Tektronix DPO1052S 50 MHz Oscilloscope
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- Analog Bandwidth: 50 MHz
- Analog Channels: 2
- Sample Rate:
- 1.25 GS/s half channels
- 625 MS/s all channels
- Record Length: 10 Mpoints per channel
- Waveform capture rate: More than 125,000 waveforms per second
- Vertical resolution: 12 bits
- AFG output: 1
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More information
Description
The 1 Series DPO packs all the essentials into a sleek form factor with an intuitive touch UI, familiar across all Tektronix oscilloscopes. Learn faster, measure smarter, share data and screenshots quickly, and get more from every measurement with the Tektronix ecosystem.
All the Essentials and More
Get all the capability you need in one compact instrument. A true lab on your bench, with built-in analog channels, AFG, frequency response analyzer (Bode plot), protocol analyzer, DVM, and counter. Backed by a 1-year standard warranty with optional coverage extensions up to 5 years, and powered by Tektronix trusted innovation, the 1 Series DPO combines precision, usability and connectivity in one compact form.
Learn Easier. Work Faster.
Work smarter with an intuitive high-res touchscreen and built-in analysis tools that simplify complex measurements.
- On-screen cursors and annotations
- 20+ automatic measurements
- Protocol decode (I²C, SPI, UART)
- Easy-access statistics
- Optional Bode plot with S model
Access the Tektronix Advantage
Get more from every measurement with access to the Tektronix ecosystem.
- Python Drivers to interact externally
- Remote access via eScope
- Technical resources and support
- Optional TekScope-PC to view and analyze captured data on PC
Essential Specifications Overview
- Analog Channels: 2 or 4
- Bandwidth: 50 MHz, 70 MHz, 100 MHz, 200 MHz
- Sample Rate: Up to 1.25 GS/s
- Record Length: 10 M samples per channel
- Vertical Resolution: 12-bit
- Input: 1 MΩ ± 0.02 MΩ
- Trigger Types: Edge, Pulse Width, Runt, Timeout, Rise/Fall, Serial bus
- Analysis: Amplitude/Time, Basic and Advanced Math, FFT, Limit Test, Bode Plots (available with S model)
- Protocol Decode: I2C, SPI, UART
- DVM/Counter: 5-digit/6-digit
- AFG (available with S model): 14-bit, 25 MHz, 1 Ch, Basic Waveform with Modulations
- Display: 7-inch Capacitive Touch
Accessorize your scope
Optional accessories to make your work easier.
- Soft carrying case
- Hard carrying case
- Rackmount kit
Compare Products
| Tektronix DPO1 | KS DSOX1000 | R&S RTC1000 | |
| Analog Channels | 2 or 4 | 2 or 4 | 2 |
| Max Bandwidth | 200 MHz | 200 MHz | 300 MHz |
| Sample Rate | 1.25 GS/s | 1 GS/s | 2 GS/s |
| Record Length | 10 Mpoints | 1 Mpoints | 2 Mpoints |
| Vertical Resolution | 12 bits | 8 bits | 8 bits |
| Analysis | Amplitude / Time Measurements, Basic & Advanced Math, FFT, Bode Plot, Limit Mask Testing | Amplitude / Time Measurements, Basic Math, FFT, Bode Plot, Mask Testing | Amplitude / Time Measurements, Basic Math, FFT, Mask Testing |
| Protocol Decode | I2C, SPI, UART | I2C, SPI, UART, CAN, LIN | I2C, SPI, CAN/LIN |
| DVM Counter | Yes | Yes | Yes |
| AFG Option | 25 MHz | 25 MHz | 20 MHz |
| Warranty | 1 Year | 3 Year | 3 Year |
Learning Oscilloscope
Designed for ease of use and essential measurements, the 1 Series DPO provides learning labs with an affordable tool to help prepare students for real-world engineering. The 1 Series DPO features the same modern user interface found on our advanced oscilloscopes, with measurement capability that lets students explore today’s applications hands-on.
- Built-in help system
- Turn off autoset and cursors to help reinforce measurement fundamental skills
- Expert support, lab tutorials
- 1-year warranty included, with optional coverage extensions up to 5 years for added peace of mind
Precision Tool for Embedded Design
Embedded designers rely on precise signal observation to develop and debug systems efficiently, and the 1 Series DPO helps them do just that.
- A high-resolution touchscreen with 12-bit vertical resolution to see your signals clearly
- An intuitive UI with on-screen cursors to help you quickly find those areas of interest
- Serial protocols including I2C, SPI, UART for faster analysis and insight
FAQs - Digital Oscilloscope
What is the difference between a DPO and an MSO oscilloscope?
A DPO (Digital Phosphor Oscilloscope) captures and displays fast-changing signals with high waveform detail and intensity-graded color, making it ideal for visualizing complex analog behavior.
