TEKTRONIX MSO5000B, DPO5000B series mixed signal oscilloscope

TEKTRONIX MSO5000B, DPO5000B series mixed signal oscilloscope

The current design of faster data rates and smaller timing margins requires oscilloscopes to have outstanding signal acquisition performance and analysis capabilities. The Tektronix MSO/DPO5000B series oscilloscopes not only have outstanding signal fidelity, but also provide bandwidth of up to 2 GHz and a sampling rate of 10 GS/s. They also have advanced analysis and mathematical operation functions, which can be enjoyed at any time. Can run Windows based on oscilloscope ®  The analysis software. Simply click on the visual trigger to easily capture complex signals. The MSO model includes 16 digital timing channels, and all models can decode common serial protocols, making it easy for you to fully understand your system.

Main Characteristics Analysis

Wave inspector ®  Control function, easy navigation and automatic search for waveform count

according to

Advanced trigger kit, standard with visual trigger and search

53 automatic measurements, with optional filtering functions, waveform mathematical operations, and

FFT analysis

Waveform histogram, eye diagram, TIE (jitter/timing) measurement and analysis

Using MATLAB, Visual Studio, and Excel for user-defined tasks

mathematical operations

Optional memory analysis, advanced jitter, serial data, power, and broadband RF

Main protocol features

Trigger and decoding options for medium speed (100 Mb/s to 1 Gb/s) bus

Trigger and decoding options for low-speed (10 Mb/s) bus

USB2.0、 One of Ethernet, USB power supply, MOST, and automotive Ethernet

Sexual testing options

Template testing on communication, computing, and video standards

Mixed Signal Design and Analysis (MSO Series)

16 digital channels (user upgradable)

MagniVu ™  High speed acquisition technology provides 60.6 ps on the digital channel

Fine timing resolution

Parallel bus automatic triggering, decoding, and searching

Set separate thresholds for each channel

Main performance indicators

Four bandwidth models: 2 GHz, 1 GHz, 500 MHz, and 350 MHz

Real time sampling rate of up to 10 GS/s on one or two channels, all channels

Up to 5 GS/s sampling rate

MultiView zoom ™  Up to 250 M point recording length

FastAcq ®  Acquisition technology, maximum waveform capture speed>250000 wfm/s

rate

FastFrame ™  Segmented memory acquisition mode with up to 290000 segments,

>310000 waveform/second capture rate

Standard 10 M Ω passive voltage probe, providing<4 pF capacitor load and

500 MHz or 1 GHz analog bandwidth

Vertical resolution>11 bits when using HiRes sampling

Users can choose bandwidth limits and DSP filters to reduce noise and improve efficiency

Frequency measurement accuracy

Core performance parameters (universal across the entire series)

1. Key parameters of simulation channel

Parameter category specification details

Bandwidth range: 100MHz, 150MHz, 350MHz, 500MHz, 1GHz, 2GHz (different models correspond to different bandwidths)

Sampling rate: all channels are turned on simultaneously: 2.5GS/s; Half channel open (e.g. 4-channel model with 2-channel open): 5GS/s (interpolated)

Record length for all channels: 400Mpts; Each channel is independent: 100Mpts (supports segmented storage, enhances long signal analysis capabilities)

Vertical resolution 8-bit (standard mode), 12 bit (high-resolution mode, enabled when sampling rate decreases)

Vertical sensitivity 2mV/div-10V/div (1-2-5 sequence, DC coupling); 10mV/div-10V/div (AC coupling, ≤ 10Hz)

The highest waveform capture rate is 1000000 waveforms per second (in sequence acquisition mode); Normal mode: 50000 waveforms per second

2. Digital channel parameters (only MSO5000B series)

Number of channels: 16 (in conjunction with TPP0816 digital probe);

Timing resolution: 62.5ps (high timing accuracy, suitable for high-speed digital signal timing analysis);

Threshold range: 0.8V-5.5V (supporting various logic level standards such as TTL and CMOS);

Triggering and analysis: Supports parallel bus triggering (such as 8/16 bit data bus), establishing/maintaining violation detection.

3. Time base and trigger parameters

Time base range: 500fs/div-1000s/div (1-2-5 sequence, covering from high-speed signals to slow changing signals);

Trigger types: edge trigger, pulse width trigger, code trigger, Zone trigger (area trigger, only triggers signals within the specified screen area), serial bus trigger (such as I2C address trigger, CAN ID trigger);

Trigger sensitivity: ≤ 10mV when bandwidth ≤ 500MHz (20MHz bandwidth limit enabled); When the bandwidth is greater than 500MHz, ≤ 20mV.

