Product Highlights - Sicamax

Product Highlights

• Industry Leading 10GSa Sample Rate

• Useful Long Record Length to 500M

• True Amplitude measurements to the full

instrument bandwidth

• New Advanced Analysis Capabilities

• Modern and Flexible User Interface

• All enabled by our new UltraVisionII

Architecture and the Phoenix Chipset

Product Introduction

10.1’’ WVGA (1024*600) Capacitive

Multi-touch Screen, 256-level

Intensity Color Graded Display

25MHz 2-channel Generator

16-channel Logic Analyzer

Interface

X3 USB Host


One-key Quick Operation

(Configurable)

Touch Screen Lock/Unlock Key

Special Combination Key

for Navigation

Search, ZOOM Key


Special Key for 2-channel

Arbitrary Waveform Generator

Independent Waveform Analysis

Control Area

4 Analog Channels Input

Default Key


USB HOST Interface

HDMI Video Output

LAN Interface, is in Compliance

with the Standards Specified in

LXI-C

USB DEVICE

Communication Interface


EXT TRIG Input

TRIG OUT/PASSFAIL

Kensington Safety Lock Hole

Key Specifications

• 8 Models

– DS7014/MSO7014 – 4 ch/100MHz

– DS7024/MSO7024 – 4ch/200MHz

– DS7034/MSO7034 – 4ch/350MHz

– DS7054/MSO7054 – 4ch/500MHz

• Max Sample Rate: 10GSa/Sec

• >600,000 wfs/sec Waveform Capture Rate

• 450,000 frames of waveform record

• 6 Independent Instrument Functions

• Innovative analysis capabilities

• 41 Automated Measurements

• Powerful Triggering – Zone Triggering

Upgraded Hardware Platform

• Phoenix ChipSet

– Analog Front End ASIC (Beta Phoenicis)

– Signal Processing ASIC (Ankaa)

• Xilinx Zync-7000 SoC

• Dual Core ARM9 processor

• Linux +Qt Operating System

• DDR3 Storage Memory – SSTL15

• QDRII Display Memory – HSTL18

New Flexible User Interface

• 10.1” Capacitive Touch Display

• 5 Unique ways to interact

– Touch

– Traditional buttons and

– Keyboard Mouse Control

– Web Control – Remote Touch

– PC Based Remote Operation and Display

• Unique Touch Navigation

• Color Intensity Grading

• Simple Storage

• Multi Language Supports

• On Board Help

Features—Touch Screen

10.1-inch Capacitive Multi-touch Screen，

Gesture Enabled Operation

Tap

Pinch & Stretch

Drag

Rectangle Drawing

Features—Touch Screen

Exclusively Designed for the Touch Screen——Function Navigation

Oscilloscope Display

Brightness Color Grade

Oscilloscope Storage

Features—Multiple Languages

13 Languages Available for the System Menu

简体中文繁体中文

English Português

DeutschFrançais

日本語Elespañol

Polski

한국어

pусс

ภาษาไทย

Indonesian

Web Control

Remote touch control

Ultra Scope Software

Basic Information

System information

View the option list and install options

Open the help

Firmware upgrade

Why do you care about Bandwidth?

Key Specifications—Bandwidth

• The bandwidth of an oscilloscope is typically measured at

the -3 dB roll-off point which equals 70.79% of the

voltage

• Bandwidth has 2 major impacts on signal measurements:

– Amplitude attenuation

– Rise Time

• From the bandwidth you can infer the rise time:

– Instrument RT = ~0.35/BW

– Measurement risetime is √(RTscope2 + RTsignal2)

Bandwidth 5X Rule:

