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功率导轨探头具有低噪声、低负载、高带宽和高直流偏移等特征，专用于电源完整性测量。

电流探头

业内领先的带宽和灵敏度。通过安全认证。

High Voltage Differential Probes

Industry leading performance up to 6000V. Safety Certified.

低压差分探头

为串行总线 PHY 测量提供信号保真度。

无源探头

最高带宽、最低探头负载。

高压单端

低电容和业内领先的带宽。通过安全认证。

低压单端

准确的高频低电压测量。

逻辑分析仪探头

提供连接选项，实现灵活数字调试。

Low Bandwidth Optical Probes

Accessories for Probes and Oscilloscopes

Adapters, replacement probe tips and more accessories for your oscilloscope or probe.

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Keithley Instruments & Products

Keithley Products and Application Insights Help Engineers Innovate

For more than 70 years, Keithley, a Tektronix company, has been designing, manufacturing and marketing advanced electrical test instruments and systems for the specialized needs of electronics manufacturers in high performance production testing, process monitoring, product development and research.

Keithley has approximately 500 products that are used to source, measure, connect, control or communicate direct current (DC) or pulsed electrical signals. Keithley customers include scientists and engineers in the worldwide electronics industry involved with 3D sensing, advance materials research, semiconductor device development and fabrication, and the production of end products such as portable wireless devices.

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Product Support by Model Source Measure Units Digital Multimeters Ultra Sensitive Instruments Switching and Data Acquisition Systems Semiconductor Test Systems DC Power Supplies Arbitrary Function Generator Electrochemistry Solutions Control Software for Bench Instruments Keithley I-V Tracer Software Accessories

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3D Sensing Power Efficiency Power Device Characterization Automated Parametric Test Maximizing Battery Life of IoT Devices Materials Science

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Capturing Complex Signals Get the Best Low Resistance Measurements Possible Creating a Battery Discharge Model Profiling Power Consumption of a BLE Low Power Device Using Touchscreen Cursors to Estimate Current Consumption I-V Tracer Overview

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LOAD THE STUFF Reclaim 75% of Your Workspace and Reduce Wire Clutter by 50% Testing Laser Diodes in 3D Sensing A Guide to Build IoT Ready Devices Low-Level Measurement Handbook How to Switch Between C-V and I-V Measurements Measuring Ultra-Low Power in Wireless Sensor Node Power Consumption Profiling and Battery Life Analysis Techniques

OUTHERE Bench Power & Variable DC Power Supplies from Tektronix and Keithley

Your application. Our DC power supplies

Keithley Source Measure Units

Source and measure voltage, current, and resistance in one unit

Tektronix and Keithley Digital Multimeters

Measurement performance to match bench and system applications

Keithley Low-Level, Sensitive and Specialty Instruments

Scientists around the world count on sensitive measurement solutions from Keithley

Keithley Switching and Data Acquisition Systems

Solutions for switching and measuring signals with exceptional accuracy.

Keithley Semiconductor Test Systems

Solutions to characterize semiconductor devices, materials & processes.

Arbitrary Function Generators

Accurate reproduction of standard waveforms, arbitrary waveform capability, and signal impairments.

Keithley Electrochemistry Solutions

High accuracy, sensitive instruments and systems to source and measure potential and current.

Keithley Control Software for Bench Instruments and Tektronix Oscilloscopes

Quickly capture meaningful data from your Keithley bench instruments and Tektronix Oscilloscopes

Keithley Accessories

Find all the accessories you need to complete your benchtop or rack-based test setup here.

Oscilloscope Category

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Product series comparison


	3 Series MDO Mixed Domain Oscilloscope	4 Series MSO Mixed Signal Oscilloscope	TBS1000	TDS2000C	TBS2000B Oscilloscope	MSO2000B / DPO2000B	MDO3000	TPS2000	TDS3000	MDO4000	MSO5000 / DPO5000	5 Series MSO	5 Series MSO Low Profile	6 Series MSO	6 Series Low Profile Digitizer	DPO7000	DSA8300	MSO/DPO70000	DPO70000SX
Bandwidth	100 MHz - 1 GHz	200 MHz to 1.5 GHz	30 MHz - 200 MHz
Analog Channels	2 or 4	4 or 6	2-4
Digital Channels	16 (optional)	Up to 48 (optional)	-
Sample Rate	2.5 GS/s - 5 GS/s	6.25 GS/s	1 GS/s - 2 GS/s
Record Length	10 M	31.25 M to 62.5 M	2.5k points
Spectrum Analyzer	Up to 3 GHz (optional)	-	-
Function Generator Output	1 (optional)	1 (optional)
Maximum Waveform Capture Rate	>280,000 wfm/s	> 500,000 wfms/s	-
RF Channels	1 (optional)	-	-
RF Frequency Range	9 kHz to 1 GHz or 3 GHz (optional)	-	-
Trigger Types	Edge Logic Parallel (optional) Pulse Width Rise/Fall Time Runt Serial Bus (optional) Sequence Setup and Hold Timeout Video	Edge Glitch Pattern Pulse Width Runt Serial Bus (optional) Setup/Hold State Timeout Transition Window Video (optional) Visual Trigger RF Frequency vs Time (optional) RF Magnitude vs Time (optional)	Edge, Video, Pulse Width
Optional Analysis	I²C/SPI decode I²S/LJ/RJ/TDM decode RS-232/422/485/UART decode CAN/LIN/FlexRay decode MIL-STD-1553/ARINC 429 decode Power analysis USB2.0 decode	Advanced Power analysis CAN/LIN/FlexRay decode Ethernet decode eUSB2 decode I²C/SPI decode I²S/ LJ/RJ/TDM decode I³C decode MDIO decode MIL-STD-1553/ARINC 429 decode PSI5 decode RS-232/422/485/UART decode SENT decode Spacewire decode Spectrum View spectrum analysis SPMI decode SVID decode USB 2.0 (LS/FS/HS)	-
Vertical Accuracy	±2.5% for 1 mV/Div	1%
Rise Time	4000 ps to 400 ps (100 MHz to 1 GHz)	2.3 ns to 450 ps (200 MHz to 1.5 GHz)	7.0 ns - 2.1 ns
Display	11.6 inches, 1920 x 1080 HD	13.3 in, 1920x1080 HD	5.7 in (145 mm) to 7 in (177.8 mm), Color
Warranty	3 years	3 years	5-year Warranty
SA Real Time Capture Bandwidth	1 GHz (optional), 3 GHz (optional)	-
Starting Price	US US $3,850	US US $7,550	US US $863

Introducing two next-gen scopes.
Built for every engineer, every day.

New Series

3 Series MDO Mixed Domain Oscilloscope

New Series

3 Series MDO Mixed Domain Oscilloscope

New Series

3 Series MDO Mixed Domain Oscilloscope

Oscilloscope Probes and Accessories

Choose from a broad portfolio of Tektronix probes and accessories, all perfectly matched to our industry-leading oscilloscopes. With over 100 choices available, select the oscilloscope probe you need for your specific testing application.

IsoVu Isolated Probes

Probing systems make high-resolution measurements in the presence of common mode signals or noise.

IsoVu Isolated Probes

Probing systems make high-resolution measurements in the presence of common mode signals or noise.

IsoVu Isolated Probes

Probing systems make high-resolution measurements in the presence of common mode signals or noise.

IsoVu Isolated Probes

Probing systems make high-resolution measurements in the presence of common mode signals or noise.

IsoVu Isolated Probes

Probing systems make high-resolution measurements in the presence of common mode signals or noise.

IsoVu Isolated Probes

Probing systems make high-resolution measurements in the presence of common mode signals or noise.

View more probes and accessories

Software for your Source Measure Unit

Start sourcing and measuring in minutes, and develop your next application test.

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Learning Center

Learn Source Measure Unit (SMU) basics – from individual concepts to key industrial applications such as how to use the SMU in a 2 terminal and 3 terminal device test to obtain IV curves and how an SMU can simplify the test setup and increase productivity.

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Whether it was using your dad's scope in the garage in high school, analyzing your first waveform in college, the project you're currently working on or something you're planning to make in the future - we want to know about it.

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Oscilloscope Category Aug2024

