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Tag selected: firmware.
Looking up firmware tag. Showing 8 results. Clear
Saved by uncleflo on January 27th, 2022.
Putting Raspberry Pi boards into space is nothing new, but the method of achieving orbit often differs. While the Astro Pi computers headed for the final frontier onboard a SpaceX Falcon 9 rocket, there are some decidedly lower-tech approaches including, as detailed on the Tindie blog, this $45 RP2040 flight computer from Finnish designer Dan Invents. Combining the RP2040 controller with an altimeter, accelerometer, temperature sensor, and enough juice to power two servo motors (for parachute deployment on the way down), the Rockit (rocket operation computing kit) weighs just 0.18oz (5g) and measures 1.73 x 0.9 x 0.35 inches (44 x 22 x 9 mm). It comes with an open-source firmware pre-installed, and can be tinkered with and updated over micro USB. There's a 16-position rotary switch for adjusting parameters such as start and end positions for the servos, and also a buzzer, so you can more easily find your rocket after a successful landing. Compared to the 2MHz Apollo guidance computer that deposited Neil Armstrong on the Moon, the RP2040 is a powerhouse, and should be more than capable of altitude-based parachute opening and logging flight data from the sensors to a micro SD card. The kit, which costs $44.99, comes with just the board and its pin headers - you need to supply your own battery, servos, cabling, micro SD card and space suit.
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Saved by uncleflo on December 22nd, 2019.
HV 120V 500A brushless controller and 120100 Outrunner Brushless Motor ESC for RC UAV/ Airplane/Paramotor. ESC Features: The firmware is upgraded recently. Two way communication while connecting it with computer. Firmware can be upgraded by user. Motor cable can be inspected while Connecting the power battery. Simply set function value by Prog-Box or by PC via USB link wire. Li-MH/Li-Po,Ne-Cd/Ne-mH,LiFe battery can be use. Enables setting the voltage per cell for the point at which the controller’s cut off circuitry engages.Li-MH/Li-Po from 2.0-3.6V,Ne-Cd/Ne-.4-1.0V,LiFe from2.2-2.8V. Reverse function. the delay time of reverse is adjustable. The power of the motor forward/ reverse can be set. Automatically detection the throttle route or can be set a fixed number by manual operation. Auto cut off the power within 3 seconds if no radio signs. Timing setting may be adjusted (0°-30°) to suit the motor type.
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Saved by uncleflo on December 22nd, 2019.
Super 800A-1200A 28S high powerful Brushless controller ESC For Car electric motorcycle or Air. Latest design for more efficient water cooling structure. The firmware is upgraded recently. Two way communication while connecting it with computer. Motor wire can be checked while connecting the power battery. Simply set function value by programming box or by PC via USB cable. Li-MH/Li-Po,Ne-Cd/Ne-mH,LiFe battery can be used. Enables settings the voltage per cell for the point at which the controller's cut off circuitry engages,Li-MH/Li-Po from 2.0-3.6,Ne-Cd/Ne-4-1.0V.LiFe from 2.2-2.8V. Reverse function,the delay time of reverse is adjustable. The power of the motor forward/reverse can be set. Automatically detection the throttle route or can be set a fixed number by manual operation. Auto cut off the power within 3 seconds if no radio signs. Timing setting may be adjusted(0-30) to suit the motor type.
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Saved by uncleflo on December 22nd, 2019.
50KW 154120 brushless motor and HV 120V 1000A brushless controller for RC UAV/ Airplane/Paramotor; The firmware is upgraded recently; Two way communication while connecting it with computer; Firmware can be upgraded by user; Motor cable can be inspected while Connecting the power battery; Simply set function value by Prog-Box or by PC via USB link wire; Li-MH/Li-Po,Ne-Cd/Ne-mH,LiFe battery can be use; Enables setting the voltage per cell for the point at which the controller’s cut off circuitry engages.Li-MH/Li-Po from 2.0-3.6V,Ne-Cd/Ne-.4-1.0V,LiFe from2.2-2.8V; Reverse function. the delay time of reverse is adjustable; Automatically detection the throttle route or can be set a fixed number by manual operation; Auto cut off the power within 3 seconds if no radio signs; Timing setting may be adjusted (0°-30°) to suit the motor type.
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Saved by uncleflo on December 19th, 2019.
1X(Compatible with Phantom 4 Standard, Phantom 4 Advanced, Phantom 4 Professional and Pro + drones. Built-in intelligent charging and fail-safe circuitry, protect against over-charge, over-discharge and short-circuit, with 4 LED indicators to show how much power is remaining. CE certified and tested by manufacturer to match the OEM products, same power as the original ones, 100% true capacity. With 5870mAh of power you can expect flights of 22-25 minutes on a full single charge. The flight time depends on a number of external factors. MultiProtect safety system, over-charging protection, over- discharging protection and short circuit protection. All Powerextra battery packs comply with RoHS and CE security testing standards. Battery type: Li-Polymer; Power: 89.2Wh; color: White; Material: Plastic; Size: 110 x 82 x 47mm; Package Contents: 1 x 15.2V 5870mAh LiPo Battery; Only the above package content, other products are not included. Note: Light shooting and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.)
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Saved by uncleflo on January 26th, 2012.
In the OCZ RevoDrive3/zDrive R4 series, the "OCZ SuperScale Storage Controller" with "Virtualized Controller Architecture 2.0" really seems to be a Marvell 88SE9485 part, with OCZ firmware/BIOS. Developed and tested on OCZ RevoDrive3 120GB [PCI 1b85:1021] Should work on: - OCZ RevoDrive3 (2x SandForce 2281) - OCZ RevoDrive3 X2 (4x SandForce 2281) - OCZ zDrive R4 CM84 (4x SandForce 2281) - OCZ zDrive R4 CM88 (8x SandForce 2281) - OCZ zDrive R4 RM84 (4x SandForce 2582) - OCZ zDrive R4 RM88 (8x SandForce 2582) All of this because a friend recently bought a OCZ RevoDrive3 and was bitten by the lack of Linux support.
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Saved by uncleflo on October 31st, 2011.
This version of the tutorial is for the 0.9 release of leJOS NXJ. You will also need a Java Development Kit (JDK) on your PC. Note that a Java Runtime Environment (JRE) is not sufficient as it does not allow you to compile Java programs. You can download the latest JDK from http://www.oracle.com/technetwork/java/index.html. Follow the instructions for installing it. leJOS NXJ works has been tested with JDK versions 1.5 and 1.6, but will not work with earlier versions. JDK 1.6 is recommended as some PC samples do not work with JDK 1.5. Note that leJOS has only been tested with the official Oracle JDK. It is likely to work with the Open JDK, but not with gcj.
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