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5 Serie MSO Low Profile

In Anwendungsgebieten, die eine sehr hohe Kanaldichte erfordern, setzt das Low Profile MSO der Serie 5 neue Maßstäbe für die Leistung. Dank der 12-Bit-Analog-Digital-Wandler bietet dieser Hochgeschwindigkeitsdigitalisierer 8 Eingangskanäle (sowie AUX Trig) in einem kmpakten Gehäuse mit einer Höhe von nur 3,5 Zoll (2U).

Bandbreite

1 GHz

Analoge Kanäle

8

Digitalkanäle

Bis zu 64 (optional)

Aufzeichnungslänge

125 Mio. Punkte

Mehr Geräte für Ihre Experimente ohne zusätzliche Gestelle

Ersetzen Sie Ihre Oszilloskope und bringen Sie sechsmal mehr Kanäle auf Ihrer vorhandenen Regalfläche unter. Das MSO LP der Serie 5 bietet 8 Kanäle plus einen Hilfstrigger-Eingang in einem platzsparenden 2HE-Gerät – und das bei geringen Kosten pro Kanal. Jeder der 8 FlexChannel™-Eingänge kann als 1 analoger oder als 8 digitale Kanäle verwendet werden.

Erfassungen mit hoher Genauigkeit und Daten hoher Qualität

Mit 1 GHz analoger Bandbreite, 6,25 GS/s Abtastrate auf allen Kanälen sowie einer Aufzeichnungslänge von 125 Mio. Punkten bietet das Low Profile MSO der Serie 5 die Leistung, die Sie brauchen, um Signaldaten präzise und mit der bestmöglichen Signalintegrität zu erfassen.

Erkennen Sie mehr Details als je zuvor mit 12 Bit vertikaler Auflösung und ENOB von 7,6 Bit bei 1 GHz

12-Bit-Analog-Digital-Wandler, der die 16-fache vertikale Auflösung herkömmlicher 8-Bit-ADCs bietet. Messen Sie Details von kleinen Signalen, selbst wenn sie mit großen Signalen auftreten.

Müheloser Übergang von der Entwicklungs- zur Fertigungsprüfung

Verringern Sie den Arbeitsaufwand, indem Sie bei der Produktion genau dieselbe Software und dieselben Testabläufe wie schon in der Entwicklungsphase verwenden. Verwenden Sie das MSO der Serie 5 mit seinem 15,6.Zoll-Display mit Touchscreen für Zwei-Finger-Gesten im Labor, um Ihre Designs zu testen. Führen Sie dann exakt dieselben Tests mit der kompakten Low-Profile-Version in der Fertigung aus.

 

Modell Bandbreite Abtastrate Aufzeichnungslänge Analoge Kanäle Digitalkanäle Listenpreis
MSO58LP

1 GHz

6,25 GS/s

125 Mio. Punkte

8

Bis zu 64 (optional)

Konfiguration und Angebot
Modell Bandbreite Abtastrate Aufzeichnungslänge Analoge Kanäle Digitalkanäle Listenpreis
MSO58LP

1 GHz

6,25 GS/s

125 Mio. Punkte

8

Bis zu 64 (optional)

Konfiguration und Angebot

Hochenergiephysik

Gepulste Leistungsmessungen erfassen flüchtige Ereignisse aus der Welt der Elementarteilchen. Hierfür ist es erforderlich, dass zahlreiche Signale mit einem hohen Dynamikbereich in schwierigen Umgebungen erfasst werden können. Das Low Profile MSO der Serie 5 bietet im Vergleich mit einem herkömmlichen Labor-Oszilloskop eine mehr als sechsmal höhere Kanaldichte mit branchenweit führender Leistung, welche die zuverlässige Erfassung akkurater Testdaten ermöglicht.

Highlights

  • 12-Bit-Analog-Digital-Wandler
  • ENOB von 7,6 bei 1 GHz
  • 125 Mio. Punkte Aufzeichnungslänge erfasst bis zu 20 ms bei 6,25 GS/s
  • 2HE hoch (3,5 Zoll)

ATE-Systeme

Automatisierte Testsysteme erfordern zuverlässige Programmierungsmöglichkeiten und sind häufig an Platzbeschränkungen gebunden. Das MSO der Serie 5 Low Profile bringt 8 Eingänge in nur zwei Höheneinheiten unter und ist sofort einbaufähig. Jeder Eingang kann als präziser Analogkanal oder als 8 digitale Kanäle fungieren. Außerdem können Sie auf dem MSO der Serie 5 mit seinem 15,6-Zoll-Display Tests für die Designprüfung entwickeln und dieselben Programme in der Low-Profile-Version für die Produktion verwenden.