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Product series comparison


	TBS1000C 2 Channel Digital Storage Oscilloscope Request a Demo	TBS2000B Digital Storage Oscilloscope Request a Demo	2 Series MSO Portable Mixed Signal Oscilloscope Request a Demo	3 Series MDO Mixed Domain Oscilloscope Request a Demo	4 Series B MSO Mixed Signal Oscilloscope Request a Demo	5 Series B MSO Request a Demo	5 Series MSO Low Profile Request a Demo	6 Series B MSO Request a Demo	6 Series Low Profile Digitizer Request a Demo	MSO/DPO70000DX Mixed Signal/Digital Phosphor Oscilloscopes Request a Demo	DPO70000SX ATI Performance Oscilloscope Request a Demo	8 Series Sampling Oscilloscope Request a Demo	MDO3000 Mixed Domain Oscilloscope Request a Demo	MDO4000C Mixed Domain Oscilloscope Request a Demo
Bandwidth	50 MHz - 200 MHz	70 MHz - 200 MHz	70 MHz - 500 MHz	100 MHz - 1 GHz	200 MHz to 1.5 GHz	350 MHz - 2 GHz	500 MHz – 1 GHz	1 GHz - 10 GHz	1 GHz - 8 GHz	8 GHz - 33 GHz	13 GHz - 70 GHz	30 GHz	100 MHz - 1 GHz	200 MHz - 1 GHz
Analog Channels	2	2-4	2 or 4	2 or 4	4 or 6	4, 6 or 8	8	4, 6 or 8	4 (SMA)	4	1-4	1-4	2 or 4	4
Digital Channels	-	-	16 (optional)	16 (optional)	Up to 48 (optional)	Up to 64 (optional)	Up to 64 (optional)	Up to 64 (optional)	-	16 (optional)	-	-	16 (optional)	16 (optional)
Sample Rate	1 GS/s	1 GS/s to 2 GS/s	1.25 GS/s all channels; 2.5 GS/s half channels	2.5 GS/s - 5 GS/s	6.25 GS/s	6.25 GS/s	6.25 GS/s	50 GS/s	25 GS/s	25 GS/s - 100 GS/s	50 GS/s - 200 GS/s	300 kS/s	2.5 GS/s - 5 GS/s	2.5 GS/s - 5 GS/s
Record Length	20k points	5 Mpoints	10 Mpts	10 M	31.25 M to 62.5 M	62.5 M - 500 M	125 M - 500 M	62.5 M - 1 G	125 M - 1 G	31.25M - 1G points	62.5M - 1G point	> 800 M	10 M	20 M
Spectrum Analyzer	Standard Math FFT	Standard Math FFT	Standard Math FFT	Built-in dedicated RF path up to 3 GHz (optional) Standard Math FFT	Spectrum View with integrated digital down converter; Each channel with 312.5 MHz span, 500M span (optional) Standard Math FFT	Spectrum View with integrated digital down converter; Each channel with 312.5 MHz span standard, 500 MHz span (optional) Standard Math FFT	Spectrum View with integrated digital down converter; Each channel with 312.5 MHz span standard, 500 MHz span optional Standard Math FFT	Spectrum View with integrated digital down converter; Each channel with 1.25 GHz span standard, 2 GHz span (optional) Standard Math FFT	Spectrum View with integrated digital down converter; Each channel with 1.25 GHz span standard, 2 GHz span optional	Standard Math FFT	Standard Math FFT	Standard Math FFT	Built-in dedicated RF path up to 3 GHz Standard Math FFT	Built-in dedicated RF path up to 6 GHz Standard Math FFT
Function Generator Output	-	-	1 (optional, multiplexed with Aux Out)	1 (optional)	1 (optional)	1 (optional)	1 (optional)	1 (optional)	1 (optional)	-	-	-	1 (optional)	1 (optional)
Maximum Waveform Capture Rate	-	10,000 times per second	-	>280,000 wfm/s	> 500,000 wfms/s	>500,000 wfms/s	>500,000 wfms/s	>500,000 (Peak Detect, Envelope acquisition mode), >30,000 wfms/s (all other acquisition modes)	>500,000 (Peak Detect, Envelope acquisition mode) >30,000 wfms/s (all other acquisition modes)	>300,000 wfms/s	>300,000 wfms/s	Record Length / 300 kS/s	>235,000 - >280,000 wfm/s	>270,000 - >340,000 wfm/s
RF Channels	-	-	-	1 (optional)	-	-	-	-	-	-	-	-	1	1
RF Frequency Range	-	-	-	9 kHz to 1 GHz or 3 GHz (optional)	Spectrum View DC to bandwidth of scope (-3dB)	Spectrum View DC to bandwidth of scope (-3dB)	Spectrum View DC to bandwidth of scope (-3dB)	Spectrum View DC to bandwidth of scope (-3dB)	Spectrum View DC to bandwidth of scope (-3dB)	-	-	-	9 kHz - 1 GHz (up to 3 GHz optional)	9 kHz – 3 GHz/ 6 GHz (optional)
Trigger Types	Edge, Pulse Width, Runt, Line	Edge, Pulse Width, Runt	Edge, Pulse Width, Timeout, Runt, Logic, Setup/Hold, Rise/Fall, Parallel, Serial Bus (optional)	Edge Logic Parallel (optional) Pulse Width Rise/Fall Time Runt Serial Bus (optional) Sequence Setup and Hold Timeout Video	Edge Glitch Pattern Pulse Width Runt Serial Bus (optional) Setup/Hold State Timeout Transition Window Video (optional) Visual Trigger RF Frequency vs Time (optional) RF Magnitude vs Time (optional)	Edge Glitch Pattern Pulse Width Runt Serial Bus (optional) Setup/Hold State Timeout Transition Window Video (optional) Visual Trigger RF Frequency vs Time (optional) RF Magnitude vs Time (optional)	Edge Glitch Pattern Pulse Width Runt Serial Bus (optional) Setup/Hold State Timeout Transition Window Video (optional) Visual Trigger	Edge Glitch Pattern Pulse Width Runt Serial Bus (optional) Setup/Hold State Timeout Transition Window Video (optional) Visual Trigger RF Frequency vs Time (optional) RF Magnitude vs Time (optional)	Edge Glitch Pattern Pulse Width Runt Serial Bus (optional) Setup/Hold State Timeout Transition Window Video (optional) Visual Trigger	Comm, Bus, I2C, SPI, CAN, LIN, Flexray, RS-232/422/485/UART, USB, Edge, B Event Scan, Glitch, Pattern, Runt, Serial Pattern, Setup/Hold, State, Timeout, Transition, Visual, Width, Window	Edge, B Event Scan, Glitch, Pattern, Runt, Setup/Hold, State, Timeout, Transition, Visual, Width, Window	Clock Prescale Input	Edge Logic Parallel Pulse Width Rise/Fall Time Runt Sequence Serial Bus (optional) Setup /Hold Timeout Video	Edge Logic Parallel Pulse Width RF (optional) Rise/Fall Time Runt Sequence Serial Bus (optional) Setup/Hold Timeout Video
Optional Analysis	-	-	I2C, SPI, RS-232/422/485/UART, CAN, CAN FD, LIN, SENT decode	I²C/SPI decode I²S/LJ/RJ/TDM decode RS-232/422/485/UART decode CAN/LIN/FlexRay decode MIL-STD-1553/ARINC 429 decode Power analysis USB2.0 decode	1-Wire decode 3-phase power analysis Advanced Power analysis CAN/LIN/FlexRay decode CXPI decode EtherCAT decode Ethernet decode eSPI decode eUSB2 decode I2C/SPI decode I2S/ LJ/RJ/TDM decode I3C decode Manchester decode MDIO decode MIL-STD-1553/ARINC 429 decode NFC decode NRZ decode PSI5 decode RS-232/422/485/UART decode SDLC decode SENT decode SMBus decode Spacewire decode Spectrum View spectrum analysis SPMI decode SVID decode TDR measurements USB 2.0 (LS/FS/HS) Wide bandgap double pulse testing	1-Wire decode 8b10b decode 10BASE-T1L compliance 10BASE-T1S compliance Advanced Jitter analysis Advanced Power analysis Automotive Ethernet compliance CAN/LIN/FlexRay decode CXPI decode eSPI decode EtherCAT decode Ethernet compliance Ethernet decode eUSB2 decode I2C/SPI decode I2S/LJ/RJ/TDM decode I3C decode IMDA analysis IMDA DQ0 measurements IMDA mechanical measurements Manchester decode MDIO decode MIL-STD-1553/ARINC 429 decode MIPI C-PHY decode MIPI D-PHY (CSI/DSI) decode NFC decode NRZ decode PSI5 decode RS-232/422/485/UART decode SDLC decode SENT decode SMBus decode Spacewire decode SPMI decode SVID decode TDR measurements USB 2.0 decode USB 2.0 compliance User-defined filters Vector signal analysis Wide bandgap double pulse testing	1-Wire decode 8b10b decode Advanced Jitter analysis Advanced Power analysis CAN/LIN/FlexRay decode CXPI decode eSPI decode EtherCAT decode Ethernet decode eUSB2 decode I2C/SPI decode I2S/LJ/RJ/TDM decode I3C decode IMDA analysis IMDA DQ0 measurements Manchester decode MDIO decode MIL-STD-1553/ARINC 429 decode MIPI C-PHY decode MIPI D-PHY (CSI/DSI) decode NRZ decode PSI5 decode RS-232/422/485/UART decode SDLC decode SENT decode SMBus decode Spacewire decode SPMI decode SVID decode USB 2.0 decode User-defined filters	1-Wire decode 2.5 and 5GBASE-T compliance 8b10b decode 10BASE-T1L compliance 10BASE-T1S compliance 10GBASE-T compliance Advanced Jitter analysis Advanced Power analysis Automotive Ethernet compliance CAN/LIN/FlexRay decode CXPI decode DDR3/LPDDR3 analysis eSPI decode EtherCAT decode Ethernet compliance Ethernet decode eUSB2 decode I2C/SPI decode I2S/LJ/RJ/TDM decode I3C decode IMDA analysis IMDA DQ0 measurements IMDA mechanical measurements Manchester decode MDIO decode MIL-STD-1553/ARINC 429 decode MIPI D-PHY 1.2 compliance MIPI D-PHY 2.1 compliance MIPI C-PHY 2.0 (CSI/DSI) decode MIPI D-PHY (CSI/DSI) decode NFC decode NRZ decode PCIe Gen 1, 2, 3 decode PSI5 decode RS-232/422/485/UART decode SDLC decode SENT decode SMBus decode Spacewire decode SPMI decode SVID decode TDR measurements USB 2.0 decode USB 2.0 compliance USB 3.0 decode User-defined filters Vector signal analsyis Wide bandgap double pulse testing	1-Wire decode 2.5 and 5GBASE-T compliance 8b10b decode 10BASE-T1L compliance 10BASE-T1S compliance 10GBASE-T compliance Advanced Jitter analysis Advanced Power analysis Automotive Ethernet compliance CAN/LIN/FlexRay decode DDR3/LPDDR3 analysis Ethernet compliance Ethernet decode eUSB2 decode I2C/SPI decode I2S/LJ/RJ/TDM decode I3C decode MDIO decode MIL-STD-1553/ARINC 429 decode MIPI C-PHY decode MIPI D-PHY 1.2 compliance MIPI D-PHY (CSI/DSI) decode NRZ decode PSI5 decode RS-232/422/485/UART decode SENT decode Spacewire decode SPMI decode SVID decode USB 2.0 decode	MIPI® D-PHY Testing (D-PHY), DDR Memory Bus Analysis (DDRA), DPOJET Jitter And Eye Diagram Analysis (DJA), DisplayPort 1.2 Source Test Automation (DP12), Ethernet Compliance Test Solution (ET3), HDMI Compliance Test Solution (HT3), HSIC Electrical Validation and Protocol Decode (HSIC), MHL Advanced Analysis and Compliance Test (MHD), MOST Electrical Compliance and Debug (MOST), MIPI M-PHY Transmitter Debug, Characterization and Compliance Test (M-PHY), PCI Express Transmitter Compliance and Debug (PCE3), SAS 12 Gb/s Test (SAS3), Serial Data Link Analysis Solution Software (SLE, SLA), SFP+ Compliance and Debug (SFP-TX), SignalVu Vector Signal Analysis Software (SVE), Thunderbolt TX Compliance Test (TBT-TX), USB 2.0 Compliance Test Solution (USB), USB 3.0 Transmitter Test (USB3)	DPOJET Jitter and Eye Diagram Analysis (DJA), Serial Data Link Analysis Visualizer (SDLA64), SignalVu Vector Signal Analysis (SVE)	Optical PAM4 (PAM4-O)	CAN/LIN decode FlexRay decode I²C/SPI decode I²S/LJ/RJ/TDM decode Limit and Mask Testing Power analysis MIL-STD-1553 decode RS-232/422/485/UART decode USB decode	CAN/LIN decode CAN/LIN/FlexRay decode Ethernet decode I²C/SPI decode I²S/LJ/RJ/TDM decode HDTV Video Limit and Mask Testing MIL-STD-1553 decode Power analysis RS-232/422/485/UART decode USB decode
Vertical Accuracy	-	3%	±2.0%	±1.5%	±1%	±1%	±1%	±1%	50 Ω: ±1.0% of full scale, (±2.0% of full scale at 1mV/div)	±2%	±2%	-	±1.5%	±1.5%
Automated Measurements	32	32 and FFT function for thorough waveform analysis	36	-	-	-	-	-	-	53	53	-	-	-
No. Of Application Modules Range	-	-	-	-	-	-	-	-	-	-	-	-	-	-
Rise Time	7.0 ns - 2.1 ns	3.5ns~5ns	5 ns to 950 ps (70MHz to 500MHz)	4000 ps to 400 ps (100 MHz to 1 GHz)	2.3 ns to 450 ps (200 MHz to 1.5 GHz)	175 ps - 1 ns	350 ps	400 ps - 40 ps (1 GHz - 10 GHz)	400 ps - 50 ps (1 GHz - 8 GHz)	9 ps - 98 ps	<6ps - 13ps	Determined by sampling module	400 ps - 4 ns	175 ps - 3.5 ns
Display	7-inch(178mm) WVGA color display	9 inch TFT WVGA	10.1 inches, 1280 x 800	11.6 inches, 1920 x 1080 HD	13.3 in, 1920x1080 HD	15.6 in, 1920x1080 HD	-	15.6 in, 1920x1080 HD	-	12.1 in (308 mm), Color	6.5 in (165 mm), Color	-	9 in. (229 mm), Color	10.4 in. (264 mm), Color
Warranty	5-year Warranty	5 years	1 year	3 years	1 years	1 year	3 years	1 year	1 year	One-year Warranty	One-year Warranty	One-year Warranty	3 years	3 years
SA Real Time Capture Bandwidth	-	-	-	1 GHz (optional), 3 GHz (optional)	Spectrum View: 312.5 MHz, 500 MHz (optional)	Spectrum View: 312.5 MHz, 500 MHz (optional)	Spectrum View: 312.5 MHz, 500 MHz (optional)	Spectrum View: 1.25 GHz, 2 GHz (optional)	Spectrum View: 1.25 GHz, 2 GHz (optional)	-	-	-	Up to 3 GHz	Up to 3.75 GHz
Base Price	US $580	US $1,640	US $2,870	US $4,600	US $9,180	US $20,100	Contact Us	US $36,400	Contact Us	Contact Us	Contact Us	Contact Us	US $7,560	US $11,600

