Tektronix MSO44B 1,5 GHz oscilloskop

Hvad er nyt i 4 -serien B

1. Hurtigere processor
   • > 2x mere responsiv brugergrænseflade
   • > 1,5x hurtigere dataoverførsler
   • Hurtigere analyse og seriel afkodning
2. Ny display med større kontrast og visningsvinkel
3. To USB 3.1 værtsporte
4. Hurtig e*omfangsbrowserbaseret fjernadgang

Big HD Display og prisvindende brugergrænseflade

Med den samme Made-For-touch-brugergrænsefladeteknologi som den prisvindende 5-serie i en kompakt pakke, sætter 4-serien B MSO en ny forventning om, hvordan et omfang skal fungere.

• 13,3 tommer højkontrast HD-skærm
• 6,1-tommer (15,5 cm) dyb bænkvenlig fodaftryk

Præcise målinger og op til 6 superfleksible kanaler

• Fin signaldetaljer og nøjagtige målinger på alle kanaler
  • 12-bit lodret opløsning (16-bit i høj RES-tilstand)
  • 6,25 GS/S på alle analoge og digitale kanaler
• Op til 62,5 MPoints rekordlængde
• Enhver kanal kan vise et bølgeform, RF -spektrum eller begge dele
• Ethvert input kan bruges til at se otte digitale kanaler ved at tilslutte en logisk sonde

Fremragende analyse

• Oplev den kapacitet, som 4 -serien B kan bringe til din bænk
• Bred vifte af smarte Tekvpi -sonder
• Multi-channel-spektrumanalyse
• Op til 48 digitale logiske input
• Over 25 tilgængelige serielle protokoller
• Indbygget vilkårlig/funktionsgenerator
• AC/DC -strømforsyningsmålinger
• Automatiseret dobbeltpulstest
• 3-fase strømanalyse
• Håndholdte Opgraderbar - Få de værktøjer, du har brug for nu, eller tilføj dem senere, uden at skulle returnere instrumentet

For mere information: Tektronix

Datablad:

Tektronix 4 -serie B MSO -datablad

New 4 Series B MSO Oscilloscope Overview

This video provides an overview of the new 4 Series B MSO oscilloscope, highlighting the new faster processor, accurate and precise measurements, and the award-winning user interface.

4 Series B MSO - Outstanding Measurement Performance

The 4 Series B MSO offers powerful measurement and debugging tools. Watch this video to learn about visual triggers, segmented memory, 12 to 16-bit vertical resolution, automated measurements, plots, and statistical tools.

4 Series B MSO - Waveform Display and Controls

This video will give you a taste of the 4 Series B MSO's award-winning user interface, integrating an HD touchscreen display with traditional knobs and buttons. By the end of this video you will know how to use the 4 Series.

4 Series B MSO - Probes, Protocols, Spectrum Analysis, Power Analysis and More

The 4 Series B MSO is a versatile addition to your bench, addressing scores of signal types and applications. This video touches on available probes, RF spectrum analysis, mixed signal analysis, serial protocol decoding, signal generation, power supply measurements, and 3-phase power measurements.

Exploring the Integrated Arbitrary/Function Generator on an Oscilloscope

Having an arbitrary/function generator built into your oscilloscope is useful and convenient. Learn about the AFG outputs available in 2, 4, 5, and 6 Series MSOs.

Logic and Mixed Signal Analysis with a Tektronix Oscilloscope

Built-in logic analysis on mixed signal oscilloscopes expand visibility into digital systems. This video briefly overviews logic probe, settings, triggering, and searches.

Advanced Power Supply Measurements and Analysis with Tektronix Oscilloscopes

Learn how the Advanced Power Supply Measurements and Analysis package for Tektronix oscilloscopes simplifies analysis of power conversion systems with automated power quality, harmonics, switching loss, inductor, efficiency, and stability measurements.

Accurate Oscilloscope Measurement on 3-phase PWM Systems

Making measurements on the PWM (Pulse Width Modulation) outputs of inverters and motor drives is challenging. Learn about automated 3-phase power measurement packages on 4, 5, and 6 Series B MSO oscilloscopes that deliver consistent, accurate results.

CAN Bus Decoding and Triggering on an Oscilloscope

This video covers the basics of CAN bus decoding on Tektronix oscilloscopes as well as the setups for decoding, triggering, and searching for specific values or conditions.

I2C Bus Decoding and Triggering with an Oscilloscope

This video covers the basics of I2C bus decoding on Tektronix oscilloscopes as well as the setups for decoding, triggering, and searching for specific values or conditions.

SPI Bus Decoding and Triggering with an Oscilloscope

This video covers the basics of SPI bus decoding on Tektronix oscilloscopes as well as the setups for decoding, triggering, and searching for specific values or conditions.

Capturing a Clock Frequency Glitch with RF vs Time Trigger

See how an edge trigger on the RF Frequency Deviation vs Time trace isolates and captures a short duration transient in the frequency of a clock signal. The Spectrum View capability on the 4, 5 and 6 Series MSO oscilloscopes can perform edge, pulse width and time-out triggers on RF vs Time waveforms.

Triggering on an ASK (Amplitude Shift-Keying) Signal with Spectrum View

Watch this short demo of RF vs Time hardware trigger to see how an ASK (Amplitude Shift-Keying) signal changes over time. The Spectrum View capability on the 4, 5 and 6 Series MSO oscilloscopes can perform edge, pulse width and time-out triggers on RF vs Time waveforms.

Low amplitude RF emission analysis with RF vs Time Triggering

See how the RF vs Time hardware triggering capability (Spectrum View) on the 4, 5, and 6 Series MSO oscilloscopes can capture a low amplitude RF emission. This video focuses on the low amplitude RF emission from a car’s key fob using the Magnitude vs Time and Frequency vs Time triggers.

Spread Spectrum Clock Analysis with RF vs Time Triggering

See how to stabilize a hardware trigger on the up-down chirp pattern of a spread spectrum clock using a Frequency Deviation vs. Time trigger. The Spectrum View capability on the 4, 5 and 6 Series MSO oscilloscopes can perform edge, pulse width and time-out triggers on RF vs Time waveforms.

Finding Root Cause of EMI Signals with Spectrum View

See how to track down the source of transient RF/EMI emissions with Spectrum View and the RF vs Time triggering capabilities. Clearly determine which PCB signals are causing EMI emissions so that you can pass compliance testing quicker and easier. The Spectrum View capability on the 4, 5 and 6 Series MSO oscilloscopes can perform edge, pulse width and time-out triggers on RF vs Time waveforms.

Boosting the Waveform Update Rate Using Fast Acquisition Mode on the 4 Series MSO

See how different trigger types enable debugging of errant signals much faster and simpler.