Highlights

  • 8 FlexChannel-Eingänge plus Hilfstriggereingang
  • 2HE hoch (3,5 Zoll) mit Gestelleinbau
  • 10/100/1000 Ethernet LAN für problemlose Kommunikation
  • USB-3.0-Geräteanschluss für die schnelle Kommunikation
  Tektronix
MSO Low Profile der Series 5
Tektronix
MSO der Serie 5
Keysight
Serie S
Keysight
M9243A
National Instruments
PXIe-5162
Bandbreite 1 GHz 350 MHz bis 2 GHz 500 MHz bis 8 GHz 1 GHz 1,5 GHz
Analoge Kanäle 8 4, 6 oder 8 4 2 2
Analoge Abtastrate (alle Kanäle) Bis zu 6,25 GS/s Bis zu 6,25 GS/s Bis zu 10 GS/s Bis zu 2,5 GS/s Bis zu 2,5 GS/s
Höhe (Gestell-Höheneinheiten) 2HE 7HE 7HE 3U 4U
A/D-Auflösung 12 Bit 12 Bit 10 Bit 8 Bit 10 Bit
ENOB (System bei 1 GHz) 7,6 Bit 7,6 Bit 7,8 Bit Nicht angegeben 6,6 Bit
Standardaufzeichnungslänge (alle Kanäle) 125 Mio. Punkte 62,5 Mio. Punkte 50 Mio. Punkte 2 Mio. Punkte 16 Mpts
Integrierter Arbiträrsignal-/Funktionsgenerator 50 MHz (opt.) 50 MHz (opt.) - - -
Digitale Kanäle (MSO) Bis zu 64 (opt.) Bis zu 64 (opt.) 16 (opt.) - -
Betriebssystem Closed Linux Closed Linux
Open Windows 10 (opt.)
Open Windows 7 Windows 7 Closed
Open Windows 10
Hochspannungsdifferentialtastköpfe
Link zum Datenblatt Tastkopf Beschreibung Konfiguration und Angebot
Datenblatt ansehen TDP0500 Differentialtastkopf: 500 MHz, 5-fach/50-fach, +/-42 V, TekVPI Konfiguration und Angebot
Datenblatt ansehen TDP1000 Differentialtastkopf: 1 GHz, 5-fach/50-fach, +/-42 V, TekVPI Konfiguration und Angebot
Datenblatt ansehen THDP0100 DIFFERENTIALTASTKOPF; 100 MHZ TekVPI-HOCHSPANNUNGS-DIFFERENTIALTASTKOPF Konfiguration und Angebot
Datenblatt ansehen THDP0200 DIFFERENTIALTASTKOPF; 200 MHZ TekVPI-HOCHSPANNUNGS-DIFFERENTIALTASTKOPF Konfiguration und Angebot
Datenblatt ansehen TMDP0200 DIFFERENTIALTASTKOPF; 200 MHZ TekVPI-MITTELSPANNUNGS-DIFFERENTIALTASTKOPF; TMPD0200 Konfiguration und Angebot
Isolierte Tastköpfe
Link zum Datenblatt Tastkopf Beschreibung Konfiguration und Angebot
Datenblatt ansehen TIVH02 Optisch isolierter Differenztastkopf IsoVu, 200 MHz, TekVPI, 3-m-Kabel, einschließlich Hinweisen zu 50X(MMCX50X) und 500X(SQPIN500X) Konfiguration und Angebot
Datenblatt ansehen TIVH02L Optisch isolierter Differenztastkopf IsoVu, 200 MHz, TekVPI, 10-m-Kabel, einschließlich Hinweisen zu 50X(MMCX50X) und 500X(SQPIN500X) Konfiguration und Angebot
Datenblatt ansehen TIVH05 Optisch isolierter Differenztastkopf IsoVu, 500 MHz, TekVPI, 3-m-Kabel, einschließlich Hinweisen zu 50X(MMCX50X) und 500X(SQPIN500X) Konfiguration und Angebot
Datenblatt ansehen TIVH05L Optisch isolierter Differenztastkopf IsoVu, 500 MHz, TekVPI, 10-m-Kabel, einschließlich Hinweisen zu 50X(MMCX50X) und 500X(SQPIN500X) Konfiguration und Angebot
Datenblatt ansehen TIVH08 Optisch isolierter Differenztastkopf IsoVu, 800 MHz, TekVPI, 3-m-Kabel, einschließlich Hinweisen zu 50X(MMCX50X) und 500X(SQPIN500X) Konfiguration und Angebot
Datenblatt ansehen TIVH08L Optisch isolierter Differenztastkopf IsoVu, 800 MHz, TekVPI, 10-m-Kabel, einschließlich Hinweisen zu 50X(MMCX50X) und 500X(SQPIN500X) Konfiguration und Angebot
Datenblatt ansehen TIVM1 Optisch isolierter Differenztastkopf IsoVu, 1 GHz, TekVPI, 3-m-Kabel, einschließlich Hinweisen zu 5X(IVTIP5X) und 25X(IVTIP25X) Konfiguration und Angebot
Datenblatt ansehen TIVM1L Optisch isolierter Differenztastkopf IsoVu, 1 GHz, TekVPI, 10-m-Kabel, einschließlich Hinweisen zu 5X(IVTIP5X) und 25X(IVTIP25X) Konfiguration und Angebot
Logikanalysator-Tastköpfe
Link zum Datenblatt Tastkopf Beschreibung Konfiguration und Angebot
TLP058 Mehrzweck-Logiktastkopf mit 8 Kanälen für Oszilloskope der Serie 5. Einschließlich Zubehörsatz. Konfiguration und Angebot
Niederspannungsdifferentialtastköpfe
Link zum Datenblatt Tastkopf Beschreibung Konfiguration und Angebot
Datenblatt ansehen TDP1500 Differentialtastkopf: 1,5 GHz, 1-fach/10-fach, +/-8,5 V, TekVPI Konfiguration und Angebot
Datenblatt ansehen TDP3500 Differentialtastkopf: 3.5 GHz, 5-fach, +/-2 V, TekVPI Konfiguration und Angebot
Datenblatt ansehen TDP4000 4 GHz, Differential Probe with TekVPI interface Konfiguration und Angebot
Passiver Tastkopf
Link zum Datenblatt Tastkopf Beschreibung Konfiguration und Angebot
Datenblatt ansehen TPP0500B Passiver Tastkopf: 500 MHz, 10-fach, TekVPI Konfiguration und Angebot
Datenblatt ansehen TPP0502 Passiver Tastkopf: 500 MHz, 2-fach, TekVPI Konfiguration und Angebot
Datenblatt ansehen TPP1000 Passiver Tastkopf: 1 GHz, 10-fach, TekVPI Konfiguration und Angebot
Power Rail Probes
Link zum Datenblatt Tastkopf Beschreibung Konfiguration und Angebot
Datenblatt ansehen TPR1000 1 GHz, Single-Ended TekVPI-Stromschiene Sonde mit TPR4KIT Standard-Zubehör Kit Konfiguration und Angebot
Datenblatt ansehen TPR4000 4 GHz, Single-Ended TekVPI-Stromschiene Sonde mit TPR4KIT Standard-Zubehör Kit Konfiguration und Angebot
Stromtastköpfe
Link zum Datenblatt Tastkopf Beschreibung Konfiguration und Angebot
Datenblatt ansehen TCP0020 Tastkopf, AC/DC Strom; 20 A; 50 MHz Bandbreite; TekVPI-Schnittstelle; Zertifikat über rückführbaren Kalibrierungsstandard Konfiguration und Angebot
Datenblatt ansehen TCP0030A Tastkopf, AC/DC Strom; 30 A DC; DC bis 120 MHZ; mit TekVPI-Schnittstelle; Zertifikat über rückführbaren Kalibrierungsstandard Konfiguration und Angebot
Datenblatt ansehen TCP0150 Stromtastkopf: 20 MHz, 5 mA bis 212 A, AC/DC, TekVPI Konfiguration und Angebot
Unsymmetrische Hochspannungstastköpfe
Link zum Datenblatt Tastkopf Beschreibung Konfiguration und Angebot
Datenblatt ansehen TPP0850 Hochspannungstastkopf: 800 MHz, 50-fach, 2,5 kV, unsymmetrisch, BNC Konfiguration und Angebot
Unsymmetrische Niederspannungstastköpfe
Link zum Datenblatt Tastkopf Beschreibung Konfiguration und Angebot
Datenblatt ansehen TAP1500 Aktiver Tastkopf:1,5 GHz, 10-fach, unsymmetrisch, TekVPI Konfiguration und Angebot
Datenblatt ansehen TAP2500 Aktiver Tastkopf:2,5 GHz, 10-fach, unsymmetrisch, TekVPI Konfiguration und Angebot
Datenblatt ansehen TAP3500 Aktiver Tastkopf:3,5 GHz, 10-fach, unsymmetrisch, TekVPI Konfiguration und Angebot
Datenblatt ansehen TAP4000 4 GHz, Single Ended Probe with TekVPI interface Konfiguration und Angebot
Datenblatt Softwarepaket / Softwareoption Beschreibung Konfiguration und Angebot
Opt. 5-SV-BW-1