Types of Oscilloscopes

Benchtop Oscilloscopes

Mixed Domain Oscilloscopes (MDO)

Performance Real-Time Oscilloscopes

Mixed Signal Oscilloscopes (MSO)

Automotive Oscilloscopes

Oscilloscope Probes and Accessories

Current Probes

Best-in-class bandwidth and sensitivity. Safety Certified.

Low Voltage Differential Probes

Signal fidelity for serial bus PHY measurements.

High Voltage Differential Probes

Industry leading performance up to 6000V. Safety Certified.

IsoVu Isolated Probes

Probing systems make high-resolution measurements in the presence of common mode signals or noise.

Passive Probes

Highest bandwidth, lowest probe loading.

Power Rail Probes

Power rail probes offer low noise, low loading, high bandwidth, and high DC offset specifically for power integrity measurements.

View More Probes and Accessories

Software for your Oscilloscope

Analyze your most challenging system designs by adding one of our oscilloscope software packages to your scope.

View All Oscilloscope Software

TekScope™ oscilloscope software

Analyze waveforms anytime from anywhere by turning your PC into an oscilloscope with TekScope.

Keithley KickStart Software

Start measuring in minutes without complex programming. Perform I-V characterization and more.

View All Oscilloscope Software

Oscilloscope applications

Electromagnetic compatibility testing with an oscilloscope

Electromagnetic compatibility testing (EMC)

Automotive ethernet testing

Power efficiency testing

Oscilloscope Learning Center

Learn how to use oscopes, spectrum analyzers, source measure units, and other instruments to troubleshoot system anomalies, provide measurement insights, debug EMI, and more.

Primer

Oscilloscope Basics and Fundamentals

In this comprehensive primer, you can learn everything you need to know about oscilloscope fundamentals, types, systems, setup, and use.

SOLUTION BRIEF

Capacitance and Inductance Measurements Using an Oscilloscope and a Function Generator

Learn about impedance, impedance measurement methods, measurement ranges, and more with real-world examples.

APPLICATION NOTE

Spectrum View: A New Approach to Frequency Domain Analysis on Oscilloscopes

Learn about how Spectrum View analysis allows optimization of both time domain and frequency domain displays independently to offer important insights.

APPLICATION NOTE

How Oscilloscope Probes Affect Your Measurement

Learn how an oscilloscope probe changes the signal you’re measuring at the test point and what probing specifications to look for to minimize probing effects.

Learning Center

Oscilloscope FAQs

What is an oscilloscope?

An oscilloscope, formerly known as an oscillograph (informally scope, oscope, or O-scope), graphically displays electrical signals and shows how they change over time. Learn more about how an oscilloscope works, what they're used for and the types of oscilloscopes.

What is an oscilloscope used for?

Engineers use an oscilloscope (also referred to informally as an oscope) to design, manufacture or repair electronic equipment to verify that a device is working properly.

How does an oscilloscope work?

An oscilloscope reconstructs electrical signals using three systems—vertical, horizontal and trigger—which work together to gather information about the electrical signal, so the oscilloscope can graphically display those signals.

How does an oscilloscope measure voltage?

An oscilloscope measures voltage waves by capturing physical phenomena such as vibrations or temperature, or electrical phenomena such as current or power with a sensor. The oscilloscope then converts that signal into a waveform and graphically displays it where the horizontal axis represents time and the vertical axis represents voltage.

What does an oscilloscope measure?

An oscilloscope measures voltage waves, but it can also be used to measure current, resistance, sound, capacitance, frequency and more.

How does an oscilloscope measure frequency?

Most oscilloscopes measure frequency automatically, but you can also use a simple equation (frequency=1/period) and the horizontal scale on your oscilloscope to measure frequency manually.

How can an oscilloscope measure current?

You can use an oscilloscope to measure current by measuring the voltage dropped across a shunt resistor or by using a current probe.

What are the different types of oscilloscopes?

There are two main types of oscilloscopes: analog and digital. Most engineers today use digital oscilloscopes, which fall into five categories: digital storage oscilloscopes, digital phosphor oscilloscopes, mixed signal oscilloscopes, mixed domain oscilloscopes, and digital sampling oscilloscopes.

What is a mixed signal oscilloscope?

A mixed signal oscilloscope is a type of digital storage oscilloscope designed to capture, display, and compare both analog and digital signals.

What is a mixed domain oscilloscope?

Like a mixed signal oscilloscope, a mixed domain oscilloscope measures analog and digital signals, but has built-in spectrum analyzer, allowing engineers to make radio frequency (RF) measurements as well.

How to use an oscilloscope?

Learn the basics of how to set up and how to use an oscilloscope as well as basic measurement techniques with our Oscilloscope How-To Guide.

How to choose an oscilloscope?

There are many factors to consider when buying an oscilloscope. Learn more in our guide on how to choose the best oscilloscope for your application.

How much does an oscilloscope cost?

