Tektronix TBS1202C 200 Mhz Digital Storage Oscilloscope
The instrument is designed to meet the needs of today’s educational institutions, embedded designers, and makers by combining affordability with an innovative courseware system that integrates lab exercises with step-by-step instructions for use. HelpEverywhere® assists users throughout every aspect of using the instrument while also providing useful tips and hints so you can make your experience more enjoyable! When it comes to a digital storage oscilloscope, you want one that has an affordable price and offers performance in a compact design. This is where the TBS1202C Digital Storage Oscilloscope by Rigol Technologies excels with its small size and 1 GS/S sample rate on up to 200 MHz bandwidth(p). The instrument includes an innovative courseware system that integrates lab exercises together with easy-to-follow step-by-step instructions for use (q) so students can be independent learners when they enter the workforce after graduation.
In addition, HelpEverywhere® provides useful tips throughout the user interface making this product extremely intuitive (r). The TBS1202C Digital Storage Oscilloscope from Rigol Instruments delivers affordability along The TBS1202C digital storage oscilloscope offers high-quality performance in a compact design. HelpEverywhere® system provides useful tips and hints throughout the user interface to make it easier for people to use it. This is an affordable oscilloscope. It is compact and lightweight and it has a color display that shows up to 1GS/s. It also comes with an instruction manual that the student can use during their lab time.
There are hints in the user interface so you can make sure everything goes well. The TBS1202C Digital Storage Oscilloscope offers a good design and it is affordable. It can help people who work in educational institutions who want to do embedded design engineering or be part of the maker community. The instrument includes a 7-inch WVGA color display with up to 1 GS/s sample rate, bandwidths to 200 MHz, and a five-year warranty.
This instrument comes with an innovative courseware system that integrates lab exercises with step-by-step instructions for use by students.
Tektronix TBS1000C Series Digital Storage Oscilloscope
It has everything you need with the performance to back it up in its compact design that includes a 7-inch color display which provides students step by step instructions throughout their lab exercises while also allowing teachers access from remote locations so they can monitor the progress of all classes without being physically present in the classroom. The HelpEverywhere® system offers helpful hints, tips on using this device as well as courseware integration for your convenience! The TBS1000C is the perfect instrument for educational institutions, embedded designers, and makers. It features a 7-inch WVGA display with up to 1 GS/s sample rate, bandwidths from 50 MHz to 200MHz as well as a five-year warranty. The innovative courseware system integrates lab exercises with step-by-step instructions that make it easier for students to learn how an oscilloscope works while they are building their own projects at home or in school. The lab exercises come with step-by-step instructions which integrate well into courseware systems like HelpEverywhere®.
This system provides useful tips throughout the user interface making it more approachable for users at every skill level–perfectly suited for students. It offers affordable performance in a compact design. The instrument is designed to meet the needs of today’s educational institutions, embedded design engineers, and maker community with its 1 GS/s sample rate and a five-year warranty. This innovative courseware system combines lab exercises with step-by-step instructions for use that make it approachable to students as well as teachers alike who are looking into the new technology such as this one. The TBS1000C is a digital storage oscilloscope for education, embedded designers, and makers. The oscilloscope also features a 1GS/s sampling rate and bandwidth from 50MHz to 200 MHz as well as an innovative courseware system that integrates lab exercises with step-by-step instructions.
Tektronix offers a five-year warranty on the device so you don’t have to worry about anything breaking down too soon. It offers a level of affordability and performance that exceeds expectations. With an easy-to-use interface, the instrument includes up-to-date features such as bandwidths from 50 MHz to 200 MHz with a 1 GS/S sample rate. These are great for today’s demanding educational institutions and embedded design engineers who need extreme flexibility in their workflows, but also have one eye on budget constraints. Tektronix TBS1000C Digital Storage Oscilloscopes are designed for educational institutions, embedded design engineers, and maker communities.
