Tektronix DPO714AX 10 GHz Digital Phosphor Oscilloscope
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- Båndbredde: 10 GHz
- Kanaler: 4 analoge
- Sampling hastighed: 125 GS/s alle kanaler
- Hukommelse: 500 Mpoints standard; 1 eller 2 Gpoints valgfrit
- ADC: 10-bit
- Effektiv antal bits (ENOB): 7.5 bits ved 8 GHz til 6.5 bits ved 25 GHz, 125 GS/s, 500 mV fuld skala, signal 90% af fuld skala
- Random støj: 523 μV ved 8 GHz (0.10% FS) til 1.13 mV ved 25 GHz (0.23% FS), 500 mV fuld skala
- Indbygget jitter: 60 fs (1 μs tidsvarighed) til 70 fs (1 ms tidsvarighed)
- Operativsystem: Lukket Linux på flytbar SSD (standard); Åben Windows 10 på flytbar SSD (valgfrit)
- Skærm: 15.6 tommer høj opløsning kapacitiv berøringsskærm (1920 x 1080)
- Garanti: 1 år standard
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Opdag mulighederne
Mere information
Beskrivelse
7 Series DPO (Digital Phosphor Oscilloscope) leverer uovertruffen signal troværdighed, høj ENOB, lav jitter, hurtig målekapacitet og et prisvindende brugergrænseflade, hvilket gør det ideelt til at imødekomme de skiftende behov inden for højhastighedsseriel, højenergifysik og nøgle RF-applikationer. Med op til 25 GHz analog båndbredde giver 7 Series DPO den mest nøjagtige realtidsydelse med flere brancheførende funktioner:
- Laveste vertikale (tilfældige) støj med højeste ENOB (Effektiv antal bits)
- Hurtigste kapacitet med 10 Gb Ethernet LAN SFP+ port
- Behagelig, men velkendt TekScope® brugergrænseflade tilgængelig med enten indbygget eller Windows operativsystem
Nøgleapplikationer
Den lave støj og høje troværdighed ved signalindvinding fra 7 Series er
kritisk for høj båndbredde applikationer såsom:
- Avanceret forskning og undersøgelse af transient fænomener
- Digital design & validering inklusive signalintegritet, jitter og timinganalyse
- Analyse og fejlfinding af hukommelsesbus
- Overholdelsestest og fejlfinding af højhastighedsserielle grænseflader for industristandarder
- Analyse af signalintegritet og strømintegritet i udviklingen af kunstig intelligens datacentre
- Spektralanalyse af transient eller bredbånds RF
Nøglefunktioner og ydeevnespecifikationer
- Tilgængelige båndbredder (alle analoge kanaler): 8 GHz, 10 GHz, 13 GHz, 16 GHz, 20 GHz, 25 GHz (kundeopgraderbar)
- 4 TekConnect® indgangskanaler og en TekConnect Aux In, hver med TCA292D 50 Ω 2.92 mm indgangsadapter
- Sampling hastighed 125 GS/s på alle 4 kanaler
- 10-bit ADC med højeste ENOB og laveste tilfældige støj
- Præcisions tidsbase med lav indre jitter
- QuietChannel™ teknologi med aktiv CTLE (Continuous Time Linear Equalization), som kompenserer for højfrekvent signal kanal tab
- Hukommelse på 500 Mpoints standard, 1 eller 2 Gpoints valgfri
- P7700 og P7600 Series TriMode™ Probe kompatibel
- 15,6 tommers højopløsnings touchskærm (1920 x 1080 opløsning)
Ydeevnespecifikationer fortsat
Pinpoint® digital udløsning til fuld båndbredde
- Muliggør valg af stort set alle udløser typer på både A og B udløserbegivenheder, der leverer hele pakken af avancerede udløser typer til at finde sekventielle udløserbegivenheder
- Edge, Pulsbredde, Timeout, Cyklus, Runt, Sekvens, Stigning/Fald tid, Visuel Udløsning
Lav-latens Aux In analog udløsning
- Lav-latens analog udløser tilstand (Kun kanal 1 og Aux In)
- <20 ns fra udløser ind til Aux Out BNC på bagpanelet
- Tilgængelig fra brugerpræferencer menu
- Aux In - Udløsning
- Normal: ≥ 8 GHz, 50 Ω, alle digitale udløsere, <1.8 μs latens
- Lav-latens: ≥ 8 GHz, 50 Ω, edge udløser kun, <20 ns latens
Arbitrary/Funktion Generator (valgfri)
- 100 MHz bølgeformgeneration
- Enkelt-ended og differentialudgange
- Bølgeformtyper: Arbitrær, Sinus, Firkant, Puls, Ramp, Trekant, DC Niveau, Gaussisk, Lorentz, Eksponentiel Stigning/Fald, Sin(x)/x, Tilfældig Støj, Haversine, Hjerte
Computing og lagring
- 12-core processor
- 96 GB System RAM