An MSO (Mixed Signal Oscilloscope) combines those same analog measurement capabilities with digital channels, allowing you to view and correlate both analog and digital signals on one screen. This makes it powerful for debugging embedded systems that mix microcontrollers, sensors, and power circuits.
What is embedded design?
Embedded design is the process of creating specialized computing systems that perform dedicated tasks within larger electronic devices. It brings together hardware, such as microcontrollers, sensors, and interfaces, and software that controls how the system operates in real time. Embedded design is used in everything from consumer electronics to automotive and industrial applications, helping engineers build efficient, reliable, and purpose-built systems that connect the physical and digital worlds.
How can an oscilloscope measure current?
An oscilloscope measures current indirectly by displaying the voltage drop across a known resistance, such as a current shunt resistor or a current probe. The probe converts current into a proportional voltage signal that the oscilloscope can display as a waveform. Not all oscilloscopes can measure current directly. You’ll need a compatible current probe or external shunt designed for your oscilloscope model.
What can an oscilloscope measure?
An oscilloscope measures and displays electrical signals as waveforms over time. It can measure key properties such as:
- Voltage (both AC and DC)
- Time and frequency (period, delay, rise/fall times)
- Current (using a current probe or shunt resistor)
- Phase differences between signals
- Noise, distortion, and ripple
In short, oscilloscopes help visualize how signals behave, making them essential for testing, troubleshooting, and analyzing electronic circuits.
What replacement passive probes can I order for the 1 Series DPO?
The 1 Series DPO is originally shipped with either the P2101 or P2201 passive probes. These specific models are not available for individual purchase.
For replacement options, you can order the following compatible probes:
- TPP0101 – 10X 100MHz passive probe
- TPP0201 – 10X 200MHz passive probe
- P2220 or P2221 – 1X/10X 200MHz switchable passive probe
These probes provide equivalent functionality and are recommended replacements for the original accessories.
What's in the 1 Series DPO box?
- One passive probe per channel
- Calibration Certificate
- Power Cord
- Quick Start Guide
- Safety Manual
Documents
Options
Video
Zoom | 1 Series DPO
I2C Decode | 1 Series DPO
Bode Plot | 1 Series DPO
XY Plot | 1 Series DPO
Automatic Measurements | 1 Series DPO
SPI Decode | 1 Series DPO
UART Decode | 1 Series DPO
AFG | 1 Series DPO
Limit Testing | 1 Series DPO
FFT | 1 Series DPO
Math Functions | 1 Series DPO
Cursors | 1 Series DPO
Probe Compensation | 1 Series DPO
The 1 Series DPO packs all the essentials into a sleek form factor with an intuitive touch UI, familiar across all Tektronix oscilloscopes. Learn faster, measure smarter, share data and screenshots quickly, and get more from every measurement with the Tektronix ecosystem.
All the Essentials and More
Get all the capability you need in one compact instrument. A true lab on your bench, with built-in analog channels, AFG, frequency response analyzer (Bode plot), protocol analyzer, DVM, and counter. Backed by a 1-year standard warranty with optional coverage extensions up to 5 years, and powered by Tektronix trusted innovation, the 1 Series DPO combines precision, usability and connectivity in one compact form.
Learn Easier. Work Faster.
Work smarter with an intuitive high-res touchscreen and built-in analysis tools that simplify complex measurements.
- On-screen cursors and annotations
- 20+ automatic measurements
- Protocol decode (I²C, SPI, UART)
- Easy-access statistics
- Optional Bode plot with S model
Access the Tektronix Advantage
Get more from every measurement with access to the Tektronix ecosystem.
- Python Drivers to interact externally
- Remote access via eScope
- Technical resources and support
- Optional TekScope-PC to view and analyze captured data on PC
Essential Specifications Overview
- Analog Channels: 2 or 4
- Bandwidth: 50 MHz, 70 MHz, 100 MHz, 200 MHz
- Sample Rate: Up to 1.25 GS/s
- Record Length: 10 M samples per channel
- Vertical Resolution: 12-bit
- Input: 1 MΩ ± 0.02 MΩ
- Trigger Types: Edge, Pulse Width, Runt, Timeout, Rise/Fall, Serial bus
- Analysis: Amplitude/Time, Basic and Advanced Math, FFT, Limit Test, Bode Plots (available with S model)
- Protocol Decode: I2C, SPI, UART
- DVM/Counter: 5-digit/6-digit
- AFG (available with S model): 14-bit, 25 MHz, 1 Ch, Basic Waveform with Modulations
- Display: 7-inch Capacitive Touch
Accessorize your scope
Optional accessories to make your work easier.