The oscilloscopes feature a 7″ WVGA color display, a 1GS/s sample rate, and bandwidths from 50MHz to 200MHz. A Help Anywhere® system provides useful tips throughout the user interface for new users of this product available in lab exercises with step-by-step instructions or an innovative courseware system that integrates labs with instructional videos via web browser on any device–in your classroom or at home. Tektronix TBS1000C Digital Storage Oscilloscopes come standard with five years warranty so you can see just how much we care about our customers’ success Tektronix TBS1000C Digital Storage Oscilloscopes are designed for educational institutions, embedded design engineers, and maker communities. This rugged instrument has a 7″ widescreen color display with sharp images that can be viewed in different modes (e.g., Amplitude vs Frequency). The display has a WVGA color screen and it has many bandwidths. I can use the Help Everywhere system on the instrument for help. I will also get a five-year warranty on this product, which makes it very good because no one else will give me that warranty. One great thing about it is that it includes a courseware system, which makes the instrument more approachable and easier to use.
This is a good product for schools and other places where people need to see what is happening in small spaces. It displays information on the screen so people can understand what is going on. The company offers a warranty of 5 years. The TBS1000C is an oscilloscope.
It is good for the maker community and people who want to learn. It is compact and fit for use in today’s educational institutions, as well as for embedded design engineers and makers. The instrument comes with a 5-year warranty.
Students can use this for their school work. It’s not too expensive and is easy to use. The Help Anywhere® system also helps you too and it has tips and tricks too. You can get a five-year warranty with these, so make sure you buy this one for your needs. Tektronix TBS1000C Digital Storage Oscilloscope is a new invention for people who are in school, have a job as an inventor, or make things like toys. The oscilloscope has many features that help you see the electrical signals inside electronics such as digital cameras and GPS systems.
It can show you what is happening very quickly and it has a screen that shows colors. You can use the oscilloscope to learn about electronics by doing experiments with it. The TBS1000C Series Digital Storage Oscilloscopes come with five years of warranty on parts and labor from Tektronix, Inc., but not your own personal computer which may be necessary for certain functions of the product. This oscope is designed to be affordable.
Tektronix TBS1000C Digital Storage Oscilloscopes are for people who want to learn how to use them. They have a 7″ WVGA color display, which is good and they can study at high speed. There is bandwidth up to 200 MHz. They come with a courseware system that has lab exercises that will help you understand them better.
Product Series Details
The Tektronix’s digital storage oscilloscope 7inch WVGA widescreen color display with up to 1 GS/s sample rate. It is designed for quick hands-on learning and easy operation. It has 32 automated measurements and waveform histograms for simplified waveform analysis, that can take up to 200mhz of bandwidth while containing two channels worth of data at once. Modern scientists and engineers can now enjoy the benefits of a new digital storage oscilloscope with an attractive 7″ widescreen display, 32 automated measurements, or waveform histograms for simplified analysis. This model offers up to 1 GS/s sample rate and is designed to be used quickly by physicists who need hands-on learning experience in order to make quick design decisions when conducting experiments.
Its display is wide and colorful and it can show up to 1 GS/s sample. It has 32 automated measurements and waveform histograms for simplified analysis of waves. It uses 200 MHz bandwidth but only needs two channels. The Tektronix has a digital storage oscilloscope with a color display.
It is 7 inches wide, and the sample rate is up to 1 GS/s. It has 32 automated measurements and waveform histograms for simplified waveform analysis and bandwidth of 200mhz. This is a tool that can help you learn hands-on. It is easy to use and has many features.
The trigger frequency counter also allows you to make multiple traces simultaneously along different axes so as not to be constrained by one axis like many older models were prone to. The Vantec 7-inch color display is a dual window FFT with simultaneous time and frequency domain views. This allows you to see that signal in both the spectrum as well as a real-time view of how it’s changing over time, making this monitor unique for live streaming data on a short wave or police scanners. The small footprint means easier installation while the lightweight makes transportation easy. The new ATS-4100 is the latest in a long line of high-quality, low-cost RF analyzers.