- ≥ 1.6 TB fjernbar NVMe SSD (solid state drive)
- Standard SSD: Lukket indlejret OS
- Valgfri SSD: Windows 10
Forbindelse
- LAN (10G Ethernet på SFP+ og 10/100/1000 Base-T Ethernet på RJ-45)
- USB 3.0 Vært (3 foran og 4 bagpå), USB 3.0 Enhed (1 port bagpå)
- DisplayPort, HDMI
- Sample Clock Ind/Ud, Ext Ref Ind, Ref Clock Ud, Sync Ind/Ud, Aux Ud
Specifikationer
Dokumenter
Valgmuligheder
Video
7 Series DPO Highlights
Discover the new Tektronix 7 Series DPO oscilloscope - built for breakthroughs. Custom ASICs and 10-bit ADC deliver exceptional signal fidelity and measurement accuracy. Analyze faster with a high-speed signal path, intuitive touchscreen UI, and rapid data offloading via the 10 Gbps SFP+ ethernet port.
7 Series DPO - Full Product Overview
This video explores some of the most impactful features and capabilities of the 7 Series DPO.
- Learn about the award-winning user interface and just how easy it is to configure and use.
- Visually see the ENOB performance of the 7 Series DPO versus a traditional 8-bit oscilloscope.
- Discover much of what the powerful measurement system can do, from the multiple views of data to the ease of configuration.
- Learn how to quickly make jitter measurements on multiple signals simultaneously to improve your efficiency in debugging high speed serial systems.
- And see in action the combination of the fast built-in TekHSI™ server and 10 Gbps SFP+ Ethernet port to quickly move data off the instrument and to your external PC or network drive.
7 Series DPO - Intuitive User Interface, Award-winning Experience
This video showcases the 7 Series DPO's built-for-touch user interface, integrating a full HD touchscreen display that enables you to effortlessly build the view you desire. See how easy it is to navigate long records and quickly move to areas of interest. You will also see how simple Math waveforms can be created easily. All this plus more to kick start your ability to get to answers quickly.
7 Series DPO - Maximize Test Margins with Lowest Noise and Highest Effective Numbers of Bits (ENOB)
This video demonstrates how good the noise performance and effective number of bits is on the 7 Series DPO. You will visually see the difference between the 7 Series DPO with it's 10-bit analog-to-digital convertor and a traditional 8-bit oscilloscope.
7 Series DPO - Powerful Measurement System
This video highlights of few of the many powerful measurement capabilities within 7 Series DPO. Learn about the flexible options for displaying measurement results and how to configure the layout to suit your needs. Discover how to efficiently navigate between previous and next measurements, and locate minimum and maximum values within a record. Also covered is an array of methods for gating measurements - whether applied globally across the entire set of measurements, locally to individual ones, or as a hybrid of both approaches.
7 Series DPO - Jitter Measurements Made Fast and Accurate
In this video learn how the 7 Series DPO makes jitter measurements quick and easy. See how fast it is to create a Jitter Summary measurement along with helpful views of the measurements like an eye diagram, bathtub curve, and jitter histogram and spectrum. Conduct jitter measurements on multiple signals at the same time making it easy to compare values on multiple signals of interest.
7 Series DPO - 10x Faster Data Transfers Saves Time
This video demonstrates several tools for transferring data from the 7 Series DPO to an external PC up to 10x faster than previous generations.
- See how the built-in TekHSI™ server pushes data as fast as possible to externally connected clients.
- Get a glimpse of how to simplify your test automation by leveraging Python libraries available on Tektronix’s GitHub.
- Discover how easy it is to offload data utilizing the configurable 10 Gbps SFP+ Ethernet port.