Increase Spectrum View Capture Bandwidth to 500 MHz

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Opt. 5-AFG

Integrierten Arbiträrsignal-/Funktionsgenerator hinzufügen

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Opt. 5-SEC

Kennwortgeschützte Aktivierung und Deaktivierung aller Kommunikationsanschlüsse und der Firmware-Aktualisierung

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Datenblatt ansehen Opt. 5-SRUSB2

Protokolltrigger und Dekodierung von seriellen Paketinhalten für USB 2.0 Low-Speed, Full-Speed und High-Speed

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Datenblatt ansehen Opt. 5-SRCOMP

RS-232/422/485/UART-Protokolltrigger und Dekodierung von seriellen Paketinhalten

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Datenblatt ansehen Opt. 5-SRAERO

Serielle Triggerung und Analyse für Luft- und Raumfahrt

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Datenblatt ansehen Opt. 5-SRI3C

MIPI I3C decoding and analysis

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Datenblatt ansehen Opt. 5-SREMBD

I 2 C- und SPI-Protokolltrigger und Dekodierung von seriellen Paketinhalten

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Datenblatt ansehen Opt. 5-SRAUTO

CAN, LIN und FlexRay-Protokolltrigger und Dekodierung von seriellen Paketinhalten

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Datenblatt ansehen Opt. 5-DJA

Vereinfacht das Ermitteln von Problemen bei der Signalintegrität, Jitter und zugehörigen Quellen und liefert die höchste verfügbare Empfindlichkeit und Genauigkeit für Echtzeit-Oszilloskope.

