APPLICATION NOTES
The following application notes will assist you in effectively using the features of our products.
cpuModules™
|
Description |
Application Note | Rev. |
| Geode LX Migration guide | SWM-640000023 | C |
| Disabling Quick Boot with the QBOOT.EXE Utility | SWM-640000002 | A |
|
Using Virtual Device Mode to Program the SSD |
SWM-640000003 | A |
|
User's Guide for cpuModule Serial and Parallel Ports |
SWM-640000004 | A |
| Selecting Memory Devices for an SSD | SWM-640000005 | A |
| Programming a 2 Megabyte SSD Using EPROMs | SWM-640000006 | A |
|
Directly Accessing the SSD Control Registers on RTD cpuModules |
SWM-640000007 | B |
| Fixing Delay Function on 686 cpuModules With Cx5520 Chipset | SWM-640000008 | B |
| Disabling Ultra DMA Support in Linux | SWM-640000009 | A |
| Using a DiskOnChip Under Linux | SWM-640000010 | B |
| Real Time Clock Memory Access | SWM-640000011 | C |
| Using RS-422/485 Mode for Serial Communication | SWM-640000012 | B |
| Using Windows Sockets Networking | SWM-640000015 | A |
| Using a DiskOnChip in Linux with M-systems Driver | SWM-640000016 | A |
| Using a DiskOnChip in Linux with MTD Driver | SWM-640000017 | A |
| Using USB Mass Storage Devices in ROM-DOS | SWM-640000018 | B |
| Linux Distributions Used to Test Drivers | SWM-640000020 | B |
| Linux Interrupt Performance | SWM-640000021 | A |
|
RTD cpuModule GX/HX to CX Series Migration Guide |
SWM-640000022 | B |
Peripheral Modules
| Application Note | Rev. | Description |
|
A |
Flat Panels supported by the CM110/112 |
|
|
A |
LinuxTV.org 2.4 Kernel CM7326/CM7327 Linux Drivers | |
| SWM-640020016 | A | Using the CM6109 with Linux |
| SWM-640020017 | A |
Using the Video4Linux2 SAA7134 Driver with the VFG73xx |
IDAN®
White paper study
of the vibration resistance of the shock mount isolation base plate:
PDF file
Video of the vibration study: Video 1 (1.33MB .avi file)
1cm p-p 10Hz platform vibration
Video of the vibration study: Video 2 (6.44MB .avi file)
00:00...00:22 - Calibration of accelerometer and amplifier.
The acceleration is 1g RMS, 160 Hz
the Accelerometer sensitivity is 5mv/g
Gain is 100, so 1g means 500 mV
00:23...00:47 - Random noise excitation.
The spectra of the platform acceleration can be seen on the spectrum analyzer, the voltmeter shows the 10g RMS value.
00:48...00:54 - the experimental setup
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