De-Embedding PCB Cable & Fixture Effects for Accurate Eye Diagram Measurements with an Oscilloscope
Accurate validation of high-speed designs requires removing signal-path impairments to reveal true performance, particularly for jitter and eye-diagram analysis.
This video demonstrates how you can easily de embed cables, connectors, and PCB traces, add virtual test points, and explore what if scenarios—all directly on an oscilloscope with the new Signal Integrity Modeling software.
You will see:
- How to easily build de-embed models
- Adding virtual test points anywhere in the signal path
- Validate configurations using built-in S-parameter plots
- The capability to compare multiple models in parallel for complex signal path exploration
7 Series DPO (Digital Phosphor Oscilloscope) leverer uovertruffen signal troværdighed, høj ENOB, lav jitter, hurtig målekapacitet og et prisvindende brugergrænseflade, hvilket gør det ideelt til at imødekomme de skiftende behov inden for højhastighedsseriel, højenergifysik og nøgle RF-applikationer. Med op til 25 GHz analog båndbredde giver 7 Series DPO den mest nøjagtige realtidsydelse med flere brancheførende funktioner:
- Laveste vertikale (tilfældige) støj med højeste ENOB (Effektiv antal bits)
- Hurtigste kapacitet med 10 Gb Ethernet LAN SFP+ port
- Behagelig, men velkendt TekScope® brugergrænseflade tilgængelig med enten indbygget eller Windows operativsystem
Nøgleapplikationer
Den lave støj og høje troværdighed ved signalindvinding fra 7 Series er
kritisk for høj båndbredde applikationer såsom:
- Avanceret forskning og undersøgelse af transient fænomener
- Digital design & validering inklusive signalintegritet, jitter og timinganalyse
- Analyse og fejlfinding af hukommelsesbus
- Overholdelsestest og fejlfinding af højhastighedsserielle grænseflader for industristandarder
- Analyse af signalintegritet og strømintegritet i udviklingen af kunstig intelligens datacentre
- Spektralanalyse af transient eller bredbånds RF
Nøglefunktioner og ydeevnespecifikationer
- Tilgængelige båndbredder (alle analoge kanaler): 8 GHz, 10 GHz, 13 GHz, 16 GHz, 20 GHz, 25 GHz (kundeopgraderbar)
- 4 TekConnect® indgangskanaler og en TekConnect Aux In, hver med TCA292D 50 Ω 2.92 mm indgangsadapter
- Sampling hastighed 125 GS/s på alle 4 kanaler
- 10-bit ADC med højeste ENOB og laveste tilfældige støj
- Præcisions tidsbase med lav indre jitter
- QuietChannel™ teknologi med aktiv CTLE (Continuous Time Linear Equalization), som kompenserer for højfrekvent signal kanal tab
- Hukommelse på 500 Mpoints standard, 1 eller 2 Gpoints valgfri
- P7700 og P7600 Series TriMode™ Probe kompatibel
- 15,6 tommers højopløsnings touchskærm (1920 x 1080 opløsning)
Ydeevnespecifikationer fortsat
Pinpoint® digital udløsning til fuld båndbredde
- Muliggør valg af stort set alle udløser typer på både A og B udløserbegivenheder, der leverer hele pakken af avancerede udløser typer til at finde sekventielle udløserbegivenheder
- Edge, Pulsbredde, Timeout, Cyklus, Runt, Sekvens, Stigning/Fald tid, Visuel Udløsning
Lav-latens Aux In analog udløsning
- Lav-latens analog udløser tilstand (Kun kanal 1 og Aux In)
- <20 ns fra udløser ind til Aux Out BNC på bagpanelet
- Tilgængelig fra brugerpræferencer menu
- Aux In - Udløsning
- Normal: ≥ 8 GHz, 50 Ω, alle digitale udløsere, <1.8 μs latens
- Lav-latens: ≥ 8 GHz, 50 Ω, edge udløser kun, <20 ns latens
Arbitrary/Funktion Generator (valgfri)
- 100 MHz bølgeformgeneration
- Enkelt-ended og differentialudgange
- Bølgeformtyper: Arbitrær, Sinus, Firkant, Puls, Ramp, Trekant, DC Niveau, Gaussisk, Lorentz, Eksponentiel Stigning/Fald, Sin(x)/x, Tilfældig Støj, Haversine, Hjerte
Computing og lagring
- 12-core processor
- 96 GB System RAM
- ≥ 1.6 TB fjernbar NVMe SSD (solid state drive)
- Standard SSD: Lukket indlejret OS
- Valgfri SSD: Windows 10
Forbindelse
- LAN (10G Ethernet på SFP+ og 10/100/1000 Base-T Ethernet på RJ-45)
- USB 3.0 Vært (3 foran og 4 bagpå), USB 3.0 Enhed (1 port bagpå)
- DisplayPort, HDMI
- Sample Clock Ind/Ud, Ext Ref Ind, Ref Clock Ud, Sync Ind/Ud, Aux Ud
7 Series DPO Highlights
Discover the new Tektronix 7 Series DPO oscilloscope - built for breakthroughs. Custom ASICs and 10-bit ADC deliver exceptional signal fidelity and measurement accuracy. Analyze faster with a high-speed signal path, intuitive touchscreen UI, and rapid data offloading via the 10 Gbps SFP+ ethernet port.
