Yamato Scientific/Pico Technology

Product Overview
The T3DSO3000HD series supports 200MHz, 350MHz, 500MHz, and 1GHz bandwidths, a maximum memory length of 400 Mpts/ch, and mixed signal analysis capability of 4 analog channels plus 16 optional digital channels.
It employs the latest technologies, including waveform capture rates of up to 200,000 wfm/s in normal mode and 890,000 wfm/s in sequence mode, a 256-level luminance gradation display function, and a color temperature display mode. It also employs an innovative digital trigger system with high sensitivity and low jitter. The trigger system supports multiple powerful trigger modes, including serial bus triggering. Tools such as history waveform recording, search & navigate function, mask test, Bode diagram, and power analysis enable various measurements.

12-bit high resolution
12-bit resolution allows you to check waveform details with low noise.
Low noise floor: Only 125 μVrms at 1 GHz bandwidth
0.5% DC gain accuracy

High waveform update rate
Waveform update rate of up to 200,000 wfm/s makes it easy to capture anomalous or low-probability events.

Product Overview
Frequency bandwidth: up to 6 GHz
Sample rate: 20 GSa/s (interleaved), 10 GSa/s (non-interleaved)
Memory length: 500Mpts/ch standard, 1Gpts/ch optional
Waveform update rate: max. 1,000,000 wfm/s
Display: 15.6-inch touch HD display

4G Distinct｜True HD
The SDS7000A Series is Dingyang's new flagship oscilloscope product, with a maximum bandwidth of 6 GHz and a rise time of only 100 ps, more than twice as fast as 2 GHz bandwidth oscilloscopes, and supports measurements of USB2.0, SATA1, DDR1/2/3 signals, etc. and supports a wide variety of application scenarios. The newly developed 15.6” high-definition touch screen supports split-screen display functionality, providing a new measurement experience with clear and reliable waveforms from whole to detail.

High resolution 12-bit ADC
The 12-bit high resolution has a quantization error 16 times greater than that of a normal 8-bit ADC, enabling clearer observation of waveform details and accurate waveform measurement.

SDS800X HD Series of 12-bit High-Resolution Oscilloscopes Starting in the 50,000-yen Range

Product Overview
70 MHz, 100 MHz, and 200 MHz bandwidth models
12-bit high-resolution
Real-time sampling rates up to 2 GSa/s
Up to 50/100 Mpts memory depth
Up to 500,000 wfm/s waveform capture rate (sequence mode)
7” touchscreen, external mouse and keyboard support

12-bit high resolution
High-resolution oscilloscopes have excellent signal detection and display capabilities, helping to analyze signal details and characteristics and providing significant benefits for applications such as high-precision power supply testing, power supply ripple measurement, equipment performance optimization, and engine control unit testing.

Long Memory
With a memory depth of up to 100 Mpts, the SDS800X HD is suitable for observing and analyzing long time signals, low frequency signals, and transient phenomena. The large memory capacity allows processing of more data, and the accuracy and stability of the calculation results are also higher.

Present True Signal
The SigOFIT probe has an extremely high common-mode rejection ratio (CMRR) of 128 dB at 100 MHz and over 100 dB at 1 GHz, enabling faithful measurement of signals.

Excellent amplitude-frequency response
DC gain accuracy ≤ 1%, noise ≤ 0.45 mVrms, zero drift < 0.1% (after 5 minutes), gain drift < 1%.

Optimum probe for 3rd generation semiconductors
Devices such as SiC and GaN can switch high voltages, including very energetic high-frequency harmonics, in a few nanoseconds; SigOFIT has a CMRR of >100 dB even at maximum bandwidth, suppressing oscillations caused by high-frequency common-mode noise.

Safety Performance
The SigOFIT probe's short test leads and coaxial cable transmission make it very safe to test GaN with an input capacitance of less than 2.5pF. * Safety is not guaranteed if the device is already in a critical state.

Wide measurement range
Conventional differential probes can only measure high voltage signals, but the SigOFIT probe can measure differential mode signals from ±0.1V to ±6250 by using different attenuator chips, providing very high signal-to-noise ratios over an optimal range.

Hand-held palm-sized oscilloscope 100MHz, 4ch, 1GS/s

Compact and lightweight, easy to carry
Ultra-compact oscilloscope weighing only 200g, palm-sized.

USB power supply
Simply connect to the USB terminal of your PC. This is a powerful tool for waveform analysis on business trips or in the field.