- Soft carrying case
- Hard carrying case
- Rackmount kit
Compare Products
| Tektronix DPO1 | KS DSOX1000 | R&S RTC1000 | |
| Analog Channels | 2 or 4 | 2 or 4 | 2 |
| Max Bandwidth | 200 MHz | 200 MHz | 300 MHz |
| Sample Rate | 1.25 GS/s | 1 GS/s | 2 GS/s |
| Record Length | 10 Mpoints | 1 Mpoints | 2 Mpoints |
| Vertical Resolution | 12 bits | 8 bits | 8 bits |
| Analysis | Amplitude / Time Measurements, Basic & Advanced Math, FFT, Bode Plot, Limit Mask Testing | Amplitude / Time Measurements, Basic Math, FFT, Bode Plot, Mask Testing | Amplitude / Time Measurements, Basic Math, FFT, Mask Testing |
| Protocol Decode | I2C, SPI, UART | I2C, SPI, UART, CAN, LIN | I2C, SPI, CAN/LIN |
| DVM Counter | Yes | Yes | Yes |
| AFG Option | 25 MHz | 25 MHz | 20 MHz |
| Warranty | 1 Year | 3 Year | 3 Year |
Learning Oscilloscope
Designed for ease of use and essential measurements, the 1 Series DPO provides learning labs with an affordable tool to help prepare students for real-world engineering. The 1 Series DPO features the same modern user interface found on our advanced oscilloscopes, with measurement capability that lets students explore today’s applications hands-on.
- Built-in help system
- Turn off autoset and cursors to help reinforce measurement fundamental skills
- Expert support, lab tutorials
- 1-year warranty included, with optional coverage extensions up to 5 years for added peace of mind
Precision Tool for Embedded Design
Embedded designers rely on precise signal observation to develop and debug systems efficiently, and the 1 Series DPO helps them do just that.
- A high-resolution touchscreen with 12-bit vertical resolution to see your signals clearly
- An intuitive UI with on-screen cursors to help you quickly find those areas of interest
- Serial protocols including I2C, SPI, UART for faster analysis and insight
FAQs - Digital Oscilloscope
What is the difference between a DPO and an MSO oscilloscope?
A DPO (Digital Phosphor Oscilloscope) captures and displays fast-changing signals with high waveform detail and intensity-graded color, making it ideal for visualizing complex analog behavior.
An MSO (Mixed Signal Oscilloscope) combines those same analog measurement capabilities with digital channels, allowing you to view and correlate both analog and digital signals on one screen. This makes it powerful for debugging embedded systems that mix microcontrollers, sensors, and power circuits.
What is embedded design?
Embedded design is the process of creating specialized computing systems that perform dedicated tasks within larger electronic devices. It brings together hardware, such as microcontrollers, sensors, and interfaces, and software that controls how the system operates in real time. Embedded design is used in everything from consumer electronics to automotive and industrial applications, helping engineers build efficient, reliable, and purpose-built systems that connect the physical and digital worlds.
How can an oscilloscope measure current?
An oscilloscope measures current indirectly by displaying the voltage drop across a known resistance, such as a current shunt resistor or a current probe. The probe converts current into a proportional voltage signal that the oscilloscope can display as a waveform. Not all oscilloscopes can measure current directly. You’ll need a compatible current probe or external shunt designed for your oscilloscope model.
What can an oscilloscope measure?
An oscilloscope measures and displays electrical signals as waveforms over time. It can measure key properties such as:
- Voltage (both AC and DC)
- Time and frequency (period, delay, rise/fall times)
- Current (using a current probe or shunt resistor)
- Phase differences between signals
- Noise, distortion, and ripple
In short, oscilloscopes help visualize how signals behave, making them essential for testing, troubleshooting, and analyzing electronic circuits.
What replacement passive probes can I order for the 1 Series DPO?
The 1 Series DPO is originally shipped with either the P2101 or P2201 passive probes. These specific models are not available for individual purchase.
For replacement options, you can order the following compatible probes:
- TPP0101 – 10X 100MHz passive probe
- TPP0201 – 10X 200MHz passive probe
- P2220 or P2221 – 1X/10X 200MHz switchable passive probe
These probes provide equivalent functionality and are recommended replacements for the original accessories.
What's in the 1 Series DPO box?
- One passive probe per channel
- Calibration Certificate
- Power Cord
- Quick Start Guide
- Safety Manual
Zoom | 1 Series DPO
I2C Decode | 1 Series DPO
Bode Plot | 1 Series DPO
XY Plot | 1 Series DPO
Automatic Measurements | 1 Series DPO
SPI Decode | 1 Series DPO
UART Decode | 1 Series DPO
AFG | 1 Series DPO
Limit Testing | 1 Series DPO
FFT | 1 Series DPO
Math Functions | 1 Series DPO
Cursors | 1 Series DPO
Probe Compensation | 1 Series DPO