Oscilloscope pricing can range greatly depending on whether you’re a hobbyist looking for a simple setup or an electrical engineer using an oscilloscope in a lab setting. How you choose to configure your oscilloscope, its bandwidth and the number of channels are big factors in determining oscilloscope price. Tektronix oscilloscopes, for example, can range from around $500 to tens of thousands of dollars for more sophisticated instruments and advanced configurations. For guidance on finding the oscilloscope that best meets your needs, contact the experts at Tektronix.

"We couldn't find equipment capable of making measurements such as the high-side gate-source voltage. In fact, most differential signals in the presence of today’s higher frequency common mode
voltages cannot be measured accurately. That’s when Tektronix stepped in.”

Giovanni Franceschini, Professor, University of Modena and Reggio Emilia(UniMoRe)

Oscilloscope De

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Oszilloskop

Was ist ein Oszilloskop

Ein Oszillosko ist im Grunde genommen ein Gerät, das Kurven anzeigt – es zeichnet eine Kurve eines elektrischen Signals. In den meisten Anwendungen veranschaulicht die Kurve, wie sich Signale im Laufe der Zeit verändern. Oszilloskope können in zwei Hauptkategorien unterteilt werden – analoge und digitale Oszilloskope. Digitale Oszilloskope können in digitale Speicheroszilloskope (DSOs), digitale Phosphor-Oszilloskope (DPOs), Gemischtsignal-Oszilloskope (MSOs) und digitale Proben-Oszilloskope.

Oszilloskope werden für viele Messungen eingesetzt, darunter:

Spannungsmessungen
Zeit- und Frequenzmessungen
Pulsweiten- und Anstiegszeitmessungen
Phasenverschiebungsmessungen

So wählen Sie das richtige Oszilloskop

Labor-Oszilloskope

Die vertrauenswürdigsten Tisch-Oszilloskope der Branche werden in Industriedesign- und Fehlerbehungsumgebungen und Universitätslernumgebungen eingsetzt.

Vergleichen

tile__touch-screen-oscilloscopes_275x206

Oszilloskope mit Touchscreen

Das neue MDO der Serie 3 und das MSO der Serie 4 ergänzen die MSOs der Serien 5 und 6 und erweitern das Angebot an Touchscreen-Oszilloskopen der nächsten Generation.

Vergleichen

Oszilloskope mit Leistung in Echtzeit

Erkennen Sie echte Signale und erfassen Sie mehr Details. Automatisieren Sie die Einrichtung, Erfassung und Analyse serieller Hochgeschwindigkeitsdatensignale mit einem Werkzeugpaket für beschleunigte Debugging- und Konformitätsprüfungen Ihrer Designs.

Weitere Informationen

Oszilloskop-Auswahlleitfaden (PDF)

Hochwertige Matrix mit Leistungsangaben für das Sortiment von Tektronix Oszilloskopen.

Anleitung herunterladen »

Wählen Sie das beste Oszilloskop

Modell	Bandbreite	Analoge Kanäle	Digitalkanäle	Abtastrate	Aufzeichnungslänge	Spektrumanalysator	Einstiegspreis
MDO (Mixed-Domain-Oszilloskop) der Serie 3	100 MHz–1 GHz	2 oder 4	16 (optional)	Bis zu 5 GS/s	10 Mio.	Bis zu 3 GHz (optional)	US $3,850
MSO (Mixed-Signal-Oszilloskope) der Serie 4	200 MHz bis 1,5 GHz	4 oder 6	Bis zu 48 (optional)	6,25 GS/s	31,25 M bis 62,5 Mpts	-	US $7,550
TBS1000	30 MHz – 200 MHz	2-4	-	1 GS/s–2 GS/s	2.500 Punkte	-	US $863
TDS2000C	50 MHz–200 MHz	2-4	-	500 MS/s–2 GS/s	2.500 Punkte	-	US $2,250
TBS2000	70 MHz bis 100 MHz	2-4	-	1 GS/s	20 Mio. Punkte	-	US $1,240
MSO2000B/DPO2000B	70 MHz–200 MHz	2-4	16 (optional)	1 GS/s	1 Mio. Punkte	-	US $1,490
MDO3000	100 MHz - 1 GHz	2-4	16 (optional)	2.5 GS/s - 5 GS/s	10M points	Up to 3 GHz	US $3,770
Digitalspeicheroszilloskope TPS2000B	100 MHz - 200 MHz	2-4	-	1 GS/s - 2 GS/s	2.5k points	-	US $4,210
TDS3000	100 MHz–500 MHz	2-4	-	1,25 GS/s–5 GS/s	10.000 Punkte	-	US $8,750
MDO4000	200 MHz – 1 GHz	4	16 (optional)	2,5 GS/s – 5 GS/s	20 Mio. Punkte	Bis zu 6 GHz	US $7,430
MSO5000/DPO5000	350 MHz - 2 GHz	4	16 (optional)	5 GS/s–10 GS/s	25 Mio. - 125 Mio. Punkte	-	US $16,100
MSO der Serie 5	350 MHz - 2 GHz	4 - 8	Bis zu 64 (optional)	6,25 GS/s	62,5 - 125 Mio. Punkte	-	US $14,500
5 Serie MSO Low Profile	1 GHz	8	Bis zu 64 (optional)	6,25 GS/s	125 Mio. Punkte		Kontakt
MSO Serie 6	1 - 8 GHz	4	Bis zu 32 (optional)	25 GS/s	62,5 – 250 Mio. Punkte	-	US $26,500
6 Series Low Profile Digitalisierer	1 - 8 GHz	4 (SMA)		25 GS/s	125 - 250 Mpts	Spektrum-Ansicht	Kontakt
DPO7000	500 MHz–3,5 GHz	4	-	5 GS/s–40 GS/s	25 Mio. - 500 Mio. Punkte	-	US $32,100
DSA8300	DC – 80 GHz	Bis zu 8	-	Bis zu 300 kS/s	50 – 16.000 Punkte (1 Mio. Punkte mit IConnect®, 10 Mio. Punkte mit 80SJNB)	-	Kontakt
MSO/DPO70000	4 GHz – 33 GHz	4	16 (optional)	25 GS/s – 100 GS/s	31,25 Mio. - 1 Mrd. Punkte	-	Kontakt
DPO70000SX	23 GHz bis 70 GHz	1-4	-	50 GS/s bis 200 GS/s	62,5 Mio. - 1 Mrd. Punkte	-	Kontakt

Vergleich der Produktserien


	MDO (Mixed-Domain-Oszilloskop) der Serie 3	MSO (Mixed-Signal-Oszilloskope) der Serie 4	TBS1000	TDS2000C	TBS2000	MSO2000B/DPO2000B	MDO3000	Digitalspeicheroszilloskope TPS2000B	TDS3000	MDO4000	MSO5000/DPO5000	MSO der Serie 5	5 Serie MSO Low Profile	MSO Serie 6	6 Series Low Profile Digitalisierer	DPO7000	DSA8300	MSO/DPO70000	DPO70000SX