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Opt. 5-SV-RFVT

Spectrum View RF versus Time Analysis

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Datenblatt ansehen Opt. 5-SRSPACEWIRE

SpaceWire protocol decoding and analysis

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Datenblatt ansehen Opt. 5-PWR

Leistungsmessung und -analyse

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Datenblatt ansehen Opt. 5-SRAUDIO

I 2 S, LJ, RJ- und TDM-Protokolltrigger und Dekodierung von seriellen Paketinhalten

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Datenblatt ansehen Opt. 5-SRENET

10BASE-T- und 100BASE-TX-Protokollsuche und Dekodierung von seriellen Paketinhalten

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Datenblatt ansehen Opt. 5-SRAUTOSEN

Automotive sensor serial triggering and analysis

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Datenblatt ansehen Opt. 5-SRPM

SPMI Power Management serial triggering and analysis

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Datenblatt ansehen Opt. 5-DPM

Digital Power Management

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Datenblatt ansehen Opt. 5-SRAUTOEN1

100BASE-T1 Protocol Decode

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Digitale Kanäle einrichten

Upgrade Beschreibung Angebotsdetails
Logiktastkopf TLP058 Jeder Tastkopf nutzt 8 digitale Kanäle auf jedem beliebigen FlexChannel bei jedem MSO der Serie 5 Angebot zu diesem Tastkopf anfordern

Gerätefunktionen hinzufügen

Upgrade Beschreibung Angebotsdetails
SUP5-AFG Arbiträr-Funktionsgenerator hinzufügen Testlizenz anfordern

Angebot anfordern
SUP5-DVM Digitalvoltmeter (DVM)/Triggerfrequenzzähler hinzufügen Bei Registrierung wird eine Lizenzdatei für das Software-Upgrade bereitgestellt.
Jetzt registrieren.

Protokollanalyse hinzufügen

Upgrade Beschreibung Angebotsdetails
SUP5-SRAERO Serielle Triggerung und Analyse in der Luftfahrt (MIL-STD-1553, ARINC429) Testlizenz anfordern

Angebot anfordern
SUP5-SRAUDIO Serielle Triggerung und Analyse für Audio (I2S, LJ, RJ, TDM) Testlizenz anfordern

Angebot anfordern
SUP5-SRAUTO Serielles Trigger- und Analysemodul für die Fahrzeugtechnik (CAN, CAN FD, LIN, FlexRay) Testlizenz anfordern

Angebot anfordern
SUP5-SRAUTOSEN Serielle Triggerung und Analyse für Automobiltechnik (SENT) Testlizenz anfordern

Angebot anfordern
SUP5-SRCOMP Serielle Triggerung und Analyse für Computertechnik (RS-232/422/485/UART) Testlizenz anfordern

Angebot anfordern
SUP5-SREMBD Serielles Triggering und Analyse für integrierte Systeme (I2C, SPI) Testlizenz anfordern

Angebot anfordern
SUP5-SRENET Serielle Triggerung und Analyse für Ethernet (10Base-T, 100Base-TX) Testlizenz anfordern

Angebot anfordern
SUP5-SRUSB2 Serielle Triggerung und Analyse für USB 2.0 (LS, FS, HS) Testlizenz anfordern

Angebot anfordern

Erweiterte Analyse hinzufügen

Upgrade Beschreibung Angebotsdetails
SUP5-DJA Erweiterte Jitter- und Augendiagrammanalyse Testlizenz anfordern

Angebot anfordern
SUP5-PWR Leistungsanalyse Testlizenz anfordern

Angebot anfordern
5 Series MSO (MSO54, MSO56, MSO58, MSO58LP)
Specifications and Performance Verification

