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Mixed-Signal Oszilloskop, 4 analogen FlexChannel, bis zu 32 Logik-Kanäle (optional), 1 GHz, 2,5 GHz, 4 GHz, 6 GHz, 8 GHz oder 10 GHz Bandbreite, 12 Bit, 15,6'' HD Touchscreen, Samplerate 50/25/12,5 GS/s (2/4/6-8 Kanal), Speichertiefe bis zu 1 G Punkte pro Kanal, Visual Trigger, embedded Linux oder Windows 10 Betriebssystem (optional)
Datenblätter
Tektronix MSO6B-Serie - Datenblatt englisch
Datenblatt Tektronix MSO64B, MSO66B, MSO68B (MSO6B-Serie)
- Tektronix 4-PWR, 4-PWR-BAS, 5-PWR, 6-PWR - Datenblatt
Option 4-PWR 4-PWR-BAS, 5-PWR, 6-PWR, 4-PS2, 5-PS2, 6-PS2, SUP4-PWR, SUP4-PWR-BAS, SUP5-PWR, SUP6-PWR - Advanced Power Measurement and Analysis
- Tektronix 5-DPMBAS, 5-DPM, 6-DPM - Datenblatt
Option 5-DPMBAS, 5-DPM, 6-DPM, SUP5-DPMBAS, SUP5-DPM, SUP6-DPM - Digital Power Management and Analysis Software - Enabling Power Rail Measurements
- Tektronix 5-SIM/SIMA, 6-SIM/SIMA, 7-SIM/SIMA - Datenblatt
5-SIM/SIMA, 6-SIM/SIMA, 7-SIM/SIMA - Signal De-Embedding, Embedding, and Equalization/p>
- Option 5-UDFLT, 6-UDFLT, 7-UDFLT - Datenblatt
Option 5-UDFLT, 6-UDFLT, 7-UDFLT - User Defined Filter Tool
- Tektronix 4-TDR, 5-TDR, 6-TDR - Datenblatt
- Tektronix 4-WBG-DPT-5-WBG-DPT_6-WBG-DPT - Datenblatt
Option 4-WBG-DPT, 5-WBG-DPT, 6-WBG-DPT - Wide Bandgap – Double Pulse Test Analysis
- Tektronix 5-CMENET, 6-CMENET - Datenblatt
Option 5-CMENET, 6-CMENET, 5-CMENETML, 6-CMENETML - Ethernet Electrical Testing Software
- Tektronix 5-CMUSB2, 6-CMUSB2 - Datenblatt
Option 5-CMUSB2, 6-CMUSB2 - USB 2.0 Electrical Testing Software
- Tektronix 5-DBLVDS, 6-DBLVDS
- Tektronix 5-DJA, 6-DJA, 7-DJA - Datenblatt
Option 5-DJA, 6-DJA, 7-DJA - Advanced Jitter Analysis Application
- Tektronix 5-IMDA, 6B-IMDA - Inverter Motor Drive Analysis - Datenblatt
Option 5-IMDA, SUP5-IMDA, 6-IMDA, SUP6B-IMDA - Inverter Motor Drive Analysis,
Option 5-IMDA-DQ0, SUP5-IMDA-DQ0, 6-IMDA-DQ0, SUP6B-IMDA-DQ0 - Direct Quadrature Zero (DQ0) Analysis - Tektronix 6-CMBASET, 6-CMXGBT - Datenblatt
Ethernet (2.5G, 5G and 10G) Electrical Testing: Option 6-CMNBASET, SUP6-CMNBASET, SUP6-CMNBASET-FL, 6-CMXGBT, SUP6-CMXGBT, SUP6-CMXGBT-FL
- Tektronix 6-CMDDR3 und 6-DBDDR3 - Datenblatt
Option 6-CMDDR3 - DDR3 and LPDDR3 Automated Compliance Solution
Option 6-DBDDR3 - DDR3 and LPDDR3 Measurement and Analysis - Tektronix 6-CMDPHY, 7-CMDPHY - Datenblatt
Option 6-CMDPHY,7 -CMDPHY - MIPI D-PHY 1.2 Automated Compliance Solution
Option 6-CMDPHY21, 7-CMDPHY21 - MIPI D-PHY 2.1 Automated Compliance Solution - Tektronix DPO4USB, MDO3USB, USB2, SR-USB - Datenblatt
Option DPO4USB, MDO3USB, USB2, 5-SRUSB2, SR-USB
- Tektronix MDO3, MSO4/B, MSO5/B und MSO6/B-Serie Serial Trigger and Analysis - Datenblatt
- Tektronix MIPI C-PHY Transmitter Solution
