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| vcs [2023/08/29 21:13] – ↷ Page moved from edm:vcs to vcs szhuge_go-ci.com | vcs [2025/03/06 19:26] (current) – [FAQs] dsain_go-ci.com | ||
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| ===== Getting Started ===== | ===== Getting Started ===== | ||
| - | Setting up your Spider unit for the first time? Go **[[edm: | + | Refer to the links below to get started on setup: |
| - | Also check out the **[[edm:general|EDM | + | |
| + | - [[general:safety|Important Safety Information]] | ||
| + | - [[general: | ||
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| + | - [[general: | ||
| ===== Training ===== | ===== Training ===== | ||
| Check out our guides to set up some of the most frequently used tests and learn some of the features and capabilities that the VCS software has to offer. | Check out our guides to set up some of the most frequently used tests and learn some of the features and capabilities that the VCS software has to offer. | ||
| - | **[[edm:vcs: | + | **[[vcs: |
| Random excitation is often used to simulate real-world vibration. The purpose of the random | Random excitation is often used to simulate real-world vibration. The purpose of the random | ||
| vibration control system is to generate a true random drive signal such that, when the signal is applied via an amplifier/ | vibration control system is to generate a true random drive signal such that, when the signal is applied via an amplifier/ | ||
| - | **[[edm:vcs: | + | **[[vcs: |
| Unlike Random testing which generates many frequencies at once over the band of interest, Swept Sine testing generates energy at one frequency and sweeps this frequency through a preset range. | Unlike Random testing which generates many frequencies at once over the band of interest, Swept Sine testing generates energy at one frequency and sweeps this frequency through a preset range. | ||
| - | **[[edm:vcs: | + | **[[vcs: |
| A Shock test outputs a series of pulses to excite the structure under test. The response is measured at one or more locations on the structure and a spectral analysis is used to determine its response and resonance characteristics. This pulse response approximates the impulse response, the theoretical response to an infinitely tall and narrow spike function with an area of unity. | A Shock test outputs a series of pulses to excite the structure under test. The response is measured at one or more locations on the structure and a spectral analysis is used to determine its response and resonance characteristics. This pulse response approximates the impulse response, the theoretical response to an infinitely tall and narrow spike function with an area of unity. | ||
| - | ===== Common Issues | + | ===== FAQs ===== |
| - | Take a look at some of our helpful guides to help fix some of the most common issues.\\ | + | Take a look at some of our helpful guides to some of the most frequently asked questions.\\ |
| Don't see what you're looking for below? Send us an email at **support@go-ci.com**. | Don't see what you're looking for below? Send us an email at **support@go-ci.com**. | ||
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