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Product series comparison


	TBS1000C Digital Storage Oscilloscope	TBS2000B Digital Storage Oscilloscope	MSO2000B / DPO2000B	3 Series MDO Mixed Domain Oscilloscope	4 Series MSO Mixed Signal Oscilloscope	5 Series MSO	5 Series MSO Low Profile	6 Series B MSO	6 Series Low Profile Digitizer	MSO/DPO70000	DPO70000SX	8 Series Sampling Oscilloscope	TDS2000C	TPS2000	MDO3000	MDO4000	MSO5000 / DPO5000	DSA8300
Bandwidth	50 MHz - 200 MHz	70 MHz - 200 MHz	70 MHz - 200 MHz	100 MHz - 1 GHz	200 MHz to 1.5 GHz	350 MHz - 2 GHz	1 GHz	1 GHz - 10 GHz	1 GHz - 8 GHz	4 GHz - 33 GHz	13 GHz - 70 GHz	30 GHz	50 MHz - 200 MHz	100 MHz - 200 MHz	100 MHz - 1 GHz	200 MHz - 1 GHz	350 MHz - 2 GHz	DC - 80 GHz
Analog Channels	2	2-4	2-4	2 or 4	4 or 6	4, 6 or 8	8	4, 6 or 8	4 (SMA)	4	1-4	1-4	2-4	2-4	2 or 4	4	4	Up to 8
Digital Channels	-	-	16 (optional)	16 (optional)	Up to 48 (optional)	Up to 64 (optional)	Up to 64 (optional)	Up to 64 (optional)	-	16 (optional)	-	-	-	-	16 (optional)	16 (optional)	16 (optional)	-
Sample Rate	1 GS/s	1 GS/s to 2 GS/s	1 GS/s	2.5 GS/s - 5 GS/s	6.25 GS/s	6.25 GS/s	6.25 GS/s	50 GS/s	25 GS/s	25 GS/s - 100 GS/s	50 GS/s - 200 GS/s	300 kS/s	500 MS/s - 2 GS/s	1 GS/s - 2 GS/s	2.5 GS/s - 5 GS/s	2.5 GS/s - 5 GS/s	5 GS/s - 10 GS/s	Up to 300 kS/s
Record Length	20k points	5 Mpoints	1M points	10 M	31.25 M to 62.5 M	62.5 M - 500 M	125 M - 500 M	62.5 M - 1 G	125 M - 1 G	31.25M - 1G points	62.5M - 1G point	> 800 M	2.5k points	2.5k points	10 M	20 M	25 M - 125 M	50 - 16,000 points (1M points with IConnect® , 10M points for 80SJNB)
Spectrum Analyzer	-	-	-	Up to 3 GHz (optional)	-	-	-	-	-	-	-	-	-	-	Up to 3 GHz	Up to 6 GHz	-	-
Function Generator Output	-	-	-	1 (optional)	1 (optional)	1 (optional)	1 (optional)	1 (optional)	1 (optional)	-	-	-	-	-	1 (optional)	1 (optional)	-	-
Maximum Waveform Capture Rate	-	10,000 times per second	5,000 wfm/s	>280,000 wfm/s	> 500,000 wfms/s	>500,000 wfms/s	>500,000 wfms/s	>500,000 (Peak Detect, Envelope acquisition mode), >30,000 wfms/s (all other acquisition modes)	>500,000 (Peak Detect, Envelope acquisition mode) >30,000 wfms/s (all other acquisition modes)	>300,000 wfms/s	>300,000 wfms/s	Record Length / 300 kS/s	-	-	>235,000 - >280,000 wfm/s	>270,000 - >340,000 wfm/s	>250,000 wfms/s	300 kS/s ÷ Record Length
RF Channels	-	-	-	1 (optional)	-	-	-	-	-	-	-	-	-	-	1	1 (optional)	-	-
RF Frequency Range	-	-	-	9 kHz to 1 GHz or 3 GHz (optional)	-	-	-	-	-	-	-	-	-	-	9 kHz - 1 GHz (up to 3 GHz optional)	9 kHz – 3 GHz/ 6 GHz (optional)	-	-
Trigger Types	Edge, Pulse Width, Runt, Line	Edge, Pulse Width, Runt	Edge, Pulse Width, Runt, Logic, Setup and Hold, Rise/Fall Time, Video, Parallel, I2C, SPI, CAN, RS-232/422/485/UART, LIN	Edge Logic Parallel (optional) Pulse Width Rise/Fall Time Runt Serial Bus (optional) Sequence Setup and Hold Timeout Video	Edge Glitch Pattern Pulse Width Runt Serial Bus (optional) Setup/Hold State Timeout Transition Window Video (optional) Visual Trigger RF Frequency vs Time (optional) RF Magnitude vs Time (optional)	Edge Glitch Pattern Pulse Width Runt Serial Bus (optional) Setup/Hold State Timeout Transition Window Video (optional) Visual Trigger RF Frequency vs Time (optional) RF Magnitude vs Time (optional)	Edge Glitch Pattern Pulse Width Runt Serial Bus (optional) Setup/Hold State Timeout Transition Window Video (optional) Visual Trigger	Edge Glitch Pattern Pulse Width Runt Serial Bus (optional) Setup/Hold State Timeout Transition Window Video (optional) Visual Trigger RF Frequency vs Time (optional) RF Magnitude vs Time (optional)	Edge Glitch Pattern Pulse Width Runt Serial Bus (optional) Setup/Hold State Timeout Transition Window Video (optional) Visual Trigger	Comm, Bus, I2C, SPI, CAN, LIN, Flexray, RS-232/422/485/UART, USB, Edge, B Event Scan, Glitch, Pattern, Runt, Serial Pattern, Setup/Hold, State, Timeout, Transition, Visual, Width, Window	Edge, B Event Scan, Glitch, Pattern, Runt, Setup/Hold, State, Timeout, Transition, Visual, Width, Window	Clock Prescale Input	Edge, Video, Pulse Width, Glitch	Edge, Video, Pulse Width, Glitch	Edge Logic Parallel Pulse Width Rise/Fall Time Runt Sequence Serial Bus (optional) Setup /Hold Timeout Video	Edge Logic Parallel Pulse Width RF (optional) Rise/Fall Time Runt Sequence Serial Bus (optional) Setup/Hold Timeout Video	Edge Glitch Pattern Pulse width Runt Serial Bus (optional) Setup/Hold State Timeout Transition Video Visual Trigger	Clock Input/Prescale, TDR Clock, Clock RecoveryTriggers from Modules, Trigger Direct Input, Phase Reference timebase supports acquisitions without a trigger signal in its Free Runmode
Optional Analysis	-	-	Automotive Serial Triggering and Analysis Module (DPO2AUTO), Computer Serial Triggering and Analysis Module (DPO2COMP), Embedded Serial Triggering and Analysis Module (DPO2EMBD)	I²C/SPI decode I²S/LJ/RJ/TDM decode RS-232/422/485/UART decode CAN/LIN/FlexRay decode MIL-STD-1553/ARINC 429 decode Power analysis USB2.0 decode	3-phase power analysis Advanced Power analysis CAN/LIN/FlexRay decode Ethernet decode eUSB2 decode I2C/SPI decode I2S/ LJ/RJ/TDM decode I3C decode Manchester decode MDIO decode MIL-STD-1553/ARINC 429 decode NRZ decode PSI5 decode RS-232/422/485/UART decode SDLC decode SENT decode Spacewire decode Spectrum View spectrum analysis SPMI decode SVID decode USB 2.0 (LS/FS/HS)	8b10b decode 10BASE-T1L compliance 10BASE-T1S compliance Advanced Jitter analysis Advanced Power analysis Automotive Ethernet compliance CAN/LIN/FlexRay decode Ethernet compliance Ethernet decode eUSB2 decode I2C/SPI decode I2S/LJ/RJ/TDM decode I3C decode IMDA analysis IMDA DQ0 measurements Manchester decode MDIO decode MIL-STD-1553/ARINC 429 decode MIPI D-PHY (CSI/DSI) decode NRZ decode PSI5 decode RS-232/422/485/UART decode SDLC decode SENT decode Spacewire decode SPMI decode SVID decode USB 2.0 decode USB 2.0 compliance Vector signal analysis	8b10b decode Advanced Jitter analysis Advanced Power analysis CAN/LIN/FlexRay decode Ethernet decode eUSB2 decode I2C/SPI decode I2S/LJ/RJ/TDM decode I3C decode Manchester decode MDIO deocde MIL-STD-1553/ARINC 429 decode MIPI D-PHY (CSI/DSI) decode NRZ decode PSI5 decode RS-232/422/485/UART decode SDLC decode SENT decode Spacewire decode SPMI decode SVID decode USB 2.0 decode	2.5 and 5GBASE-T compliance 8b10b decode 10BASE-T1L compliance 10BASE-T1S compliance 10GBASE-T compliance Advanced Jitter analysis Advanced Power analysis Automotive Ethernet Compliance CAN/LIN/FlexRay decode DDR3/LPDDR3 analysis Ethernet decode Ethernet compliance eUSB2 decode I2C/SPI decode I2S/LJ/RJ/TDM decode I3C decode IMDA analysis IMDA DQ0 measurements Manchester decode MDIO decode MIL-STD-1553/ARINC 429 decode MIPI D-PHY (CSI/DSI) decode NRZ decode PSI5 decode RS-232/422/485/UART decode SENT decode Spacewire decode SPMI decode SVID decode USB 2.0 decode USB 2.0 compliance Vector signal analsyis	2.5 and 5GBASE-T compliance 8b10b decode 10BASE-T1L compliance 10BASE-T1S compliance 10GBASE-T compliance Advanced Jitter analysis Advanced Power analysis Automotive Ethernet compliance CAN/LIN/FlexRay decode DDR3/LPDDR3 analysis Ethernet compliance Ethernet decode eUSB2 decode I2C/SPI decode I2S/LJ/RJ/TDM decode I3C decode MDIO decode MIL-STD-1553/ARINC 429 decode MIPI D-PHY compliance MIPI D-PHY (CSI/DSI) decode NRZ decode PSI5 decode RS-232/422/485/UART decode SENT decode Spacewire decode SPMI decode SVID decode USB 2.0 decode	MIPI® D-PHY Testing (D-PHY), DDR Memory Bus Analysis (DDRA), DPOJET Jitter And Eye Diagram Analysis (DJA), DisplayPort 1.2 Source Test Automation (DP12), Ethernet Compliance Test Solution (ET3), HDMI Compliance Test Solution (HT3), HSIC Electrical Validation and Protocol Decode (HSIC), MHL Advanced Analysis and Compliance Test (MHD), MOST Electrical Compliance and Debug (MOST), MIPI M-PHY Transmitter Debug, Characterization and Compliance Test (M-PHY), PCI Express Transmitter Compliance and Debug (PCE3), SAS 12 Gb/s Test (SAS3), Serial Data Link Analysis Solution Software (SLE, SLA), SFP+ Compliance and Debug (SFP-TX), SignalVu Vector Signal Analysis Software (SVE), Thunderbolt TX Compliance Test (TBT-TX), USB 2.0 Compliance Test Solution (USB), USB 3.0 Transmitter Test (USB3)	DPOJET Jitter and Eye Diagram Analysis (DJA), Serial Data Link Analysis Visualizer (SDLA64), SignalVu Vector Signal Analysis (SVE)	Optical PAM4 (PAM4-O)	-	Power Measurements Application Package (TPS2PWR1), WaveStar Application Software (WSTRO)	CAN/LIN decode FlexRay decode I²C/SPI decode I²S/LJ/RJ/TDM decode Limit and Mask Testing Power analysis MIL-STD-1553 decode RS-232/422/485/UART decode USB decode	CAN/LIN decode CAN/LIN/FlexRay decode Ethernet decode I²C/SPI decode I²S/LJ/RJ/TDM decode HDTV Video Limit and Mask Testing MIL-STD-1553 decode Power analysis RS-232/422/485/UART decode USB decode	Advanced Power analysis BroadR-Reach compliance CAN/LIN/FlexRay decode DDR analysis Ethernet compliance Ethernet decode I²C/SPI decode Jitter analysis Noise, jitter, and eye analysis Mask Testing MIL-STD-1553 decode MIPI® D-PHY decode MOST compliance RS-232/422/485/UART decode SignalVu Vector Signal Analysis USB 2.0 compliance USB 2.0 decode USB HSIC decode USB power compliance	IConnect® S-Parameters (80SSPAR), IConnect®Signal Integrity and Failure Analysis (80SICON), IConnect® andMeasureXtractor™ Signal Integrity (80SICMX), Jitter/Noise/BERAnalysis (80SJARB and 80SJNB)
Vertical Accuracy	-	3%	-	±1.5%	±1%	±1%	±1%	±1%	50 Ω: ±1.0% of full scale, (±2.0% of full scale at 1mV/div)	±2%	±2%	-	-	-	1.5%	±1.5%	±1.5%	-
Automated Measurements	32	32 and FFT function for thorough waveform analysis	29	-	-	-	-	-	-	53	53	-	-	-	-	-	-	-
No. Of Application Modules Range	-	-	3	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-
Rise Time	7.0 ns - 2.1 ns	3.5ns~5ns	2.1 ns - 5 ns	4000 ps to 400 ps (100 MHz to 1 GHz)	2.3 ns to 450 ps (200 MHz to 1.5 GHz)	175 ps - 1 ns	350 ps	400 ps - 40 ps (1 GHz - 10 GHz)	400 ps - 50 ps (1 GHz - 8 GHz)	9 ps - 98 ps	<6ps - 13ps	Determined by sampling module	5.83 ns - 2.1 ns	3.5 ns - 2.1 ns	400 ps - 4 ns	175 ps - 3.5 ns	175 ps - 1 ns	Determined by the sampling modules used
Display	7-inch(178mm) WVGA color display	9 inch TFT WVGA	7 in. (180 mm), Color	11.6 inches, 1920 x 1080 HD	13.3 in, 1920x1080 HD	15.6 in, 1920x1080 HD	-	15.6 in, 1920x1080 HD	-	12.1 in (308 mm), Color	6.5 in (165 mm), Color	-	5.7 in. (145 mm), Color	5.7 in. (145 mm), Color	9 in. (229 mm), Color	10.4 in. (264 mm), Color	10.4 in. (264 mm), Color	10.4 in. (265 mm), Color
Warranty	5-year Warranty	5 years	Five-year Warranty	3 years	3 years	3 years	3 years	1 year	1 year	One-year Warranty	One-year Warranty	One-year Warranty	Lifetime Warranty	Three-year Warranty	3 years	3 years	1 year	One-year Warranty
SA Real Time Capture Bandwidth	-	-	-	1 GHz (optional), 3 GHz (optional)	-	-	-	-	2 GHz	-	-	-	-	-	Up to 3 GHz	Up to 3.75 GHz	-	-
Starting Price	US $510	US $1,370	US $1,520	US $3,850	US $7,550	US $14,500	Contact Us	US $26,500	Contact Us	Contact Us	Contact Us	Contact Us	US $2,320	US $4,340	US $3,860	US $7,800	US $17,700	Contact Us