To limit risetime error have at least 5X the

bandwidth of the signal you are analyzing

500 MHz Sine, Full Bandwidth 500 MHz Sine, Insufficient Bandwidth

Insufficient Bandwidth attenuates signals leading to inaccurate measurements


50 ns Narrow Pulse, Full Bandwidth 50 ns Narrow Pulse, Insufficient Bandwidth

Insufficient Rise-Time distorts fast edges


Advantage: filter out high-frequency noise

-8

-7

-6

-5

-4

-3

-2

-1

0

1 100

dB

MHz50 Ohm Frequency Response Curve

Frequency Response -3dB Reference


-3dB bandwidth is greater than 500MHz

850MHz

• The -3dB roll-off on the DS7000 is

at about 850MHz

– True Amplitude measurements out

to full instrument bandwidth

– Improved Rise-time measurements

Customers requiring “true” amplitude measurements on 500MHz signals have

generally been forced to purchase

1GHz scopes.

Key Specifications—Sample Rate

Why do you care about Sample Rate?

• The Nyquist theorem states that you need to

sample at 2* the max frequency you are looking

for

– Insufficient for accurately capturing and displaying fast

and inconsistent signals

– Best practice is to have 5 times oversampling (5X Rule)

– Higher the Sample-Rate the better the resolution

• Under-sampling can lead to errors

• The results can’t be guaranteed with certainty unless the signal is sufficiently sampled

Waveform

Distortion

Waveform

Aliasing

Waveform

Loss

Impacts of Undersampling

Key Specifications—Memory Depth

Why do you care about Memory Depth?

• Sample rate combines with memory depth to determine the

length of the waveform capture

• Typically, we extend the memory to continue using the highest

possible sampling rate for as long as possible.

• For instance sampling at 10GSa/sec with 100M Record will allow a

1ms capture or 5ms with 500M

• Conversely, with 500M record length and 1GSa/sec sampling

(Nyquist at 500MHz) you can capture a full half second.

Key Specifications—Memory Depth

Signal pulse width is 5 ns

Not enough memory! At 2ms/Div they are

sampling at 200MSa/Sec under-sampling the

pulse and distoriting the result

Key Specifications—Waveform Capture Rate

sampling processing

Deadtime

• Waveform Capture rate is the number of trigger events that can be captured

and transferred to the display for viewing per second

• Memory depth and sampling rate define the length of each sampling time

• During “dead time” the scope analyzes data and moves data to the display

• Any signal artifact during dead time does not appear on the scope

Why do you care about Waveform Capture Rate?


Quickly Capture Infrequent Events

Clearly Observe the Changes of Each Frame


Innovation Roadmap

MSO/DS1000Z MSO/DS2000A MSO/DS4000 DS6000 MSO/DS7000

Channels 4 + 16 2 + 16 2 or 4 + 16 2 or 4 4 + 16

Analog BW 50 MHz to 100 MHz 100 MHz to 300 MHz 100 MHz to 500 MHz 600 MHz to 1 GHz 100 MHz to 500 MHz

Max sample rate 1 GSa/s 2 GSa/s 4 GSa/s 5 GSa/s 10GSa/s

Oversampling rate@500MHz

—— -—— 8 10 20

Max memory depth 24 Mpts (opt) 56 Mpts (opt) 140Mpts 140Mpts100Mpts(std)

500 Mpts (opt)

Waveform update rate

> 30,000wfms/s > 50,000wfms/s > 110,000wfms/s > 180,000wfms/s > 600,000wfms/s

Display 7 inch 8 inch 9 inch 10.1 inch 10.1 inch

Touch NO NO NO NO YES

The DS7000 gives you more than just time at high sample rate

Making Long Memory “Useful”

• Precision Measurements using Long Memory

• Enhanced FFT using Long Memory

• Zoom, Search and Mark makes navigating long records simple

• Record up to 450,000 Frames and Playback them back in

sequence for in depth analysis

Oscilloscope—Normal Measurement

• Legacy Products make

measurements on 1000Pts

• DS7000 Normal Mode takes

measurements on 1M Points

• DS7000 Precision Mode takes

measurements on full record

length (up to 500M)