Arbitrary waveform generator
A signal source that is convenient for circuit analysis is included as standard. An arbitrary waveform function allows complex waveforms to be created and output using a dedicated editor.

The latest SW for real-time PicoScope PicoScope7 has a next-generation GUI that enables intuitive operation.
PicoScope SW is provided free of charge, and additional features are available with free upgrades.
PicoScope SW is provided free of charge, with additional features available through free upgrades, so your PicoScope will always be the latest model.
PicoScope7 runs on Windows, Mac and Linux.
PicoScope7 is a full featured oscilloscope, spectrum analyzer, serial protocol analyzer, function generator, arbitrary waveform generator and
function generator, arbitrary waveform generator, and logic analyzer (MSO model).
The MSO model is a logic analyzer.

SSA3000X-R Series Spectrum Analyzers with 7.5 GHz Real-time Spectrum Analyzer and Network Analyzer Functions

Tracking generator as standard feature
A tracking generator is included as standard feature to help you evaluate frequency characteristics of devices.

The tracking generator is useful for evaluating the frequency characteristics of devices, etc.

Minimum 1Hz resolution bandwidth (RBW)
It is possible to separate and observe signals of neighboring frequencies.

Displayed average noise level -165 dBm (preamplifier on)
Low noise level allows observation of minute signals.

Phase noise <-98 dBc/Hz@1GHz
The signal can be observed faithfully without distortion.

Real-time spectrum analyzer mode
25 MHz bandwidth as standard, up to 40 MHz bandwidth as an option for seamless real-time spectrum analysis.

Vector Network Analyzer Mode
S parameters (S11, S21) can be measured.

DTF measurement function (optional) Measures the distance to the mismatch point.
The distance to the impedance mismatch point can be measured.

Real-time Spectrum Analyzer Maximum Frequency 26.5 GHz, SSA5000A Series for Complex RF Spectrum and Signal Analysis

Spectrum Analyzer Mode
Spectrum Analyzer Mode
The SIGLENT SSA5000A spectrum analyzer is a powerful and flexible tool for complex RF spectrum and signal analysis with a frequency range of 9 kHz ~ 13.6/26.5 GHz.
It is suitable for applications such as broadcast signal monitoring and evaluation, cell site testing, IoT, WLAN and Bluetooth investigations, R&D, education, production, and maintenance.

Real-time Analysis Mode
The SSA5000A Series offers real-time spectrum analysis capability. The multi-dimensional data display and advanced triggering features help solve modern RF spectrum challenges such as channel power measurement, hopping frequency, channel contention, and spectrum interference.

Modulation Analysis Modes
The software provides AM/FM/PM analog modulation and ASK/FSK/PSK/MSK/QAM vector modulation analysis functions for transceiver testing. It also supports EVM measurement, signal space diagram display, and eye diagram display, providing a wealth of communication quality evaluation methods. SSA5083A

The PicoScope 9404A-25 SXRTO (Sampler-Extended Real-Time Oscilloscope) extends the bandwidth of the PicoScope 9400 Series with a 25 GHz model. It combines the benefits of real-time and equivalent-time sampling to create a truly incredible oscilloscope capable of capturing signals up to 25 GHz.

Packed with features
The PicoScope 9404A-25's random sampling is ideal for measuring high speed interfaces with repetitive signals or clock streams. It can record high-speed signals such as gigabit digital systems on up to four channels at once. The PicoScope 9404A Series is invaluable for the design, testing, servicing and manufacturing of telecoms equipment. With these applications in mind, the free PicoSample 4 software is packed with useful measurements and features. Draw eye diagrams with ease and analyze them with one of over 175 built-in masks (or create your own). Plot trends in your data such as pulse width or period over time.



Control of the PicoScope 9404A-25 can also be automated, including a remote control option via over USB or LAN using ActiveX control.

Unparalleled Operating Experience

Memory Length 70Mpts
Hardware-based zoom technology and memory depths up to 70Mpts make it easier to move and view waveforms, allowing you to quickly zoom and focus on the area you want to see.

● Serial Bus Decoding
Supports UART, LIN, CAN, I²C, and SPI serial bus decoding to display waveforms and data simultaneously.

● Powerful trigger functions
Supports edge, pulse, logic, N-edge, runt, slope, timeout, video, and serial triggers.

● Control Panel
Innovative multi-function navigation buttons provide quick and precise control.

● Portable & Benchtop
Built-in 7500mAh lithium-ion battery supports 5 hours long field work.