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Giovanni Franceschini, Professor, University of Modena and Reggio Emilia(UniMoRe)

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Laden Sie Handbücher, Datenblätter, Software und vieles mehr herunter:

Oszilloskop

Was ist ein Oszilloskop

Oszilloskope werden für viele Messungen eingesetzt, darunter:

Spannungsmessungen
Zeit- und Frequenzmessungen
Pulsweiten- und Anstiegszeitmessungen
Phasenverschiebungsmessungen

So wählen Sie das richtige Oszilloskop

Labor-Oszilloskope

Die vertrauenswürdigsten Tisch-Oszilloskope der Branche werden in Industriedesign- und Fehlerbehungsumgebungen und Universitätslernumgebungen eingsetzt.

Vergleichen

Oszilloskope mit Touchscreen

Das neue MDO der Serie 3 und das MSO der Serie 4 ergänzen die MSOs der Serien 5 und 6 und erweitern das Angebot an Touchscreen-Oszilloskopen der nächsten Generation.

Vergleichen

Oszilloskope mit Leistung in Echtzeit

Weitere Informationen

Oszilloskop-Auswahlleitfaden (PDF)

Hochwertige Matrix mit Leistungsangaben für das Sortiment von Tektronix Oszilloskopen.

Anleitung herunterladen »

Wählen Sie das beste Oszilloskop

Model	Bandwidth	Analog Channels	Digital Channels	Sample Rate	Record Length	Spectrum Analyzer	Starting Price
3 Series MDO Mixed Domain Oscilloscope	100 MHz - 1 GHz	2 or 4	16 (optional)	Up to 5 GS/s	10 M	Up to 3 GHz (optional)	US $3,850
4 Series MSO Mixed Signal Oscilloscope	200 MHz to 1.5 GHz	4 or 6	Up to 48 (optional)	6.25 GS/s	31.25 M to 62.5 Mpts	-	US $7,550
TBS1000	30 MHz - 200 MHz	2-4	-	1 GS/s - 2 GS/s	2.5k points	-	US $863
TDS2000C	50 MHz - 200 MHz	2-4	-	500 MS/s - 2 GS/s	2.5k points	-	US $2,250
TBS2000	70 MHz - 100 MHz	2-4	-	1 GS/s	20 Mpoints	-	US $1,240
MSO2000B / DPO2000B	70 MHz - 200 MHz	2-4	16 (optional)	1 GS/s	1M points	-	US $1,490
MDO3000	100 MHz - 1 GHz	2-4	16 (optional)	2.5 GS/s - 5 GS/s	10M points	Up to 3 GHz	US $3,770
TPS2000	100 MHz - 200 MHz	2-4	-	1 GS/s - 2 GS/s	2.5k points	-	US $4,210
TDS3000	100 MHz - 500 MHz	2-4	-	1.25 GS/s - 5 GS/s	10k points	-	US $8,750
MDO4000	200 MHz - 1 GHz	4	16 (optional)	2.5 GS/s - 5 GS/s	20M points	Up to 6 GHz	US $7,430
MSO5000 / DPO5000	350 MHz - 2 GHz	4	16 (optional)	5 GS/s - 10 GS/s	25M - 125M points	-	US $16,100
5 Series MSO	350 MHz - 2 GHz	4 - 8	Up to 64 (optional)	6.25 GS/s	62.5 - 125 Mpoints	-	US $14,500
5 Series MSO Low Profile	1 GHz - 1 GHz	8	Up to 64 (optional)	6.25 GS/s	125 Mpoints		Contact Us
6 Series MSO	1 GHz - 8 GHz	4	Up to 32 (optional)	25 GS/s	62.5 - 250 Mpoints	-	US $26,500
6 Series Low Profile Digitizer	1 GHz - 8 GHz	4 (SMA)		25 GS/s	125 - 250 Mpts	Spectrum View	Contact Us
DPO7000	500 MHz - 3.5 GHz	4	-	5 GS/s - 40 GS/s	25M - 500M points	-	US $32,100
DSA8300	DC - 80 GHz	Up to 8	-	Up to 300 kS/s	50 - 16,000 points (1M points with IConnect® , 10M points for 80SJNB)	-	Contact Us
MSO/DPO70000	4 GHz - 33 GHz	4	16 (optional)	25 GS/s - 100 GS/s	31.25M - 1G points	-	Contact Us
DPO70000SX	13 GHz - 70 GHz	1-4	-	50 GS/s - 200 GS/s	62.5M - 1G point	-	Contact Us

Vergleich der Produktserien


	MDO (Mixed-Domain-Oszilloskop) der Serie 3	MSO (Mixed-Signal-Oszilloskope) der Serie 4	TBS1000	TDS2000C	TBS2000	MSO2000B/DPO2000B	MDO3000	Digitalspeicheroszilloskope TPS2000B	TDS3000	MDO4000	MSO5000/DPO5000	MSO der Serie 5	5 Serie MSO Low Profile	MSO Serie 6	6 Series Low Profile Digitalisierer	DPO7000	DSA8300	MSO/DPO70000	DPO70000SX

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Current Probe

Tektronix current probe solutions offer:

The broadest range of AC/DC and AC-only current probes
Measurement accuracy from uAs to 2000 A
Best-in-class bandwidth up to 120 MHz
Best-in-class current clamp sensitivity down to 1 mA
The only products with 3rd Party Safety Certification (UL, CSA, ETL)
The only products with bare wire voltage ratings
Automatic readout and scaling when used with Tektronix oscilloscopes so you don’t have to convert volts to amps or manually set the scaling