More sample points equals more

precise and stable measurements

Oscilloscope Enhanced FFT

RIGOL legacy product

1 kpts

MSO/DS7000

1 Mpts

More sample points equals more

precise and useful measurements

Oscilloscope—ZOOM Mode

Oscilloscope—Search & Navigation

Oscilloscope—Record & Navigation

Record up to 450,000 Frames then play back captured frames sequentially in either direction)

The DS7000 makes it easier to debug your design

Making Advanced Analysis Easier

• Trigger Performance Improvements

• New Zone Trigger

• New Serial Decode Standards

• Histogram

• Color Temperature/Probability

• Enhanced FFT

• Pass-Fail

• Integrated Power Analysis Measurements

• Digital Measurements

• Direct Arb creation from Channel

• Multi-channel digital decode

• Enhanced Event Table

• 3 Digit Voltmeter

• Counter/Totalizer

Trigger Jitter Improvements

• Significant sampling increases drives improved time resolution

• Improved absolute accuracy of the timebase to +/- 2ppm

• All Digital Trigger using real-time sampling combined with improved time base significantly improves our internal trigger jitter (~10X Improvement)

DS4000

10MHz Input with 200ms trigger delay (28ns)

DS7000

10MHz Input with 200ms trigger delay (2.5ns)

Oscilloscope—Zone Trigger

Oscilloscope Trigger Types

Support 21 Trigger Types

Edge Pulse Slope Video

Pattern Duration Timeout

Runt Window Delay

Setup/Hold Nth

RS232 UART I2C SPI

CAN LIN FlexRay

New - I2S

New - MIL-STD 1553

Oscilloscope Histogram

• Histogram calculates a statistical distribution of values over a fixed dimension– Horizontal (time based)

– Vertical (amplitude based)

– Measurement (measurement based)

• Additional Statistical Measurements Provided to fully characterize signal behavior

Oscilloscope Enhanced FFT

• 1M Point FFT

• Enhanced FFT Controls

• Color Graded FFT

• Peak Search

• Up to 4x active FFTs

• Channel Labeling

Oscilloscope PASS/FAIL

Every time a failed/passed waveform is detected, a pulse output is generated

• Monitor systems for infrequent OOB conditions

• Trig out, Stop, Beep, or take screen shot on failures

• Maintain Pass/Fail statistics

Power Analysis

• We have integrated 13 of the most common power measurements into the scope (opt DS7000-PWR)

• Full Power Analysis still require Ultra Power Analyzer

Power Analysis

Power Quality Analysis Characterizing the quality of the AC in

Power Analysis

Output Ripple Analysis Characterizing the quality of the DC out

Ultra Power Analyzer

Current Harmonics Analysis Inrush Current Analysis Switching Loss

Safe Operating Area Modulation Analysis

RIGOL Probes Complete the Solution

• High Voltage Differential Probes

• Current Probes

• DeSkew Fixture

Features—6 into 1

Oscilloscope500MHz 10GSa/s

Logic Analyzer16 CH

Wave Generator2CH 25MHz

Digital VoltmeterCounter and

TotalizerProtocol Analyzer

Logic Analyzer Measure

Supports cursor bit level decode

Logic Analyzer Trigger & Decode

Supports decoding of up to 4 protocols at the same time

25MHz Dual Channel Arbitrary Waveform Generator

Create an ARB directly from any scope channel

Protocol Analyzer

Support the trigger, decode and search

8 Serial Protocol Types:RS232/UARTI2CSPICANLINFlexRayI2SMIL-STD-1553

3 Digit Voltmeter

DC

AC RMS

Quick Voltmeter measurements

Frequency Counter and Totalizer

Using the 48-bit totalizer, we can count the number of low frequency incidental signals.

Quick Demonstration

• Touch Navigation

• Color Grades

• Touch Panel/New Instruments

• Measurements

• Search/Mark

• Zone Trigger

• Record Mode

• FFT

• Serial Decode and Trigger

Thank You

Product Highlights - Sicamax

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