It has an easy-to-read 7″ color display that shows 50% more signal than any other on its market with 15 horizontal divisions displaying all 32 automated measurements at once and simultaneous time-domain views for both amplitude and frequency information without having to press buttons or switch windows. Mine has a pan and zoom capability which will make it easier for you to see when you’re looking at something small or far away, like a bird hiding among trees, say, or an insect walking on your arm. Finally, this measuring tool has 10 languages that are supported by both the user interface on the front of it as well as by overlays in each language that allows users to change their It has a 7-inch screen and can show 50% more signal. There are 15 horizontal divisions on the screen that show you 50% more signals. You can also see the frequency of the signal in time and frequency domains simultaneously. The trigger frequency counter helps you to measure faster and be more accurate.
A 7-inch display with color. It is 50% bigger than most screens and can do lots of things. It does a lot of measurements, and you can watch it in different ways. You can even use 10 languages on it. This is a special measuring tool.
Tektronix also offers an array of probes (such as the TPP0200) which will give you maximum quality measurements every time. You can easily capture, save, and analyze measurement results by connecting your PC to the USB device port on the rear of this instrument. Simply pull screen images and waveform data into a stand-alone desktop application or directly into Microsoft Word and Excel using OpenChoice PC Communications Software available on the Tektronix website. This Digital Storage Oscilloscope has 200 MHz bandwidth with 10X passive voltage probes so you are always prepared for what comes next. Tektronix has a plethora of products that are perfect for anyone in the electronics industry, such as their digital storage oscilloscope. Connecting your PC to this device is simple with its USB port on the rear and OpenChoice software.
Capture measurement results by connecting your PC to the USB device port on the rear of the You can get and save measurement results by connecting your PC to the USB port on the back of the instrument. This is easy to do with special software called OpenChoice PC Communications Software available on tektronix.com. You can copy what you see on the screen and waveforms onto Microsoft Word or Excel, or into a stand-alone program. 1 – Digital Storage Oscilloscope2 – 200 MHz, 10X Passive Voltage Probes (TPP0200)
TekScope software expands the capabilities of your oscilloscope by enabling you to transfer data from it to a PC for offline analysis. It enables easy remote analysis on common buses like I2C, SPI, CAN, and more with unlimited measurement capability including trends, histograms, and search options as well as waveform analysis all in an environment that is very similar to high-performance instruments. TekScope is a software that allows you to transfer data from your oscilloscope directly into your PC, which enables users to not only analyze the signals offline but also have access to advanced analysis capabilities. Tekscope comes in two packages: remote package for bench instruments and high-performance instrument standard edition.
The former has protocol decode on common buses such as I2C, SPI, CAN-FD LIN and UART while the latter includes unlimited measurement with trends histograms search & mark plus waveform analysis capability all in user environment similar those used by our high performing instruments This software has a lot of features, like the remote analysis package which lets you decode common communication buses (I2C, SPI, CAN, CAN-FD, LIN, and UART). TekScope software lets you easily transfer data from your oscilloscope to your laptop. You can then use the remote analysis for bench oscilloscopes package to get more advanced analysis features. TekScope also has specific waves that you can view and work with on your laptop.
TekScope software makes it easier to use your instrument. It can save data and send the data to your PC for offline analysis.
Educate Tomorrow’s Leading Engineers With Today’s Powerful Learning Tools
The TBS1000C is meant for educators who don’t have time to teach how an oscilloscope works but want students to learn engineering fundamentals. It has features that make learning easier and courseware on the display so it’s easy for anyone to understand what they are doing. The TBS1000C is an oscilloscope with special features that make learning easier for teachers. The on-screen tips explain the different settings and how to use them, while the courseware provides help in lab exercises, making it easy for educators to teach other concepts instead of explaining how everything works.