Teilenummer 077130605
Manual 20 Jan 2020
What rackmount does my scope use?
Oscilloscope Family Rackmount TDS1000/TDS2000 RM2000 TDS1000B/TDS2000B/TDS2000C RM2000B TPS2000/TPS2000B No Rackmount - Strap hanger 343-1689-00 TDS3000/TDS3000B/TDS3000C RM3000 DPO2000 RMD2000 MSO2000 RMD2000 DPO3
FAQ-ID64571 15 Jan 2020
I recently registered our Tektronix oscilloscope, updated the firmware and am currently trying to activate the free DVM & Frequency Counter.  I don’t see any software downloads for activating the DVM. Am I doing something wrong, or looking in the wrong spot?
After you have registered your oscilloscope on Tek.com, you should have received an email with instructions.  The email is sent to the address you used to login to tek.com.  If you haven't received the email after registration: Check your spam folde
FAQ-ID468046 15 Jan 2020
How many digital channels are supported on the 5 and 6 Series MSO?
Each analog channel on the 5 and 6 Series MSO can be converted into 8 digital channels with the logic probe TLP058.  For a 4-channel model (MSO54, MSO64), it is up to 32 digital channels. For a 6-channel model (MSO56), it is up to 48 digital channels
FAQ-ID468121 15 Jan 2020
Can I mount a network drive on my standard (non-Windows) 5 or 6 Series MSO? How could I use this capability?
The oscilloscope has a built-in m.2 drive, labeled C:. This drive can be used to store waveforms, setups, and measurement results. However, this drive is not easily accessible to your computer. The oscilloscope also has several USB ports to support
FAQ-ID474191 15 Jan 2020
I received the following message about my floating license:  (This is a courtesy note to remind you that the checkout of 1 floating license(s) will soon expire.) Why am I receiving this message when I own the license?
The Floating Licenses are good forever; however, the checkout of the Floating License is good for for any duration from 4 hours up to 4 years, selectable at the time of check out.  After it reaches selected duration, it will automatically check itsel
FAQ-ID467516 15 Jan 2020
What is the deskew range and resolution between channels for the 5 or 6 series MSO?
Both 5 and 6 series MSO support a deskew range of -125ns to +125ns. The 6 series MSO can be adjusted in 1ps resolution for all acquisition modes except Peak Detect and Envelope (40ps resolution). The 5 series MSO can be adjusted in 40ps resolution fo
FAQ-ID723961 15 Jan 2020
Where can I locate the visual trigger setup on the 5 or 6 series MSO?
The visual trigger option is not listed in the trigger type selection initially.  To setup the visual trigger, simply click on the "DRAW A BOX" icon (located in the lower right corner of the display) to draw the areas for the visual trigger.  After t
FAQ-ID723951 15 Jan 2020
How can I invert the channel on the 5 or 6 series MSO?
With firmware v1.16, the invert function is available in the channel menu.  If the unit has the older firmware v1.14 or below, the invert channel feature on the 5 or 6 series MSO is supported via the math channel instead. Here is the setup procedure:
FAQ-ID723956 15 Jan 2020
What optional features are available as upgrades for my 5 Series MSO and how do I get the upgrade?
Most optional, factory-installed features for the 5 Series MSO are also available as field upgrades, and are installed simply by ordering an upgrade product and entering a new, node-locked software license into the instrument. There are several gene
FAQ-ID235421 15 Jan 2020
After I place an order for a software-license or an upgrade for my 5 or 6 Series MSO, how do I get and install the software license or the upgrade license?
After you place an order for the software license or an upgrade for your 5 or 6 Series MSO, you will receive an email (at the email address in your MyTek account). It will look about like this, but customized for you: Dear Customer ([email protected]
FAQ-ID235451 15 Jan 2020
Can multiple auto measurements be removed at once on the 5 series MSO?
No. Currently, the user interface does not allow to remove all auto measurements at once. The closest workaround will be recalling the default setup.
FAQ-ID474036 15 Jan 2020
Where can I locate the save on trigger feature on the 5 series MSO?
It is in the “Acquisition” badge located in the lower right corner of the screen. It allows the user to set the configuration to save the waveform file or screen capture when there is a triggered event.
FAQ-ID474041 15 Jan 2020
How do I remotely control my 5 or 6 Series MSO from my computer, easily and without any programming?
For the standard instrument (without the Windows 10 option installed), you can simply connect your computer to the instrument through Ethernet and control the oscilloscope with your favorite browser. Find the instrument’s IP address by selecting Uti
FAQ-ID474201 15 Jan 2020
How can I try out optional features for my 5 Series MSO before I buy them?
Most field upgrades for the optional features for the 5 Series MSO are also available for a one-time, 30-day free trial. These are available simply by requesting a trial software license and installing the node-locked license in the instrument. Ther
FAQ-ID235426 15 Jan 2020
I saw a warning message when recalling an instrument setup on my 5 or 6 Series MSO. What caused it?
The 5 and 6 Series MSO will display a pop-up warning message when it is not completely successful recalling the saved state of the instrument with a setup or session file. The following message will appear on the display: WARNING The oscilloscope
FAQ-ID235416 15 Jan 2020
Where can I find the positive/negative pulse count auto measurement on the 5/6 Series MSO?
Currently, there is no auto measurement for the positive or negative pulse count on the 5/6 Series MSO. The workaround would be using the “Search” feature to search for the pulse width. First, set up for the positive pulse width auto measurement fo
