Module properties: X and Y fields - exact coordinates of the module Pattern properties: X and Y fields - exact coordinates of the pattern on the timeline Now it is possible to delete modules, but keep the links Module editor menu: new function "Make MetaModule" for packing the selected modules into a single MetaModule +shortcut Module editor menu: new function "Detach" to detach the selected modules from the rest +shortcut Timeline menu: new function "Detach" to convert the clones to the normal patterns +shortcut Timeline menu: new functions "Load" and "Save" to load/save selected patterns from/to a sunvox file Timeline menu: new option "Vertical mode" +shortcut The name of the current file is now visible in the title bar of the app window New module - FFT frequency transformator New module - FMX: 5-operator Frequency Modulation synth Improved import of old tracker formats (XM and MOD)
Timeline: supertracks (see changelog_details.txt and simple_examples/supertracks.sunvox) Multiple module selection (see changelog_details.txt) + ability to save several selected modules to a sunvox file
#SUNVOX OSCILLOSCOPE FULL#
IOS 13.4+: full USB/Bluetooth keyboard support (like on desktops)
#SUNVOX OSCILLOSCOPE HOW TO#
Get started with the How to Use an Oscilloscope Keysight University Course, and continue your learning with free Oscilloscope Technical Resources.IOS 11+: SunVox Audio Unit (AUv3) can now send MIDI notes and MIDI CC to other AU modules Keysight offers a wide range of free technical resources for engineers to learn about essential oscilloscope functions and specifications. Sometimes an oscilloscope will have a spectrum analyzer feature built into it for convenience of analyzing the signal in the time and frequency domain. WHAT’S THE DIFFERENCE BETWEEN AN OSCILLOSCOPE AND A SPECTRUM ANALYZER?Īn oscilloscope captures and displays a signal in the time domain, while a spectrum analyze captures and displays a signal in the frequency domain. The signal path after that depends on the scope, but in general analog circuitry conditions the signal and an analog-to-digital converter digitizes it for further evaluation, processing, and analysis. An oscilloscope is a critical test instrument to observe, analyze, or record, the behavior of an electrical signal.Īn oscilloscope uses a probe to connect to a test point in a circuit and amplifies or attenuates the voltage at that point. Oscilloscopes play a key role across all industries for a variety of applications (troubleshooting, validation, characterization, manufacturing test) and technologies (high-speed digital electronics, optical communication, RF, power electronics). If the scope has a spectrum analyzer feature built into it, it is a mixed-domain oscilloscope (MDO), though this terminology is less common. If the scope has the ability to accept digital signals, it is a mixed-signal oscilloscope (MSO). WHAT ARE THE DIFFERENT TYPES OF OSCILLOSCOPES?Īll modern oscilloscopes are digital storage oscilloscopes (DSOs), which use digital signal processing to capture and display the analog signal. FREQUENTLY ASKED QUESTIONS - Oscilloscopes WHAT IS AN OSCILLOSCOPE?Īn oscilloscope, sometimes shortened to “scope” or “o-scope”, is a test instrument that captures and displays the behavior of electrical signal over time.
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