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Current Probe

Model	Maximum Current	Minimum Current	Bandwidth	Rise Time	List Price
A621	RMS: 1000 A Peak: 2000 A	10 mA	50 kHz	-	US $798 Configure & Quote
A622	DC: 100 A Max RMS: 71 A Peak Current: 100 A	50 mA	100 kHz	-	US $803 Configure & Quote
CT2	Peak: 36 A Max RMS: 2.5 A continuous	1 mA	200 MHz	< 500 ps	US $840 Configure & Quote
CT1	Peak: 12 A Max RMS: 450 mA continuous	200 μA	1 GHz	< 350 ps	US $852 Configure & Quote
CT6	Peak: 6 A Max RMS: 120 mA continuous	200 μA	2 GHz	< 200 ps	US $901 Configure & Quote
TCP312	High-current Sensitivity – DC: 30 A RMS: 21.2 A Peak: 50 A Low-current Sensitivity – DC: 5 A RMS: 3.5 A Peak: 50 A	1 mA	DC - 100 MHz	≤3.5 ns	US $1,730 Configure & Quote
TRCP0300	300 A	250 mA	30 MHz	-	US $1,830 Configure & Quote
TCP305A	DC: 50 A Max RMS: 35.4 A Peak Current: 50 A	5 mA	50 MHz	< 7 ns	US $1,870 Configure & Quote
P6021A	Max RMS: 10.6 A Peak Current: 250 A	10 mA	60 MHz	< 5.8 ns	US $1,880 Configure & Quote
TRCP3000	3000 A	500 mA	16 MHz	-	US $1,880 Configure & Quote
TRCP0600	600 A	500 mA	30 MHz	-	US $1,940 Configure & Quote
P6022	Max RMS: 4 A Peak Current: 100 A	1 mA	120 MHz	< 2.9 ns	US $2,130 Configure & Quote
TCP312A	DC: 30 A Max RMS: 21.2 A Peak Current: 50 A	1 mA	100 MHz	< 3.5 ns	US $2,180 Configure & Quote
TCP202A	DC: 15 A Max RMS: 15 A Peak Current: 50 A	10 mA	50 MHz	< 7 ns	US $2,760 Configure & Quote
TCPA400	(Probe Dependent)	-	100 MHz	-	US $2,810 Configure & Quote
TCP2020	20 A RMS, 100 A Peak Pulse	10 mA	50 MHz	≤7 ns	US $2,820 Configure & Quote
TCPA300	-	-	DC - 100 MHz	-	US $2,820 Configure & Quote
TCP0020	DC: 20 A Max RMS: 20 A Peak Current: 100 A	10 mA	50 MHz	< 7 ns	US $2,980 Configure & Quote
TCP303	DC: 150 A Max RMS: 150 A Peak Current: 500 A	5 mA	15 MHz	< 23 ns	US $3,520 Configure & Quote
TCP0030A	DC: 30 A Max RMS: 30 A Peak Current: 50 A	1 mA	120 MHz	< 2.92 ns	US $4,280 Configure & Quote
TCP404XL	DC: 500 A Max RMS: 500 A Peak Current: 750 A	1 A	2 MHz	< 175 ns	US $4,660 Configure & Quote
TCP0150	DC: 150 A Max RMS: 150 A Peak Current: 500 A	5 mA	20 MHz	< 17.5 ns	US $5,050 Configure & Quote

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What are the maximum power draw ratings for the DPO3000/MSO3000 TEKVPI probes? The MSO/DPO3000 Series scope can handle up to 20 Watts of attached probes. With an external adapter (Part #119-7465-xx) these scopes can reach up to 50 wattage requirement depending on probe requirements. Please see the download link below with a fu	Faq Id61131	27 Nov 2019
What current probes are compatible with the CT4 current transformer? The CT4 can be used to extend the measurement capability of the P6021/A, A6302, A6312, TCP202/A,TCP0020 and TCP0030/A.The CT4 can also be used with the TCP 312/A and TCP305/A along with the TCPA300 amplifier. On some instruments, you may need to set	Faq Id64056	27 Nov 2019
Do the TCP300 and TCP400 series current probes require amplifiers? The TCP300 series require the TCPA300 current amplifier. The TCP404XL requires the TCPA400 current amplifier.	Faq Id58156	27 Nov 2019
What are the differences between the A and non A versions of the TCP0030, TCP312, TCP305 and P6021 current probes? The TCP0030A, TCP312A, TCP305A, and P6021A probes are updates to their existing models. Updates include:Larger jaw diameter (5 mm vs. 3.8 mm) to accommodate larger wire sizes 3rd Party Certification for bare wire voltages up to 150 V CAT II - (Non-A	Faq Id64841	27 Nov 2019
Need a replacement power supply for, TRCP0300, TRCP0600, TRCP3000 Tektronix does not offer a replacement part number. The power supply an External Desktop AC to DC supply. 12V 1.6A with a barrel connector of 2.1mm ID and 5.5mm OD. Positive (+) inside; necitive (-) outside.	Faq Id772586	27 Nov 2019
What are the differences between the older TCP202 and current TCP202A? Differences are: 1. The jaw size of TCP202 is 3.8 mm while the jaw opening for TCP202A is 5 mm. 2. The TCP202A is rated for 150 V Cat on bare wire.	Faq Id468406	27 Nov 2019
What are some of the benefits of the TekVPI probe interface? The biggest benefits of the TekVPI™ probe interface are versatility and ease of use. Oscilloscopes with TekVPI interface support a wide range of probes including TekVPI probes, BNC and TekProbe-BNC Level 1 probes, and TekProbe-BNC Level 2 probes (v	Faq Id56016	27 Nov 2019
What is the size of the TRCP current probe loops. The size of the loops are given in this document.	Faq Id468376	27 Nov 2019
What is the delay or propogation delay for various Tektronix probes? Probe delay in ns (Typical)P520517P521020P510014.9P50505.5TCP20217TCPA30519TCP30353TCP31217A631230A630355A6302XL60	Faq Id58741	27 Nov 2019
Will The TCPA300 or TCPA400 current probe amplifier work with the older A6xxx series current probes? No, the TCPA300 and TCPA400 will only work with their respective current probes, TCP312, TCP303, TCP305, and TCP404XL.	Faq Id61461	27 Nov 2019
TCP0150 AC/DC Current Probe, Datasheet Literature Number: 51W-20815-5	Datasheet	26 Nov 2019
DC Coupled Current Probe Literature Number: 51W-10736-7	Datasheet	26 Nov 2019
AC/DC Current Probes Datasheet Literature Number: 51W-28098-0	Datasheet	26 Nov 2019
AC/DC Current Measurement Systems The TCP300 and TCP400 Series AC/DC current measurement family is a highly advanced current measurement system for today's current measurement needs. When connected to Tektronix oscilloscopes with TEKPROBE Level II, TekConnect (w/ TCA-BNC), or TekVPI Literature Number: 60W-16458-12	Datasheet	26 Nov 2019
AC Current Probes The P6021 and P6022 Current Probes provide versatile AC current measurements. Both probes provide accurate current measurements over a wide range of frequencies. The P6021 and P6022 allow current measurements without breaking the circuit by clipping Literature Number: 60W-06647-4	Datasheet	26 Nov 2019
30 A AC/DC Current Probe TCP0030A is a high-performance, easy-to-use AC/DC current probe designed for use and direct connection to oscilloscopes with the TekVPI™ probe interface. This AC/DC current measurement probe provides greater than 120 MHz of bandwidth with selectable Literature Number: 51W-19042-10	Datasheet	26 Nov 2019
AC Current Probes Datasheet Literature Number: 60W-12572-4	Datasheet	26 Nov 2019
Current Probes Literature Number: 60W-15081-3	Datasheet	26 Nov 2019
Current Probes Literature Number: 60W-60294-2	Datasheet	26 Nov 2019
P6021 60 MHz Current Probe 60 MHz Current Probe Instruction Manual Part Number: 070094706	Manual	26 Nov 2019
P6022 Instruction Manual Current Probe Instruction Manual Part Number: 070094803	Manual	26 Nov 2019
P6021 60 MHz Current Probe Instruction Manual Part Number: 070094707	Manual	26 Nov 2019
Probes and Accessories Declassification and Security Part Number: 071238400	Manual	26 Nov 2019
067-1686-03 Power Measurement Deskew & Calibration Fixture Part Number: 071187203	Manual	26 Nov 2019
067-1686-00 Power Measurement Deskew & Calibration Fixture Instructions Part Number: 071187202	Manual	26 Nov 2019
067-1478-00 Power Measurements Deskew Fixture Power Measurements Deskew Fixture Instructions Part Number: 071117501	Manual	26 Nov 2019
AM503+ AM503A+ AM503B+ AM503S+ AM5030+ AM5030S Memory Information and Clearing Click on this link to download the memory erasure information for AM503, AM503A, AM503B, AM503S, AM5030, AM5030S Current Probe Amplifiers	Manual	26 Nov 2019
CT-1 and CT-2 Current Transformer Instructions Part Number: 070795702	Manual	26 Nov 2019
Tektronix Supplemental, 071329504 Product Information Sheet for the People‚s Republic of China Part Number: 071329504	Manual	26 Nov 2019
Tektronix Supplemental, 071329304 Product Information Sheet for People‚s Republic of China Part Number: 071329304	Manual	26 Nov 2019
TCP300 and TCP400 Series Instructions AC/DC Current Probes Instructions Part Number: 071118501	Manual	26 Nov 2019
TCP202 Instruction Manual 15 Ampere AC/DC Current Probe Instruction Manual Part Number: 070954202	Manual	26 Nov 2019
TCPA300/400 and TCP303/305A/312A/404XL Amplifiers and Current Probes Compliance and Safety Part Number: 071364301	Manual	26 Nov 2019
TCP0150 20 MHz, 150 A AC/DC Current Probe Instruction Manual Part Number: 071225100	Manual	26 Nov 2019
TCPA300/400 and TCP300/400 Series Amplifiers & AC/DC Current Probes Service Manual Part Number: 077032300	Manual	26 Nov 2019
TCPA300/400 & TCP300/400 Series Revision A: Amplifiers & AC/DC Current Probes Part Number: 077118300	Manual	26 Nov 2019
TCPA300/400, TCP300/400 Instruction Manual AC/DC Current Measurement Systems Part Number: 071118400	Manual	26 Nov 2019
TCP202 Reference 15 Ampere AC/DC Current Probe Reference Part Number: 070954302	Manual	26 Nov 2019
TCPA300/400 & TCP300A/400 Series Amplifiers & AC/DC Current Probes Part Number: 077118301	Manual	26 Nov 2019
TCP202 15 Ampere AC/DC Current Probe Part Number: 070954203	Manual	26 Nov 2019
TCPA300/400 & TCP300/400 Series Amplifiers & AC/DC Current Probes Instruction Manual Part Number: 071118303	Manual	26 Nov 2019
TCP202 Reference 15 Ampere AC/DC Current Probe Part Number: 070954303	Manual	26 Nov 2019
TCP0030 Current Probe Instruction Manual Part Number: 071181200	Manual	26 Nov 2019
TRCP0300, TRCP0600, and TRCP3000 Current Probes Part Number: 077121300	Manual	26 Nov 2019
CT-6 High Frequency AC Current Probe High Frequency AC Current Probe Instruction Manual Part Number: 071045300	Manual	26 Nov 2019
P6022 Current Probe Instruction Manual Part Number: 070094805	Manual	26 Nov 2019
TCPA300/400 & TCP300A/400 Series Amplifiers & AC/DC Current Probes (Revision B) Service Manual Part Number: 077032301	Manual	26 Nov 2019
A621 1000 Amp AC Current Probe 1000 Amp AC Current Probe Instructions Part Number: 070888204	Manual	26 Nov 2019
A621 1000 Amp AC Current Probe Part Number: 070888205	Manual	26 Nov 2019
A622 100 Amp AC/DC Current Probe 100 Amp AC/DC Current Probe Instructions Part Number: 070888305	Manual	26 Nov 2019
The Probe Measurement accuracy begins at the probe tip. To help you master the art of probing, we’ve consolidated the most common probing questions and pitfalls into this easy-to-print, 11x17 poster to post in your lab or workspace. Download your copy for help Literature Number: 3GW-24992-3	Poster	26 Nov 2019
In-Depth Review: DSP-equipped scopes provide 20-GHz of realtime bandwidth	Technical Brief	26 Nov 2019
In-Depth Review: DSP-equipped scopes provide 20-GHz of realtime bandwidth	Product Article	26 Nov 2019
ABCs of Probes Primer Precision Measurements Start at the Probe Tip Probes are vital to oscilloscope measurements. To understand how vital, disconnect the probes from an oscilloscope and try to make a measurement. It can’t be done. There has to be some kind of electrica Literature Number: 60Z-6053-14	Primer	26 Nov 2019
Real-time 20-GHz-bandwidth DSO takes 50G samples/sec and captures four 200M-sample records at once	Product Article	26 Nov 2019
Making Accurate Current Measurements on Power Supplies with Oscilloscopes Accurately measuring current with oscilloscopes is essential for power supply design and general electronics. Learn how to measure current using shunt resistors and voltage probes, and how to use clamp-on current probes with your oscilloscope. Get ti Literature Number: 51W-60171-2	Application Note	26 Nov 2019
Tek oscilloscopes catch analog and digital signals	Product Article	12 Nov 2019
Tektronix MSOs Set Performance Benchmarks	Product Article	12 Nov 2019
Tektronix Probe Selection Guide Tektronix probes ensure the highest signal fidelity possible from your device-under-test to your oscilloscope. With over 100 probe choices available, all perfectly matched to our industry-leading oscilloscopes, you can find the probe you need for yo Literature Number: 60W_14232_10	Product Selector Guide	12 Nov 2019
Tektronix Instruments Selected For HDMI Compliance Test	Product Article	12 Nov 2019
REVIEW: Cost-effective scopes time-correlate analog+ digital signals	Product Article	12 Nov 2019
Tips and Tricks for Optimizing Low Power Measurements This technical brief gives best practices for making voltage and current measurements with an oscilloscope, especially in low-power applications. It describes techniques and advantages of differential voltage measurements, the risks of probe loading Literature Number: 48W-28259-1	Technical Brief	12 Nov 2019
Serial Analyzers for PCIe 2.0 Provide Power Management and Cross Bus Analysis	Product Article	12 Nov 2019