FAQ-ID773396 15 Jan 2020
What is the range of the logic threshold supported on the 5 and 6 Series MSO?
The logic threshold can be set between +/-40V with the TLP058 logic probe. Each individual digital channel can be set for its own threshold level.
FAQ-ID468126 15 Jan 2020
How can I ungroup the channel badge on the 5/6 Series MSO?
On firmware v1.12 or above, the 5/6 Series MSO added the stacked and overlay mode mix and match feature.  It allows user to group multiple channels for overlay mode for easy comparison. To separate the channels in the group, there are couple options
FAQ-ID773401 15 Jan 2020
My Tektronix oscilloscope uses the Linux operating system.  Where do I get a copy of the linux open source code as stated in the GNU Lesser General Public License notice?
For our Linux based instruments or programs licensed under the “GNU General Public License (GPL) or Lesser GNU General Public License (LGPL)” the complete corresponding sources are available. You can order a complete machine-readable copy of the sour
FAQ-ID64866 15 Jan 2020
Does my 5 or 6 Series MSO support multiple displays?
Yes, the 5 and 6 Series MSO hardware supports a total of three displays, including the instrument’s internal display. The instrument provides DVI-D, Display Port, and VGA connectors on the rear panel. The standard instrument (running the Linux operat
FAQ-ID250721 15 Jan 2020
Is BUS trigger mode supported in the AB sequence trigger mode on the 5 series MSO?
Yes. However, it does not apply to both events. It could be only either A or B event for the bus trigger. The second event is locked to edge trigger type.
FAQ-ID474026 15 Jan 2020
What are some of the advantages of the 5 and 6 Series MSO digital trigger?
Since its invention by Tektronix in the 1940s, the oscilloscope’s trigger system has been a key component of the products, providing a stable display of repetitive signals and the capture of specific events in a signal. At the circuit level, the trig
FAQ-ID467411 15 Jan 2020
How are 5 and 6 Series MSO setup files and session files different? How should I use them?
The 5 and 6 Series MSO setup files contain all instrument settings, user-configured analysis, and reference waveforms, so they provide an easy way to return the oscilloscope to a known state. For example, if you want to build a library of standardize
FAQ-ID235446 15 Jan 2020
How do I switch between stacked and overlay display modes on the MSO5 Series?
Double click anywhere in the waveform view screen. A wave form menu will appear. Under display mode you can pick between overlay or stacked modes.  
FAQ-ID474261 15 Jan 2020
How to extract the trigger time stamp from a Tektronix .wfm file?
The .wfm waveform files saved from Tektronix DPO/DSA/MSO 5K 7K 70K and 5 and 6 Series MSO oscilloscopes contains a time stamp that indicates the time that the scope was triggered. This example program shows how you can extract this time stamp from th
FAQ-ID471231 15 Jan 2020
Could the number of analog channel be upgraded on the 5 series MSO?
No.  The analog channel count is fixed at the initial purchase.
FAQ-ID468131 15 Jan 2020
How do I save and transfer a screenshot from the 4, 5 or 6 Series MSO oscilloscope to my PC via the remote command interface?
Screenshots (also known as hard copies) can be transferred from the Series 4, 5 and 6 MSO oscilloscopes via the remote programming interface using just a few simple commands.  For information on how to send commands to the instrument via the remote p
FAQ-ID245436 15 Jan 2020
How do I set up a network drive on my 5 Series MSO or 6 Series MSO?
Introduction Network drives were introduced in firmware version 1.8.7 for 5 Series, 5 Series Low Profile, and 6 Series MSOs.  This feature allows you to specify a directory on another computer for the scope to use as storage.  To access this storage
FAQ-ID773296 15 Jan 2020
What does “Probe Dynamic Range” mean and how does the 5 and 6 Series MSO indicate it?
Oscilloscope probes which contain active circuitry, especially with amplifiers in the signal path, have a limited dynamic range over which the probe behaves linearly. When input signals exceed this range, the signal may be distorted. (Such probes als
FAQ-ID474196 15 Jan 2020
I downloaded and Installed OpenChoice Desktop, but it doesn't recognize my scope.
Refer to the Prerequisites.txt file available to download on the same page for OpenChoice desktop. Make sure you have all the prerequisites specified.    Prerequisites 1. PC equipped with  Microsoft Windows 7 32 Bit and 64 Bit OS, Windows 8.1 32 Bit
FAQ-ID474266 15 Jan 2020
What is the difference between Windows 10 on my scope and standard Windows 10?
The Windows build on Tektronix scopes is from the Long-Term Servicing Channel (LTSC), specifically Windows 10 Enterprise 2016 LTSB (Long-Term Service Branch 1607).  You can read more about the LTSC here: https://docs.microsoft.com/en-us/windows/whats
FAQ-ID782291 15 Jan 2020
Does Tektronix have a 12-bit oscilloscope?
Yes! Tektronix offers many different models of real-time oscilloscopes that provide 12-bit or greater vertical resolution for a variety of applications. Because many high-vertical-resolution oscilloscopes on the market have technical trade-offs such
FAQ-ID69266 15 Jan 2020
How do I keep Windows 10 up to date on my scope?
Updating Windows 10 Using Windows Update By default, Windows 10 will attempt to automatically keep itself up to date with the latest critical security patches, but it will not install optional updates.  To ensure Windows 10 receives all available upd
FAQ-ID782296 15 Jan 2020
5 Series MSO Low Profile
The 5 Series MSO Low Profile is based on the 5 Series MSO benchtop platform. The benchtop 5 Series MSO has a remarkably innovative pinchswipe- zoom touchscreen user interface, the industry's largest highdefinition display, and 4, 6, or 8 FlexChannel®