Autoset, cursors, and automated measurements can be disabled to allow educators to teach basic concepts to students more easily. Every TBS1000C is equipped with special features that make learning easier. The help feature, for example, explains what the different settings are. Educators can focus on teaching engineering fundamentals rather than teaching how to use this instrument.
There is also a courseware option that provides information about lab exercises on the screen and many other things to make it easier for educators. Every TBS1000C has special features that make learning easier. Help Everywhere explains how to use the oscilloscope and provides on-screen tips. The built-in oscilloscope handbook has instructions for using the device, and it also explains instrument settings.
Integrated courseware teaches students about operating an oscilloscope through lab exercises on the display.
Innovative New Education Solutions
Display only frequencies or turn on both to see time-domain waveforms in addition to their respective spectrums. A transparent readout will show important settings without blocking any information, and The TBS1202C Oscilloscope offers several features that enable educators more time for teaching fundamental concepts–pressing Help brings up detailed documentation from the Scope Intro handbook embedded into the help system right there at the front panel. When you press the FFT button in the front panel, it will turn on an invisible readout that displays important settings like frequency. The output of this tool is shown as a graph instead of just numbers so it’s easier to understand what all those lines mean. To see both time and frequencies at once, ensure that your scope has transparent features with its oscilloscope function turned on (and off for other functions).
In order to get access to more information about these graphs without having them blocked by pesky input wires or buttons; use TBS1202C’s help system. You can understand the frequency content of your signals with the FFT function by pressing a button on top. The Scope Intro handbook is available in the help system. Pressing the help button will give you information about how to use your oscilloscope, and an overview of how other types of oscilloscopes work. There is also Courseware, which lets teachers load lab exercises onto their TBS1202C. This makes sure that students follow a structured framework and capture data at each station The TBS1202C Oscilloscope has special features for teachers.
The Scope Intro handbook is included in the help system. Pressing the help button on the front panel will show you information about basic operations, as well as an overview of the TBS1000C oscilloscope and what its controls do. The integrated Courseware function will allow professors to load lab exercises onto the instrument to give guidance to students at each station and provide a structured framework for students to capture data with. The TBS1202C Oscilloscope is different from other oscilloscopes because it has features that make it easier for the teacher to teach.
You can explore the frequency content of your signals with FFT by pressing its button on the front panel. You will be able to see both time and spatial domains simultaneously as well as easily update readouts without having them obstructing the screen. The frequency content of your signals can be explored with the FFT function by pressing the button located in the front panel. Display only one or both, such as a transparent readout that is simple to understand and doesn’t block out important information about frequency waves from view.
In the front panel, press the FFT button. You can change the settings to display different things. You will see a transparent readout where you can change what you see. You can see the frequency content of your signals by pressing the FFT button on the front panel.
You can turn this off and just have a readout that shows important settings.
Manage Everyday Test Challenges Faster Without Challenging Your Budget
The TBS1000C is a powerful analyzer that’s designed to help you learn and work faster. It has an incredibly affordable price for what it can do, with 32 automated measurements so there is no more guesswork when testing signal conditions. The 7-inch WVGA color display provides 50% more information than most other models on the market today, which makes a quick analysis of your test results easier by giving them plenty of room in one place. You’ll also like how easy this device is to use because its menu system doesn’t have any complicated functions or settings – just point at the area you want then push buttons until it shows up right where you need it. The TBS1000C allows you to see 100% more signals on a 7-inch screen with 15 horizontal divisions. You can make 32 measurements at the touch of a button and know what your problem is in seconds, not minutes or hours. You can also turn off some measurements and cursors so that they don’t show up on the screen, which will make it faster for you to find what you need on the screen. You have Pan and Zoom capability, which lets you look at an area of interest in more detail without scrolling through all of the other information first. It has many features and can work fast. The screen has 15 lines that are 50% bigger than other screens.
