugging today's embedded systems with GHz clock and bus speeds.
Tektronix MSO66B 10 GHz Mixed Signal Oscilloscope
Frequency Range: 10 GHz
4 Analog Channels, 48 Digital Channels (OPT)
The MSO66B provides the best signal fidelity for analysing and debugging today's embedded systems with GHz clock and bus speeds.
Tektronix MSO68B 10 GHz Mixed Signal Oscilloscope
Frequency Range: 10 GHz
8 Analog Channels, 64 Digital Channels (OPT)
The MSO68B provides the best signal fidelity for analyzing and debugging today's embedded systems with GHz clock and bus speeds.
Tektronix MSO70404C 4 GHz Mixed Signal Oscilloscope
Frequency Range: 4 GHz
4 Analog Channels, 16 Digital Channels
The MSO70404C is one of the most advanced oscilloscopes in its class—enabling today's engineer to see signals better with minimal noise, debug signal anomalies faster and utilize measurement and analysis tools for automated compliance testing and other verifications.
Tektronix MSO70604C 6 GHz Mixed Signal Oscilloscope
Frequency Range: 6 GHz
4 Analog Channels, 16 Digital Channels
The MSO70604C is one of the most advanced oscilloscopes in its class—enabling today's engineer to see signals better with minimal noise, debug signal anomalies faster and utilize measurement and analysis tools for automated compliance testing and other verifications.
Tektronix MSO70804C 8 GHz Mixed Signal Oscilloscope
Frequency Range: 8 GHz
4 Analog Channel, 16 Digital Channels
The MSO70804C is one of the most advanced oscilloscopes in its class—enabling today's engineer to see signals better with minimal noise, debug signal anomalies faster and utilize measurement and analysis tools for automated compliance testing and other verifications.
Tektronix MSO71254C 12.5 GHz Mixed Signal Oscilloscope
Frequency Range: 12.5 GHz
4 Analog Channels, 16 Digital Channels
The MSO71254C is one of the most advanced oscilloscopes in its class—enabling today's engineers to see signals better with minimal noise, debug signal anomalies faster and utilize measurement and analysis tools for automated compliance testing and other verifications.
Tektronix MSO71604C 16 GHz Mixed Signal Oscilloscope
Frequency Range: 16 GHz
4 Analog Channels, 16 Digital Channels
The MSO71604C is one of the most advanced oscilloscopes in its class—enabling today's engineer to see signals better with minimal noise, debug signal anomalies faster and utilize measurement and analysis tools for automated compliance testing and other verifications.
Tektronix MSO72004C 20 GHz Mixed Signal Oscilloscope
Frequency Range: 20 GHz
4 Analog Channels, 16 Digital Channels
The MSO72004C is one of the most advanced oscilloscopes in its class—enabling today's engineer to see signals better with minimal noise, debug signal anomalies faster and utilize measurement and analysis tools for automated compliance testing and other verifications.
Tektronix MSO72304DX 23 GHz Mixed Signal Oscilloscope
Frequency Range: 23 GHz
4 Analog Channels, 16 Digital Channels
The MSO72304DX is one of the most advanced oscilloscopes in its class—enabling today's engineer to see signals better with minimal noise, debug signal anomalies faster and utilize measurement and analysis tools for automated compliance testing and other verifications.
Tektronix MSO72504DX 25 GHz Mixed Signal Oscilloscope
Frequency Range: 25 GHz
4 Analog Channels, 16 Digital Channels
The MSO72504DX is one of the most advanced oscilloscopes in its class—enabling today's engineer to see signals better with minimal noise, debug signal anomalies faster and utilize measurement and analysis tools for automated compliance testing and other verifications.
Tektronix MSO73304DX 33 GHz Mixed Signal Oscilloscope
Frequency Range: 33 GHz
4 Analog Channels, 16 Digital Channels
The MSO73304DX is one of the most advanced oscilloscopes in its class—enabling today's engineer to see signals better with minimal noise, debug signal anomalies faster and utilize measurement and analysis tools for automated compliance testing and other verifications.