Literaturnummer 48W-61275-10
Datasheet 12 Jan 2020
TEKVISA Connectivity Software - V4.2.0
TekVISA is the Tektronix implementation of VISA (Virtual Instrument Software Architecture), an industry-standard communication protocol.When installed on a PC, TekVISA provides communication with instruments that are connected to the PC via various c

Teilenummer 066093812
Software 27 Dec 2019
Troubleshooting Multiple-bus Systems Using FlexChannel Input Channels Tech Brief
Troubleshooting embedded systems with multiple processors, sensors, actuators, communications and human interfaces, often demands more than the 2 or 4 measurement channels available on most oscilloscopes.  More channels can help up to a point, but a

Literaturnummer 55W-61100-2
Technisches Informationsblatt 27 Dec 2019
Power Supply Measurement and Analysis with 4/5/6-PWR Application Software
Optimizing and validating a bench power supply design requires a number of important measurements.  These include: Line-side power quality measurements, such as power factor, inrush current, and harmonics Switching device measurements, such as switc

Literaturnummer 55W-61294-3
Anwendungshinweis 27 Dec 2019
Troubleshooting USB 2.0 Problems with Your Oscilloscope
Learn the basics of the USB 2.0 physical layer to help you troubleshoot bus problems or system issues.  Learn how to set up and interpret the results when using automated decoding, triggering, and search on an oscilloscope equipped with USB 2.0 bus a

Literaturnummer 55W-61092-1
Anwendungshinweis 27 Dec 2019
How to Troubleshoot System Problems Using an Oscilloscope with I2C and SPI Decoding
Learn about the physical layers of the most common interchip buses - I2C and SPI - to enable you to troubleshoot bus problems or system issues.  Learn how to set up and interpret the results when you use automated decoding, triggering, and search on

Literaturnummer 55W-61091-1
Anwendungshinweis 27 Dec 2019
Debugging CAN, LIN and FlexRay Automotive Buses with an Oscilloscope
Explains the physical layer basics of common automotive buses - CAN, LIN, and FlexRay - to enable you to troubleshoot bus problems or system issues.  Learn how to set up and interpret the results when using automated decoding, triggering, and search

Literaturnummer 55W-61098-3
Anwendungshinweis 27 Dec 2019
Spectrum View: A New Approach to Frequency Domain Analysis on Oscilloscopes
Spectrum View is a new way of performing spectrum analysis on an oscilloscope. This application note shows and explains how Spectrum View operates and how it differs from traditional oscilloscope FFT functions. Any analog signal may be presented as

Literaturnummer 48W-61563-1
Anwendungshinweis 26 Dec 2019
Solutions for Aerospace and Defense
For over 70 years Tektronix has offered our military and government partners a range of integrated, clever devices, software, applications and services. Learn more about Tektronix electronic test and measurement solutions designed to address the uniq

Literaturnummer 46A-61169-2
Broschüre 26 Dec 2019
Advanced Radar Analysis: Tools for Measuring Modern Radar Application Note
With today's rapid advances in radar technology, developing and manufacturing highly specialized and innovative electronic products to detect radar signals takes leading-edge technology and tools. Tektronix innovative test equipment reduces testingu

Literaturnummer 37W-23378-4
Anwendungshinweis 26 Dec 2019
Tektronix Oscilloscope Accessories Selection Guide
Tektronix oscilloscope probes and accessories allow you to adapt your oscilloscope to your specific application needs and environment.

Literaturnummer 60W_14232_10
Produkt-Auswahlhilfe 26 Dec 2019
Tek049 ASIC Powers Next-Generation Oscilloscopes
The Tek049 is a new mixed-signal oscilloscope ASIC. It consists of 400 million transistors which make up its high-speed, precision ADCs and integrated DSP. The Tek049 recently debuted as the powerhouse behind Tek’s new 5 Series MSO and will power nex

Literaturnummer 55W-61320-0
White Paper 26 Dec 2019
Measuring Digital Clock Stability and Jitter with an Oscilloscope
This application note explains how to use oscilloscope measurements to quantify the performance of any digital clock, including processor clocks and communications clocks. It briefly covers amplitude measurements and focuses on clock frequency stabil

Literaturnummer 48W-61379-1
Anwendungshinweis 26 Dec 2019
Troubleshooting Ethernet Problems with your Oscilloscope
Learn the basics of the 10BASE-T and 100BASE-TX Ethernet physical layers to help you troubleshoot bus problems or related system issues. Learn how to set up and interpret the results when using automated decoding, triggering, and search on an oscillo

Literaturnummer 55W-61093-1
Anwendungshinweis 26 Dec 2019
Oscilloscope Selection Guide
From basic signal-checking to high-performance analysis, this selection guide gives an overview of the complete range of oscilloscopes from Tektronix. Comparison tables give high-level specifications and features, and indicate the major differences

Literaturnummer 46W-31080-7
Auswahlhilfe 26 Dec 2019
Debugging SENT Automotive Buses with an Oscilloscope
The SENT bus is used in automotive sensors to transmit high-resolution measurements to electronic control units (ECUs), usually in the powertrain. Decoding the Single Edge Nibble Transmissions (SENT) by looking at the signals can be very difficult, e

Literaturnummer 55W-61326-1
Anwendungshinweis 26 Dec 2019
Debugging Serial Buses in Embedded System Designs
Find out how the protocol trigger, decode and search capabilities of the popular MSO and DPO Series oscilloscopes solve serial bus integration and debug challenges of many buses such as I2C, SPI , USB, RS-232/422/485/UART, CAN, LIN, FlexRay, Ethernet

Literaturnummer 48W-19040-21
Anwendungshinweis 26 Dec 2019
Debugging SPMI Power Management Buses with an Oscilloscope
Designers of mobile devices and other portable systems rely on the System Power Management Interface (SPMI) protocol to monitor and dynamically control supply voltages based on real-time system demands. Enabling them to achieve lower power usage at t

Literaturnummer 48W-61436-0
Anwendungshinweis 26 Dec 2019
Serial Support Using Tektronix Oscilloscopes and Optional Software
Tektronix oscilloscopes offer a portfolio of optional analysis capabilities to simplify serial bus debug or compliance verification. This selection matrix shows which serial standards are supported by each of the oscilloscope series.

