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6 Series Compact Digitizer
In applications that require high-speed digitizers, performance should not be sacrificed when opening channels. The 6 series compact digitizer sets a
Product details
Big Physics - Machine Diagnosis
Physics continues to lead the world in making exciting new scientific discoveries in matter and energy. When monitoring target test points, these experiments have raised higher requirements for the accuracy, performance, and size of digitizers and oscilloscopes. The 6 series compact digitizer adopts an award-winning oscilloscope user interface, with industry-leading performance and compact appearance, and has Tektronix level reliability, exceeding the above requirements. The testing equipment is undoubtedly better.
- High-energy (particle) physics
- nuclear physics
- Atomic, Molecular, and Photophysics
- Condensed matter physics
Photon Doppler Velocimeter (PDV)
Built in Spectrum View input with DDC and IQ data offloading capabilities
Whether you are a spectrum analyzer expert or a temporary user, you can make the built-in Spectrum View function work immediately. Tektek TEK049 ASIC has a dual signal path patent, and its ADC and DDC can independently control the time and frequency domains.
characteristic
- Bandwidth up to 2 GHz, built-in digital down converter (DDC)
- Separate time-domain and frequency-domain controls
- Quickly uninstall raw IQ data to PC
- RF and time triggered (triggered when frequency or amplitude changes)
Spectrum View Introduction Video
Multi channel spectrum analysis video
Read the new Spectrum View application notes
Remote Control and Automation
Test automation increases test speed, reduces mistakes, and ensures that every device meets the same standard of quality. Low profile oscilloscopes efficiently execute automated procedures without wasting valuable rack space. With the right resources, tools, and tutorials, it's easier than ever to produce fast, consistent results. Get started quickly with sample code, Python instrument drivers, or user-friendly PC applications.
重点
- Industry standard SCPI Interface
- Programming support for Python, MATLAB, LabView, IVI-C, IVI-COM, VISA, Sockets and more
- eScope browser-based control
- Discover test automation resources including our free Python Drivers Package
4, 5, 6 Series MSO Programmer Manual
Getting Started with Oscilloscope Automation in Python
Browse Test Automation Software
Synchronize multiple high-speed digitizers
Transform two remote digitizers into one virtual instrument. Discover, search, and analyze more channels than ever before.
- View all channels simultaneously
- Reorder or group channels
- Infinite automatic measurement
- Easy Ethernet access
TekScope PC analysis software
Easily handle the transition from design to manufacturing testing
Use customized software and testing routines in the design to reduce testing workload. Design validation was conducted using a 6-series compact digitizer and its 15.6-inch high-definition display combined with a gesture swipe zoom touchscreen. Use compact digitizers in manufacturing, running the same user interface and similar hardware.
6 Series MSO
View ASIC for driving 6 series products
| model | bandwidth | sampling rate | Vertical Resolution | Rack Height | quotation | Configure And Quote |
|---|---|---|---|---|---|---|
| LPD64 |
DC to 8 GHz |
25 GS/s |
12-bits ADC |
2U rack mount ready | - | Configuration and quotation |
| model | bandwidth | sampling rate | Vertical Resolution | Rack Height | quotation | Configure And Quote |
|---|---|---|---|---|---|---|
| LPD64 |
DC to 8 GHz |
25 GS/s |
12-bits ADC |
2U rack mount ready | - | Configuration and quotation |
|
tektronix 6 Series Compact Digitizer |
tektronix 5 Series Compact MSO |
LeCroy WaveRunner 8000-R Small |
Keysight M9710A |
National Instruments PXIe-518x |
Guzik ADP series |
||
|---|---|---|---|---|---|---|---|
| Bandwidth (all channels) | 1 GHz - 8 GHz | 1 GHz | 1 GHz - 4 GHz | 2.5 GHz (typical value) | 2.5 GHz (5186) 1.5 GHz (5185) |
6.5 GHz (ADP7104) 4 GHz (ADP7084) |
|
| analog channel | 4 | 8 | 4 | 2 | 2 | 4 | |
| Simulated sampling rate (all channels) | 25 GS/s | 6.25GS/s | 10GS/s at 1GHz >20GS/s at 1GHz |
5GS/s | 6.25GS/s | 16 GS/s (ADP7104) 10GS/s (ADP7084) |
|
| RF input - DDC bandwidth (span) | 2 GHz | 500 MHz | - | - | - | 2.5GHz | |
| ADC resolution | 12 digits | 12 digits | 8 digits | 10 people | 10 people | 10 people | |
| ENOB | 8.2 bits at 1 GHz 7.6 bits at 2.5 GHz 7.25 bits at 4 GHz 6.8 bits at 6 GHz 6.5 bits at 8 GHz |
7.6 bits at 1 GHz | - | 7.2 bits at 924 MHz | 6.3 bits at 1 GHz 6.0 bits at 2.5 GHz 5.5 bits at 5 GHz |
7.9 bits at 1 GHz 7.5 bits at 2.5 GHz 6.9 bits at 4 GHz 6.7 bits at 6 GHz 6.5 bits at 8 GHz |
|
| Standard record length (all channels) | 125 M point | 125 M point | 64Mpts or 16Mpts @ 1GHz | 100MS/channel | 4 Kpts | - | |
| Optional record length (all channels) | 1 Gpts | 500 M points | - | 1.6 GS/Channel | 100 Kpts | - | |
| programmable interface | Python、Visa、IVI、Sockets、LXI、MATLAB、LabView | Python、Visa、IVI、Sockets、MATLAB、LabView | Python、Visa、IVI、Sockets、LXI、MATLAB、LabVIEW | Visa、IVI、C / C ++ / C＃、MATLAB、LabView | LabView | PI、IVI、LabView | |
| Easy remote control through IP address | Yes, from the browser | Yes, from the browser | WaveStudio | deny | deny | deny | |
| Can upgrade bandwidth on-site | correct | deny | deny | deny | deny | deny | |
| Height (rack) | 2U | 2U | 2U | 2U - AXI chassis required | 3U - Requires PXI chassis | 2U - AXI chassis required | |
| operating system | Windows 10 or embedded Linux | Closed Embedded Linux | Windows | Windows or Linux | Windows | Windows or Linux | |
| Performance matching between oscilloscope and digitizer | 6 Series MSO | 5 Series MSO | WaveRunner 8000 | - | - | - |
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