Why Computer Controls always finds the perfect oscilloscope for you
Why Computer Controls always finds the perfect scope for you
No matter where you are in the development cycle, you need proven measurement technology to be successful. Whether you design, debug, or perform compliance tests, our oscilloscope hardware with industry-leading signal integrity, high effective number of bits (ENOB), and the fastest waveform update rates captures the true performance of your device under test. Couple this with superior protocol decoding, analysis, and compliance software, and you are guaranteed to get measurements you can trust.
Whether you need high signal integrity, a portable form factor, or an affordable oscilloscope, Computer Controls got you covered with our large probe portfolio. Make trusted measurements from basic debugging to deep analysis.
How to Select Your Next Oscilloscope
12 Tips on What to Consider Before You Buy
If you want to perform every day, get the signal integrity you need, achieve precise measurements, and do not compromise quality for size, read this oscilloscope selection guide first. It helps you how to select an oscilloscope to meet your specific measurement needs and budget is an important task.
Accelerate your selection process and avoid some common pitfalls.
Digital oscilloscopes give you the fastest waveform update rates enabling you to capture infrequent glitches in your design. Intuitive user interfaces and high-end software applications place automated measurements and accessible expertise at your fingertips. Learn how you can measure with confidence and simply find the bandwidth that works for you and determine what software capabilities you need. High-end features such as serial decoding and mask limit testing are included as standard.
How to Buy a Low-cost Oscilloscope
5 Mistakes to Avoid
Choosing the right oscilloscope can be a hard task, especially with a small budget. When buying a low-cost oscilloscope, ensure you get your money’s worth.
Developing next-generation technology requires world-class signal integrity from your test equipment. Analysis oscilloscopes enable you to conquer your most difficult measurement challenges with superior hardware technology that offers the lowest noise floor, highest effective number of bits (ENOB), and highest bandwidth. See your signals under test and achieve design insights you never thought possible. Solve your toughest measurement challenges with the right capabilities.
Signal Integrity with Real-Time Oscilloscopes
See the Truest Representation of Your Signal.
Signal integrity continues to be a hot topic in the electronics world. Specifications as highest number of ADC bits, lowest noise floor or fastest sample rate are some examples on which you may base your decision. While all these specifications are important, it is also critical to understand the entire measurement system. Educating yourself on what each of these specifications really means for your design saves you loads of time and heartache while testing.
Equivalent-time (sampling) oscilloscopes are also known as digital communication analysers (DCA).
They are designed to visualize and analyse the analogue properties of high-speed signals in wireline telecom and data center links. A DCA platform features a wide variety of optical and
electrical modules, compliance applications, software, and a common FlexDCA interface to ensure more efficient testing in both R&D and manufacturing. It provides industry-leading measurement accuracy for high-speed digital designs such as 400G ethernet and 64G fibre channel. Achieve precise electrical and optical measurements and get insights into root causes of issues with the signal or device under test to boost your productivity.
To get the most out of your oscilloscope, you need the right probes and accessories for your individual applications. Whether you need high bandwidth and low loading of an active probe, an easy way to connect to surface mount ICs or a passive probe to measure high voltages, there is a wide selection of high-quality probes and accessories. Explore more.
Take the Mystery Out of Probing
7 Common Oscilloscope Probing Pitfalls to Avoid.
Understanding common probing pitfalls and how to avoid them is crucial in making better measurements. Probes introduce loading to the circuit. The resistive, capacitive, and inductive components on the probe can change the response of the circuit under test. With this eBook you learn about pitfalls you might be making in your tests and how your measurements can be improved with better practices.
How to Select a Probe
Oscilloscope Probes and Accessories.
Selecting the correct probe for your oscilloscope measurement should not be difficult. Explore this brochure and get a list of probe parameters you need to consider when you select a probe for a given measurement. This technical overview provides suggestions on how to make the best decision.
Why should you invest in a new Oscilloscope?
In this video you will hear everything about why you should invest in a new Oscilloscope by Dr. Christoph Zysset, our Technical Director at Computer Controls.