Option 6-CMCPHY20, CPHY20
- Tektronix Software Bundles - MSO4/B, MSO5/B, MSO6/B-Serie
- Tektronix 10BASE-T1L Industrial Ethernet Compliance Test Solution - Datenblatt englisch
Option 5-CMINDUEN10, SUP5-CMINDUEN10, 6-CMINDUEN10, SUP6-CMINDUEN10
- Tektronix Automotive Ethernet 1000/100BASE-T1, 10BASE-T1S
Option 6-CMAUTOEN10G, SUP6-CMAUTOEN10G, 5-CMAUTOEN, 6-CMAUTOEN, SUP5-CMAUTOEN, SUP6-CMAUTOEN, 5-CMAUTOEN10, 6-CMAUTOEN10, SUP5-CMAUTOEN10, SUP6-CMAUTOEN10
- Tektronix Automotive Ethernet 100BASE-T1 and 1000BASE-T1 Signal Separation and PAM3 Analysis
Option 5-AUTOEN-SS, 6-AUTOEN-SS (Automotive Ethernet Signal Separation), Option 5-PAM3, 6-PAM3 (PAM3 Analysis), Option 5-DJA, 6-DJA (Advanced Jitter and Eye Analysis), Option 5-SRAUTOEN1, 6-SRAUTOEN1 (100BASE-T1 Protocol Decode)
- Tektronix Oszilloskop Selection guide
- Tektronix Produktübersicht - MDO3, MSO4, MSO5/B, MSO6/B
Handbücher
Mögliche Updates/Upgrades nach Kauf
- Tektronix MSO4/B, MSO5/B, MSO6/B-Serie - Handbuch
- Tektronix MSO4B, MSO5B, MSO6B-Serie - Programmer Handbuch
- Reference Waveform File Format (WFM Dateien)
Applikationsberichte
Achieve Higher Vertical Resolution for More Precise Measurements
- Automated Low Voltage Differential Signaling (LVDS) Measurements
- Control Loop Analysis Kit for Power Design Stability Measurements
- Debugging CAN, CAN FD, CAN XL, LIN, and FlexRay Automotive Buses with an Oscilloscope
Explains the physical layer basics of common automotive buses - CAN, CAN FD, CAN XL, 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 on an oscilloscope equipped with automotive bus analysis capability.
- Debugging Serial Buses in Embedded System Designs
- Double Pulse Test with the Tektronix AFG31000 Arbitrary Function Generator
- Double Pulse Testing Power Semiconductor Devices with a 5 or 6 Series MSO with Built-in Arbitrary Function Generator
- Effective Measurement of Signals in Silicon Carbide (SiC) Power Electronics Systems
- Enhance Productivity with TekHSI (High Speed Interface)
- FastFrame, Segmented Memory
- Getting Started Controlling Instruments with VISA
- Getting Started with C++ for Test Automation
- Getting Started with Oscilloscope Automation in C#
- How Clipping Warnings Help to Minimize the Impact of Clipping on 6 Series and 6 Series B MSO
- How to Use a Mixed Signal Oscilloscope to Test Digital Circuits
- Jitter Testing for 1000BASE-T Ethernet Compliance
- Low Capacitance Probes Minimize Impact on Circuit Operation
- Making Measurements on 3-Phase Motor Drives with an Oscilloscope
- Measuring MDI Mode Conversion Loss For Automotive Ethernet Compliance
- Power Supply Measurement and Analysis
- Programming Interface Command Translator on 5 and 6 Series MSO Oscilloscopes
- 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.