● Android Operation System
With the world's first Android-based operating system, Smart STO1000 offers a superior user experience and promising applications.

● Large 32 GB internal storage
Stores and allows access to a large number of files, including waveforms, screenshots, and video recordings.

● High Waveform Update Rate
With a waveform update rate of up to 130,000 wfms/s, the STO1000 series can easily capture abnormal or low-probability events.

Provides full touch operation that is far more efficient than traditional desktop oscilloscopes.

● 10.1" TFT-LCD display
ultra-high resolution 1280*800 and seamless capacitive screen provide a new touch experience, compact design leading portable solutions.

● Portable & Benchtop
Built-in 7500mAh lithium-ion battery supports 4 hours long field work.

● Memory Length 220Mpts
hardware-based zoom technology and memory lengths up to 220Mpts allow users to capture longer time signals with higher resolution and see more detail.

● Capture Rate
With waveform capture rates of up to 300,000 wfms/s, the TO series can easily capture unusual or low-probability events.

● Powerful trigger functions
edge, pulse, runt, logic, N-edge, video, timeout, slope, etc. are supported.

● Serial bus decode function (standard)
Supports UART, CAN, LIN, SPI, I2C, and can output decoded data in text mode or CSV format.

●31 types of automatic measurement
Switchable with a single touch

● Supports hardware digital filters
to eliminate unwanted frequency components to eliminate interference.

Translated with DeepL.com (free version)

Product Overview
The PicoScope 3000E Series is a compact, lightweight, portable, USB-powered PC oscilloscope.
It is ideal for engineers working with advanced electronics and diverse embedded system technologies.
The PicoScope 3000E Series is compatible with the advanced PicoScope 7 software for fast, cost-effective debugging and performance verification of complex analog and power electronics designs.
It is also an ideal package for many other applications including embedded system design, research, test, education, service, and repair.

● High bandwidth, high sampling rate, and deep memory
With a bandwidth of 500 MHz and a real-time sampling rate of 5 GS/s, the PicoScope 3000E Series can display details of high-frequency signals.
The PicoScope 3000E series has the industry's highest level of 2 GS of capture memory and can sample from 5 GS/s to 20 ms/div (total capture time 200 ms).
The memory can also be divided into segments to continuously capture thousands of waveforms into the waveform buffer.

Vertical resolution 8 to 16 bit variable model 200MHz, 4ch + 16ch digital, 1GS/s

Versatile model with variable vertical resolution of 8 to 16 bits, allowing high-speed sampling or high-resolution sampling depending on the application.
Vertical resolution can be set by bit width, so you can use 8-bit 1 GS/s high-speed sampling to 16-bit high resolution depending on your application.
The 16-bit vertical resolution is an astonishing 256 times higher than that of a standard 8-bit oscilloscope. Even minute signals such as noise in the measurement waveform are sampled.
High-speed sampling of 1 GS/s is possible with 8-bit resolution.

Arbitrary Waveform Generator
A signal source convenient for circuit analysis is included as standard. An arbitrary waveform function allows complex waveforms to be created and output using a dedicated editor.

Two ways of power supply: AC adapter and USB bus power
Power can be supplied by either the supplied AC adapter or USB bus power (only when 2 channels are used).

16ch digital inputs (MSO)
With 16 channels of digital inputs, simultaneous waveform observation of 2-channel analog and digital signals is possible.

Long-awaited 8-channel wide-bandwidth high-end model 500 MHz, 8 channels, 5 GS/s

USB oscilloscope with 5GS/s high-speed sampling and MSO function
This USB oscilloscope realizes 8 input channels in a compact body and 5GS/s high-speed sampling.
It is small enough to fit in a bag and can be carried easily.
MSO function is also available with the addition of a cable pod.
Surprisingly large memory capacity of up to 2 Gbytes
The 6824E is equipped with up to 4 Gbytes of memory, which, when combined with 5 GS/s high-speed sampling and serial decoding functions, is a powerful tool for debugging recent high-speed digital signals,
Combined with the 5GS/s high-speed sampling and serial decoding functions, the 6824E can be used as a powerful tool for debugging recent high-speed digital signals.
Built-in waveform generator
The 6000E series is equipped with a signal source that is useful for circuit analysis.
The 6000E series is equipped with an arbitrary waveform function in addition to the function generator.
Power is supplied only by the included AC adapter, so the 6000E series can be used overseas.
The 6000E Series can be powered only by the supplied AC adapter (USB bus power will not work).