Key functional characteristics

1. Display and operation experience

Display screen: 12.1-inch capacitive touch screen (1280 × 800 resolution), supports multi touch (zoom, pan), adjustable brightness and contrast;

Operation method:

Physical controls: Wave Inspector knob (quick zoom/pan waveform), independent channel control buttons, shortcut keys (AutoSet, Default Setup);

Software features: Multi view display (simultaneously displaying time-domain, frequency-domain, and digital channel waveforms), custom interface (can hide redundant controls);

Interface language: Supports 10 languages including Chinese, English, Japanese, etc., to meet the needs of global users.

2. Collection and analysis functions

(1) Sequence collection

Function definition: Divide long signals into multiple "sequence segments" for acquisition, with each segment recording a length that can be set (such as 1Mpts), and a maximum of 1000 segments in total;

Advantages: Avoiding excessive memory usage for a single long record and capturing burst signals with long intervals (such as 1-second pulse sequences).

(2) Signal analysis

FFT analysis: Supports 1024-1M point FFT, frequency range 0Hz Nyquist frequency, and provides 5 window functions including Hanning/Flattop/Rectangle;

Template testing: Customize waveform templates (such as standard sine wave contours), the oscilloscope automatically compares the collected waveform with the template, marks out out of tolerance areas, and is suitable for batch signal quality testing;

Measurement function: Supports 56 types of automatic measurements (frequency, cycle, peak to peak, rise time, etc.), measurement statistics (average, maximum, minimum, standard deviation), and supports user-defined measurement formulas.

3. Serial bus decoding and triggering

Supports bus types: covering 18 commonly used serial buses, including:

Low speed bus: I2C, SPI, UART (RS-232/422/485), LIN, CAN/CAN FD;

High speed bus: Ethernet (10/100/1000BASE-T), USB 2.0, SATA, PCIe (Gen1/2);

Decoding function: Real time decoding of bus data, displayed in color tags (such as I2C address in yellow and data in blue), supporting viewing of "event table" (displaying timestamp, type, and value of each frame of data);

Trigger function: It can be triggered based on specific bus conditions (such as I2C write address 0x50, CAN ID=0x123) to accurately capture target data frames.

4. Expansion and connectivity capabilities

Built in expansion module:

Function generator: 25MHz output, supporting 14 waveforms including sine wave (0.1Hz-25MHz), square wave (1Hz-25MHz, duty cycle 1% -99%), triangular wave/sawtooth wave (0.1Hz-1MHz), etc;

Logic analyzer: The MSO model has built-in 16 channel logic analysis function, which does not require additional hardware;

Protocol analyzer: supports bus data storage and playback, and can be exported in CSV/Excel format.

External interface:

Data transmission: USB 3.0 (device side, high-speed transmission of waveform data), USB 2.0 (host side, connected to USB flash drive/mouse), Ethernet (10/100/1000BASE-T, supporting LXI-C standard, remote control);

Display output: HDMI (1080P, external monitor);

Synchronization interface: Trigger In/Out (trigger signal input/output), Ext Clock (external clock input);

Storage capacity: Built in 16GB SSD (for storing waveforms/settings/decoding data), supports external USB drives (up to 2TB), and portable hard drives.

Comparison of Parameters for All Series Models (Core Models)

Model Channel Type Bandwidth Sampling Rate (Full Channel/Half Channel) Digital Channel Function Generator Typical Application Scenarios

DPO5104B 4 simulates 100MHz 2.5GS/s/5GS/s without optional basic analog signal debugging (such as power supply)

MSO5104B 4 Analog+16 Digital 100MHz 2.5GS/s/5GS/s 16 Optional Embedded System Mixed Signal Debugging

DPO5154B 4 Analog 150MHz 2.5GS/s/5GS/s No selectable medium speed analog signal (such as 100Mbps communication)

MSO5154B 4 analog+16 digital 150MHz 2.5GS/s/5GS/s 16 optional medium speed mixed signal (such as CAN bus)

DPO5504B 4 Analog 500MHz 2.5GS/s/5GS/s No selectable high-speed analog signal (such as 500MHz clock)

MSO5504B 4 analog+16 digital 500MHz 2.5GS/s/5GS/s 16 optional high-speed mixed signal (such as SPI high-speed communication)

DPO5204B 4 analog 2GHz 2.5GS/s/5GS/s no optional ultra high speed analog signal (such as 1GHz RF)

MSO5204B 4 Analog+16 Digital 2GHz 2.5GS/s/5GS/s 16 Optional Ultra High Speed Mixed Signal (such as PCIe)

DPO5104B-L 4 simulation (low noise) 100MHz 2.5GS/s/5GS No selectable low noise scenarios (such as sensor signals)

Compliance certification

Safety certification: compliant with UL 61010-1, CSA C22.2 No. 61010-1, IEC 61010-1 (overvoltage category II, pollution level 2);

EMC standards: comply with EN 61326-1 (industrial environment), CISPR 11 (Class A, non residential area), FCC Part 15 (Class A);

Environmental requirements: working temperature 0-50 ℃, storage temperature -40-70 ℃, relative humidity 5% -90% (no condensation), altitude ≤ 3000m.