- Troubleshooting Multiple-Bus Systems using FlexChannel® Input Channels
- Performance Oscilloscope Comparison
- Automated Compliance Testing of MIPI D-PHY Physical Layer
- Characterizing Self-Generated EMI for Wireless and IoT Products
- EMI Troubleshooting with the Latest-Generation Oscilloscopes
- Identifying Setup and Hold Violations with a Mixed Signal Oscilloscope
- Measuring Power Supply Switching Loss
- Step by Step EMI Troubleshooting
- Working Remotely with Tektronix Oscilloscopes Running the Windows Operating System
- Troubleshooting Ethernet Problems
- Characterizing and Troubleshooting Jitter
Gives examples of jitter analysis, from basic analysis using frequency and Time Interval Error (TIE) measurements, to more advanced jitter decomposition techniques to help isolate the sources of jitter. Shows examples of jitter measurements using the 5 Series Mixed Signal Oscilloscope on unmodulated clocks, spread spectrum clocks, and serial data.
- Simplifying Test Automation with tm_devices and Python
Software & Firmware
SignalVu-PC Software - V5.0.0146
- SignalVu-PC Software - V5.0.0146 - Release Notes
- Firmware - Tektronix MSO6B-Serie V2.24.4 (Windows 10)
- Firmware - Tektronix MSO6B-Serie V2.24.4 (embedded)
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Tektronix IVI Driver V2.0.5 (IVI-4.1) - MSO2, MSO4/B, MSO5/B, MSO6/B, DPO7-Serie
- Keithley KickStart Software, V2.11.3
inkl. 30 Tage Testversion
- KickStart Release Notes, Version 2.11.3
- tm_devices: Test & Measurement Device Management
tm_devices is a device management package which allows for better control and usage of Test & Measurement devices in python scripts
Zubehör
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Optionen/Lizenzen für Tektronix MSO64/B, MSO66B und MSO68B (MSO6/B-Serie)
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Bundle Optionen/Lizenzen für Tektronix MSO64/B, MSO66B und MSO68B (MSO6/B-Serie)
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Upgrade Option/Lizenz, >=480GB SSD Festplatte mit Windows 10 64bit Enterprise IoT Lizenz oder embedded Linux
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8 Kanal Logik-Tastkopf inkl. Zubehör, für Tektronix MSO44/B, MSO46/B (MSO4/B-Serie), MSO54/B, MSO56/B, MSO58/B (MSO5/B-Serie) und Tektronix MSO64/B, MSO66B und MSO68B (MSO6/B-Serie)
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103-0503-00, ADAPTER,CONN; BNC PLUG TO SMA JACK,STR,12GHZ
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Hartschalenkoffer für Tektronix MSO54/B, MSO56/B, MSO58/B (MSO5/B-Serie), und Tektronix MSO64/B, MSO66B und MSO68B (MSO6/B-Serie)
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Koffer/Trolley für Tektronix MSO54/B, MSO56/B, MSO58/B (MSO5/B-Serie), und Tektronix MSO64/B, MSO66B, MSO68B (MSO6/B-Serie), nur für den Transport, nicht für den Versand geeignet
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Rackmount Kit für Tektronix MSO54/B, MSO56/B, MSO58/B (MSO5/B-Serie), und Tektronix MSO64/B, MSO66B und MSO68B (MSO6/B-Serie)
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Power Solution Bundle: 6-PWR, THDP0200, TCP0030A, 067-1686-xx, für Tektronix MSO64/B, MSO66B und MSO68B (MSO6/B-Serie),