It makes it easier to see what you are looking at. The 32 automated measurements help you get the information quickly and easily about the signal condition that you want to measure. The TBS1000C is designed so you can learn and work faster at a low price. It has a 7-inch color screen with 50% more on it.
Plus, it does 32 automated measurements of all kinds of signal conditions in the time domain and frequency domain. The TBS1000C also has an auto-set cursor, automatic measurement, trigger frequency counter, panning, and zooming capability to quickly see signal details of an area that interests you. The TBS1000C is a good tool for you to use.
Automated Measurements And Analysis
A comprehensive set of automated measurements enable fast and convenient testing of a wide variety of signal conditions for different applications. This helps save time by displaying measurements on the same screen, grouped into four categories: Frequency, Time, Amplitude (voltage), and Area. All measurements are displayed in color codes to highlight which source they come from–no more hunting through various menus. Measurements can be seen with clarity behind a transparent background so waveforms aren’t obscured There is a wide variety of signal conditions for different applications. With the help of comprehensive, automated measurements and convenient testing tools on one screen, you can easily measure frequency, time amplitude, or area at any given point in an audio waveform to demonstrate how sound waves change over time as they interact with their environment.
A set of color-coded measurement readouts provide fast results based upon decades’ worth of experience from some of the top engineers across various industries so your data is accurate every single time- no more hunting through menus. Measurements are presented transparently so that there’s nothing obstructing what could be valuable information about changes in soundwaves and what might have caused them; this allows for quickly identifying potential problems before it becomes too late You can get all of them on one screen so you don’t have to go through different menus. They are color-coded so you know which ones they are measuring, and they show waveforms in the background. You can measure signal conditions with an automated system. There are four categories of measurements and all of them are shown on one screen.
You can choose from 32 different measurements, there is no need to go through a bunch of menus. Some measurements have colors that tell you what they are about, so it is easier to find the one you want. There are a lot of measurements that you can measure.
Versatile Triggering And Acquisition Modes
Beyond a basic edge trigger, it also includes pulse width and runt triggering, which are especially useful for hunting narrow glitches or time-out conditions. Pulse width triggering can be used to hunt down digital problems while the runt triggers may capture signals that were shorter in amplitude than expected – perfect when you need an accurate reconstruction of your waveform. The TBS1000C Series Oscilloscope offers several acquisition modes including Sample Mode (default), Peak Detect Mode, Time Out mode with Trigger Sequencer Technology™ as well as Auto Trace Capture function which will automatically start capturing new data from where there was just no response on screen due to external stimulus such as noise at low-frequency range or changing The TBS1000C oscilloscope is designed to be a powerful troubleshooting tool for today’s mixed-signal designs. It includes features like edge triggering, pulse width, and runt triggers, which are perfect for hunting narrow glitches or time-out conditions in digital sections of your design. The default acquisition mode on the device is Sample Mode but Peak Detect Mode can help you capture signals that may have too short an amplitude if used with other modes.
The Trigger System was developed by Tektronix as a way to improve debugging abilities when testing high-speed devices such as microprocessors and ASICs (Application Specific Integrated Circuits). With new technologies being released every day it becomes increasingly more difficult to find anomalies within these systems without using specialized equipment like The trigger system is designed for troubleshooting today’s mixed-signal designs. The TBS1000C Series Oscilloscope offers several modes of acquisition. The default mode is Sample Mode which works well for most applications. Peak Detect Mode is good if you want to know the highest point of a signal very quickly, so it might be better for finding mistakes in an electronic circuit or when there are many signals on one screen The runt trigger can be used to find glitches that are shorter than expected in length. There is a default acquisition mode called Sample Mode which works well for most applications but if you want, you can also use Peak Detect Mode which helps with finding any signal that may not have been found before.
The trigger system is designed to troubleshoot today’s complicated signal designs. This system includes a basic edge trigger but also has two other triggers – pulse width and runt triggers. These are especially useful for detecting glitches in digital sections of your design – pulse width can find narrow glitches, and runt triggers are designed to find signals that are shorter than expected because they might not be as strong. The trigger system is designed for troubleshooting today’s mixed-signal designs.