7 Series DPO - Full Product Overview
This video explores some of the most impactful features and capabilities of the 7 Series DPO.
- Learn about the award-winning user interface and just how easy it is to configure and use.
- Visually see the ENOB performance of the 7 Series DPO versus a traditional 8-bit oscilloscope.
- Discover much of what the powerful measurement system can do, from the multiple views of data to the ease of configuration.
- Learn how to quickly make jitter measurements on multiple signals simultaneously to improve your efficiency in debugging high speed serial systems.
- And see in action the combination of the fast built-in TekHSI™ server and 10 Gbps SFP+ Ethernet port to quickly move data off the instrument and to your external PC or network drive.
7 Series DPO - Intuitive User Interface, Award-winning Experience
This video showcases the 7 Series DPO's built-for-touch user interface, integrating a full HD touchscreen display that enables you to effortlessly build the view you desire. See how easy it is to navigate long records and quickly move to areas of interest. You will also see how simple Math waveforms can be created easily. All this plus more to kick start your ability to get to answers quickly.
7 Series DPO - Maximize Test Margins with Lowest Noise and Highest Effective Numbers of Bits (ENOB)
This video demonstrates how good the noise performance and effective number of bits is on the 7 Series DPO. You will visually see the difference between the 7 Series DPO with it's 10-bit analog-to-digital convertor and a traditional 8-bit oscilloscope.
7 Series DPO - Powerful Measurement System
This video highlights of few of the many powerful measurement capabilities within 7 Series DPO. Learn about the flexible options for displaying measurement results and how to configure the layout to suit your needs. Discover how to efficiently navigate between previous and next measurements, and locate minimum and maximum values within a record. Also covered is an array of methods for gating measurements - whether applied globally across the entire set of measurements, locally to individual ones, or as a hybrid of both approaches.
7 Series DPO - Jitter Measurements Made Fast and Accurate
In this video learn how the 7 Series DPO makes jitter measurements quick and easy. See how fast it is to create a Jitter Summary measurement along with helpful views of the measurements like an eye diagram, bathtub curve, and jitter histogram and spectrum. Conduct jitter measurements on multiple signals at the same time making it easy to compare values on multiple signals of interest.
7 Series DPO - 10x Faster Data Transfers Saves Time
This video demonstrates several tools for transferring data from the 7 Series DPO to an external PC up to 10x faster than previous generations.
- See how the built-in TekHSI™ server pushes data as fast as possible to externally connected clients.
- Get a glimpse of how to simplify your test automation by leveraging Python libraries available on Tektronix’s GitHub.
- Discover how easy it is to offload data utilizing the configurable 10 Gbps SFP+ Ethernet port.
De-Embedding PCB Cable & Fixture Effects for Accurate Eye Diagram Measurements with an Oscilloscope
Accurate validation of high-speed designs requires removing signal-path impairments to reveal true performance, particularly for jitter and eye-diagram analysis.
This video demonstrates how you can easily de embed cables, connectors, and PCB traces, add virtual test points, and explore what if scenarios—all directly on an oscilloscope with the new Signal Integrity Modeling software.
You will see:
- How to easily build de-embed models
- Adding virtual test points anywhere in the signal path
- Validate configurations using built-in S-parameter plots
- The capability to compare multiple models in parallel for complex signal path exploration