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Aktiver-Tastkopf, ±4 V, 4 GHz, <0,8 pF, 10x, TekVPI Interface, für Tektronix MSO54/B, MSO56/B, MSO58/B (MSO5/B-Serie) und Tektronix MSO64/B, MSO66B und MSO68B (MSO6/B-Serie)
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Differenz-Tastkopf, ±2 V, 4 GHz, <0,3 pF, 5x, TekVPI Interface, Offset ±1 V, Input Range: +5 V bis -4 V, für DPO/MSO/MDO4000/B/C, MSO4/B, MSO5/B, MSO6/B, DPO/MSO5000/B, DPO7000/C-Serie
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4 GHz TriMode™ Tastkopf mit TekFlex™ Connector Technology, TekVPI+ Interface, für Tektronix MSO64/B, MSO66B und MSO68B (MSO6/B-Serie)
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6 GHz TriMode™ Tastkopf mit TekFlex™ Connector Technology, TekVPI+ Interface, für Tektronix MSO64/B, MSO66B und MSO68B (MSO6/B-Serie)
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8 GHz TriMode™ Tastkopf mit TekFlex™ Connector Technology, TekVPI+ Interface, für Tektronix MSO64/B, MSO66B und MSO68B (MSO6/B-Serie)
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10 GHz TriMode™ Tastkopf mit TekFlex™ Connector Technology, TekVPI+ Interface, für Tektronix MSO64/B, MSO66B und MSO68B (MSO6/B-Serie)
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Sparen Sie Zeit, Geld und Aufwand mit einem Komplettschutz über 3 oder 5 Jahre für Ihr Tektronix Produkt.
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TekScope™ PC-Analysesoftware, offline Analyse von Oszilloskopdaten / kostenfreie "Viewer" Basic Version
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TekDrive™ ist die erste native Oszilloskop-zu-Cloud-Softwarelösung zur Erleichterung der globalen Datenzusammenarbeit direkt auf einem Oszilloskop, PC, Telefon oder Tablet. TekDrive wurde entwickelt, um ultimative Benutzerfreundlichkeit und Präzision bei der Datenzugänglichkeit und Zusammenarbeit zu ermöglichen.
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Bandbreiten Upgrade/Lizenzen für Tektronix MSO64B, MSO66B und MSO68B (MSO6B-Serie)
Alternative Produkte
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Oszilloskop, Digital Phosphor, 4 Kanäle TekConnect Interface, 8 GHz, 10 GHz, 13 GHz, 16 GHz, 20 GHz oder 25 GHz Bandbreite, 15,6'' HD Touchscreen, 10 Bit, Samplerate 125 GS/s pro Kanal, Speichertiefe 500 M Punkte (optional 1 G oder 2 G), embedded Linux oder Windows 10(optional), Grundgerät (Option 7-BW notwendig),
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Mixed-Signal Oszilloskop, 8 analogen FlexChannel, bis zu 64 Logik-Kanäle (optional), 1 GHz, 2,5 GHz, 4 GHz, 6 GHz, 8 GHz oder 10 GHz Bandbreite, 12 Bit, 15,6'' HD Touchscreen, Samplerate 50/25/12,5 GS/s (2/4/6-8 Kanal), Speichertiefe bis zu 1 G Punkte pro Kanal, Visual Trigger, embedded Linux oder Windows 10 Betriebssystem (optional)
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Mixed-Signal Oszilloskop, 6 analogen FlexChannel, bis zu 48 Logik-Kanäle (optional), 1 GHz, 2,5 GHz, 4 GHz, 6 GHz, 8 GHz oder 10 GHz Bandbreite, 12 Bit, 15,6'' HD Touchscreen, Samplerate 50/25/12,5 GS/s (2/4/6-8 Kanal), Speichertiefe bis zu 1 G Punkte pro Kanal, Visual Trigger, embedded Linux oder Windows 10 Betriebssystem (optional)