It also has edges, pulses, and runts. You can use the edge trigger to find glitches that are very short in time. The pulse trigger can be used to find glitches that are too long or too short in amplitude.
Designed To Make You Learn And Work Faster
For the most basic edge triggering you’ll also have access to Runt (short duration event) Triggering which will help capture events that are too short due to their low-frequency content such as pulses from square wave generators or noise spikes on lines carrying analog data streams like I2S audio data interleaved over HDMI The TBS1202C oscilloscope offers a new trigger system, which is designed to troubleshoot today’s mixed-signal designs. Beyond the basic edge trigger, this one also includes pulse width and runt triggers- making it perfect for finding glitches or time-out conditions in digital sections of your design. The default acquisition mode on this scope is Sample Mode, but if you need more detailed information about small signals then Peak Detect Mode will work better. The large menus make it simple to navigate between screens while staying informed about what’s going around you at any given time; each menu item also comes labeled clearly with an icon color that corresponds directly to its function or purpose. The zoom feature allows users who want even closer looks into their data sets by panning through them quickly from point A to A complicated mixed-signal design can be difficult to troubleshoot, especially when it includes digital sections.
The TBS1202C Oscilloscope offers several acquisition modes for these types of designs and each mode has benefits that make them stand out. Runt triggering is perfect for hunting narrow glitches or time-out conditions while Pulse width trigger helps identify deep errors in a circuit’s logic devices by capturing signals with an amplitude shorter than expected. The TBS1202C Oscilloscope is a tool that will help you enjoy hands-on learning with easy operation. The front panel controls are very simple to use, and the 10 divisions of graticule make it possible for you to see many signals per screen.
You’ll also have no problem navigating through large menus as they’re clearly labeled on your screen. This isn’t just any ole’ scope though; this one has some cool features like zoom so if there’s something specific in an area that interests you, then go ahead and explore further by using our handy Zoom function. The TBS1202C Oscilloscope is designed for quick hands-on learning and easy operation with just the right combination of features and capabilities. Dedicated front panel controls provide easy access to all the important settings, including a graticule that provides 10 vertical divisions (1/10th inch) per division as well as 15 horizontal divisions so you can see more signals in less space on your screen. You can use Sample Mode or Peak Detect Mode, which is best depending on what you want to do with this scope. The default one, Sample Mode, works well for most applications while Peak Detect Mode can be useful if you are looking for something specific like hunting narrow glitches or time-out conditions The trigger system is designed to troubleshoot mixed-signal designs. It includes many types of triggers that are very useful for solving problems with your design. For example, pulse width trigger and runt trigger are perfect for finding glitches in digital sections of your design or when things don’t work as they should do.
The TBS1202C oscilloscope has several modes. Large menus with well-labeled information make navigating and finding what you are looking for very easy to do. The zoom function allows you to quickly pan through the record and zoom in on areas of interest to look at more closely. The trigger system is used to fix the problems with mixed-signal designs.
The trigger system also has a pulse width and runt system which are especially good for troubleshooting digital sections of your design. Pulse width is perfect for finding small glitches or time-out conditions. Runt is designed to capture signals that are shorter in amplitude than expected. The TBS1202C oscilloscope offers several acquisition modes. When viewing the signal, you can zoom in for more detail by using the zoom function on the device. The TBS1202C Oscilloscope is designed for easy hands-on learning and operation.
With the right combination of features, it can be used by anyone. The front panel controls make it easy to access all the important settings. The graticule has 10 vertical divisions and 15 horizontal divisions, so you can see more signals on a screen. The TBS1202C oscilloscope is a device that can be used to find signals.
It has front panel controls which are easy to use. The graticule, with 10 vertical divisions and 15 horizontal divisions, shows users more at once. The TBS1202C also has a large menu that is easy to navigate and read.