Literaturnummer 55W-29028-13
Auswahlhilfe 26 Dec 2019
In-circuit Measurement of Inductors and Transformers with an Oscilloscope
An oscilloscope can be used to measure the performance of inductors and transformers under operating conditions.  This application note: Provides a quick review of practical inductor and transformer theory, especially related to power supply designs

Literaturnummer 55W-61401-2
Anwendungshinweis 26 Dec 2019
4/5/6 Series MSO Option License
Install Instructions

Teilenummer 071351902
Manual 26 Nov 2019
4, 5, 6 Series MSO (MSO44, MSO46, MSO54, MSO56, MSO58, MSO58LP, MSO64, LPD64)
Programmer Manual

Teilenummer 077130508
Manual 26 Nov 2019
4, 5, 6 Series MSO (MSO44, MSO46, MSO54, MSO56, MSO58, MSO58LP, MSO64)
Programmer Manual

Teilenummer 077130507
Manual 26 Nov 2019
4/5/6 Series MSO
MSO44, MSO46, MSO54, MSO56, MSO58, MSO58LP, MSO64, LPD64 Printable Application Help

Teilenummer 077130308
Manual 26 Nov 2019
4, 5, 6 Series MSO (MSO44, MSO46, MSO54, MSO56, MSO58, MSO58LP, MSO64, LPD64)
Programmer Manual

Teilenummer 077130509
Manual 26 Nov 2019
5 Series MSO Low Profile with Option 5-SEC Enhanced Security
Declassification and Security

Teilenummer 077140700
Manual 26 Nov 2019
5 Series Low Profile Oscilloscope, 6 Series Low Profile Digitizer
MSO58LP, LPD64 Bench Conversion Kit

Teilenummer 075110201
Manual 26 Nov 2019
5 Series MSO Low Profile
MSO58LP Installation and Safety

Teilenummer 071356801
Manual 26 Nov 2019
5/6 Series MSO MSO5, MSO56, MSO58, MSO58LP, MSO64
Install Upgrade Options

Teilenummer 071351901
Manual 26 Nov 2019
5/6 Series MSO (MSO54, MSO56, MSO58, MSO58LP, MSO64)
Programmer Manual

Teilenummer 077130505
Manual 26 Nov 2019
5/6 Series MSO (MSO54, MSO56, MSO58, MSO58LP, MSO64)
Programmer Manual

Teilenummer 077130506
Manual 26 Nov 2019
Getting Started with Power Rail Measurements Application Note
No matter the industry, power integrity requirements are becoming more and more strict and the number of critical power rails in a single design is only growing. Traditional power integrity applications typically use passive probes with AC coupling o

Literaturnummer 51W-61562-0
Anwendungshinweis 26 Nov 2019
5 Series MSO (non-Windows) Firmware - V1.16.6
Download this firmware to install the latest updates for the 5 series MSO oscilloscopes. This firmware only applies to oscilloscopes that do not have option 5-WIN (Windows 10) installed.

Teilenummer 066196405
Software 12 Nov 2019
5 Series MSO (non-Windows) Firmware - V1.22.4
Download this firmware to install the latest updates for the 5 series MSO oscilloscopes. This firmware only applies to oscilloscopes that do not have option 5-WIN (Windows 10) installed.

Teilenummer 066196407
Software 12 Nov 2019
5 Series MSO Low Profile 3D CAD Files - V1.0
3D CAD files containing all exterior surfaces for standard rack mount configuration. STEP and IGES file formats included.

Teilenummer 066195100
Software 12 Nov 2019
4, 5 and 6 Series MSO, 5 and 6 Series Low Profile Digitizers IVI-COM Driver - V1.6.0
TekSeriesScope IVI-COM Driver for 4, 5 and 6 Series Mixed Signal Oscilloscopes; 5 and 6 Series Low Profile Digitizers IVI Scope class-compliant driver. It complies with Scope Class specifications (IVI-4.1) as defined by the IVI foundation. An IVI cla

Teilenummer 066192807
Software 12 Nov 2019
4, 5 and 6 Series Mixed Signal Oscilloscope IVI-COM Driver - V1.5.0
The TekSeriesScope IVI-COM Driver for 4, 5 and 6 Series Mixed Signal Oscilloscopes is an IVI Scope class-compliant driver. It complies with Scope Class specifications (IVI-4.1) as defined by the IVI foundation. An IVI class-compliant specific driver

Teilenummer 066192806
Software 12 Nov 2019
Using FastFrame Segmented Memory on the 4/5/6 Series MSO
Communications systems, RADAR, and ultrasonic sensors all rely on signals that transfer information in bursts followed by dead time. Processor interrupt pulses can occur intermittently and infrequently. Conventional signal-shot acquisitions on digita

Literaturnummer 55W-61299-2
Technisches Informationsblatt 12 Nov 2019
Visual Triggers: Graphical Methods for Capturing Bursts and Other Complex Signals on Oscilloscopes
Visual triggers allow you to build triggers by thinking in terms of wave shapes. This technical brief starts by explaining how to quickly capture bursts of specific length by drawing boxes on an oscilloscope display. It then describes how to apply lo

Literaturnummer 48W-61452-0
Technisches Informationsblatt 12 Nov 2019