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SignalVU-PC Analysis Software. Free with all Spectrum Analyzers.

17 Measurements included for comprehensive spectrum analysis
Additional options for vector signal analysis, pulse measurements, common wireless standards

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What is a spectrum analyzer?

A spectrum analyzer measures the amplitude of an input signal versus frequency within the full frequency range of the instrument. The primary use is to measure the power of the spectrum of known and unknown signals.

From portable USB spectrum analyzers to benchtop real time spectrum analyzers, Tektronix has the solution to meet your RF analysis needs. Tektronix spectrum analyzers can be used for:

General purpose spectrum analysis
RF record and playback
EMC compliance testing and troubleshooting
Spectrum monitoring
Radiolocation and interference hunting
Radar and electronic warfare

Tektronix offers a suite of powerful Radio Frequency (RF) analysis solutions delivering high fidelity and low noise to provide the RF situational awareness you need.

The industry-leading Tektronix real time spectrum analyzers, powered with SignalVu software, provide advanced analysis capabilities.

Application-optimized software options are also available for vector signal analysis, pulsed measurements, EMI/EMC pre-compliance testing, RADHAZ detection and more. Compare All RSA Series

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What is a Spectrum Analyzer - Tektronix

What is a spectrum analyzer?

RSA306B: Compact and Portable

Benchtop performance meets definitive portability with the industry’s highest fidelity, lowest noise real time spectrum analyzer, at an amazingly low price.

Up to 6.2 GHz frequency coverage
40 MHz real-time signal acquisition bandwidth
Powered by USB3.0
0.73 kg (1.6 lbs.)

RSA500 Series: Ultimate in Rugged Portability

Real-time situational awareness in a rugged, portable form factor, the industry’s best for scanning, analyzing, and recording Radio Frequency signals when you need to, where you need to.

Up to 18 GHz frequency coverage
40 MHz real-time signal acquisition bandwidth
Battery or line powered
1.1 kg (2.43 lbs.)
Optional tracking generator

RSA600 Series: High Fidelity, Compact Size

Ideal for cramped spaces in the lab or production line, the RSA600 series provides advanced capture, identify and analyze capabilities utilizing the power of your PC in a compact form factor.

Up to 7.5 GHz frequency coverage
40 MHz real-time signal acquisition bandwidth
Line powered
2.79 kg (6.15 lbs.)

RSA5000 Series: Advanced Signal Analysis

Accelerate troubleshooting and analysis with best in class RF performance in a mid-range real-time Spectrum Analyzer.

Up to 26.5 GHz frequency coverage
Up to 165 MHz real-time signal acquisition bandwidth
0.434 μs Minimum Event Duration for 100% POI

RSA7100A: Ultra-Wide Bandwidth Analysis and Recording

Scan RF signals faster with flexibility to record, stream and analyze data in real time, at full bandwidth.

Up to 26.5 GHz frequency coverage
Up to 800 MHz real-time signal acquisition bandwidth
IQFlow^TM streaming to RAID, LVDS, 40 GbE and an API provides the speed and flexibility needed to perform real-time DSP algorithms, and record/analyze long event sequences

SignalVu-PC: RF and Vector Signal Analysis Software

Comprehensive suite of tools to capture, isolate, and analyze hard-to-find transient RF signals of interest with confidence.

Analyze signals captured by Tektronix Real-time Spectrum Analyzers and oscilloscopes
Robust time-correlated, multi-domain measurements
Record and analyze capabilities
Advanced signal analysis options for numerous applications

DataVu-PC Record Analysis Software for Real-Time Spectrum Analyzers

DataVu-PC: Recording and Analysis Software

Rapidly find signals of interest on large RF datasets, supporting all Tektronix RSA spectrum analyzers.

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SignalVU-PC signal analysis software (Free with all spectrum/signal analyzers)

SignalVU-PC Analysis Software. Free with all Spectrum Analyzers.

17 Measurements included for comprehensive spectrum analysis
Additional options for vector signal analysis, pulse measurements, common wireless standards

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What is a spectrum analyzer?

From portable USB spectrum analyzers to benchtop real time spectrum analyzers, Tektronix has the solution to meet your RF analysis needs. Tektronix spectrum analyzers can be used for:

General purpose spectrum analysis
RF record and playback
EMC compliance testing and troubleshooting
Spectrum monitoring
Radiolocation and interference hunting
Radar and electronic warfare

Tektronix offers a suite of powerful Radio Frequency (RF) signal analysis solutions delivering high fidelity and low noise to provide the RF situational awareness you need.

History of signal and spectrum analyzers

Spectrum analyzer vs signal analyzer

A traditional spectrum analyzer searches for signals within a spectral bandwidth and provides snapshots of the signal in the frequency or modulation domain. However, this is often not enough information to confidently describe the dynamic nature of modern RF signals.

A signal analyzer, however, includes additional functionality like digital signal processing (DSP) that detects, characterizes, and analyzes signals with complex digital modulation. Signal analyzers can be used to perform more complicated measurements and deeper analysis of RF modulated signals.

What does a signal analyzer do?

A signal analyzer provides advanced demodulation and signal analysis capabilities for analyzing modern RF signals. A signal analyzer can measure any characteristic of the signal, including magnitude and phase information. Signal analyzers essentially help engineers detect and characterize RF signals that change over time.

Tektronix analyzers powered by SignalVu spectrum analyzer software, provide advanced signal analysis capabilities. Application-optimized software options are also available for vector signal analysis, pulsed measurements typical in the Radar application space, EMI/EMC pre-compliance testing, RADHAZ detection and more.

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RSA306B: Compact and Portable Spectrum/Signal Analyzer
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RSA5000B Series: Advanced Spectrum/Signal Analyzer
RSA7100B: Ultra-Wide Bandwidth Analysis and Recording Spectrum/Signal Analyzer

Spectrum Analyzer (Signal Analyzer) Software

Get the most out of your spectrum analyzer by pairing it with industry-leading signal recording and signal analysis application software from Tektronix.

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