The TBS1000C digital storage oscilloscope more than doubles the horizontal signal of a regular display with its 7-inch WVGA screen. It’s easy to navigate and zoom in on areas that you’re interested in by using 32 automatic measurements, including commonly needed parameters such as frequency domain analysis. The TBS1000C is a powerful and portable oscilloscope with an impressive 7-inch screen. The LCD display offers 50% more horizontal viewing space, 15 divisions per inch for increased precision of measurements, 32 automatic measurement options to fit the needs of your project’s specifications automatically without any hassle from you.
With this in mind, it makes sense that frequency domain analysis can be done quickly thanks to its built-in FFT function. This includes things like the frequency of a signal and where it occurs in time. The TBS1000C digital storage oscilloscope is a way to look at signal details with a big screen. It has 50% more horizontal lines, and 15 numbers on the screen, so you can see more of the signal. It has 32 measurements built-in that can be used for analysis.
There is an FFT function to quickly see what frequencies are being looked at. The TBS1000C is a digital storage oscilloscope. It is good for someone who does engineering work on projects. The screen can show 50% more horizontal signals with 15 divisions.
With 32 automatic measurements, you can easily measure quickly the most commonly needed parameters.
New Features That Make The Best Scopes Better
Integrated system offers step-by-step instructions that allow students to learn easily on their own time in the lab or at home through online modules while educators are free from troubleshooting mixed signals as they have an easy mode available which disables auto-set cursors and automated measurements so teachers can facilitate teaching basic concepts of a variety of devices The 7-inch WVGA color display with 15 horizontal divisions to present 50% more information is a great example of the high-quality touchscreen. The compact design and improved user interface make it easier for students, teachers, or engineers alike to use this product in their day-to-day work. As if that wasn’t enough innovation for you already, there’s also an integrated courseware system that integrates lab exercises into step-by-step instructions so not only will your students be learning but they’ll be able to apply what they’ve learned as well. If you’re looking for some help while working on any mixed-signal designs then don’t worry – You can trigger and acquire modes here too. There are even helpful hints throughout the entire UI courtesy of Help 7-inch WVGA color display with 15 horizontal divisions to display 50% more signal. Compact design, improved user interface for programming, and courseware integration.
This device is good for troubleshooting mixed signals because it can be set to trigger or acquire modes. Triggering and acquisition modes are used to troubleshoot a variety of mixed-signal designs (educators can disable AutoSet, cursors, automated measurements). The screen size is 7 inches or 9 inches (800×480) This device has a screen that can show more things. It has 50% more space to show information, and it is also compact.
The interface for the user is better and it has courseware that helps students learn. 7-inch WVGA color display with 15 horizontal divisions to display 50% more signals. It’s a compact design that is better for the user and the programming interface. Integrated courseware system integrates lab exercises with step-by-step instructions for students.
HelpEverywhere® system provides useful tips and hints throughout the user interface (triggers, acquisition modes).
Tektronix has a number of new software solutions that make for an exciting remote-hybrid experience. Their collaborative workspace is perfect for sharing and discussing information, while their KickStart data analysis software will help you become more engaged in your studies. Check out these innovative tools on our website to see how Tek can enhance the learning process. The transition to remote-hybrid learning has a number of implications for the way we do things in today’s world. With so many people benefiting from this style of education, Tektronix is making sure that students and educators have access to software that combats all sorts of issues – like data analysis and collaboration between devices. Learn more about each solution below, as well as how it can enhance your teaching experience in order to reach those out there who are still unable or unwilling to come into campus classrooms.
You can collaborate on a workspace called TekDrive, and you can also use KickStart for data analysis. Driven by the rapid transition to remote-hybrid learning, there are a number of new Tektronix software solutions. These help with remote access, data analysis and sharing. Learn more about each software offering.
There are a lot of new software solutions that help with remote learning. You can access your data with the remote-hybrid Tektronix software, and you can also do data analysis.