View allAll Photos Tagged Microprocessors
Canon 1DX 377 Charger Teardown & Review More Teardowns & Reviews: www.fixyourcamera.org Follow me on twitter: twitter.com/fixyourcamera YouTube videos for all Teardowns and Reviews: www.youtube.com/c/fixyourcameraorg Facebook: www.facebook.com/fixyourcameraorg Flickr: www.flickr.com/photos/fixyourcamera/albums Camera Repair, DSLR Teardowns, DSLR parts pictures, Repair Tips, Repair Guides and more... Your Questions & Comments Are Always Welcome!:)
This is my old hard disk. Unfortunately, it's not working (nobody seems to know why) so I just lost everything I had saved, including all of my photos... That made me very mad, you can only imagine...
Stopped at the little Cellular store in town on my way home. They had this neat PC by the register. The lady who owns the store said her 20 year old son built it for her from all customized parts. It has a see thru cover and LED neon lights inside. She said it has dual processors and pointed out what she thought was the microprocessor. If we have the wrong part pointed out, maybe a more computer literate person would be so kind as to point out where the processor is. I did look up DrMos and it came up in a google search as a Driver Mos processor so I feel comfortable posting it for this item (maybe) It really was interesting to look at.
Die Platine einer älteren MEBUS Wetterstation mit Funkuhr. Die Elektronik mit Außensensor und Funkuhr war eigentlich nur auf eine Entfernung von ca. 5m tauglich. Laufende Unterbrechungen des Sensorempfangs und überhöhte Temperaturanzeigen in kurzen Zeitabständen. Besonders negativ zu beurteilen sind die winzigen Displayanzeigen.
This is a microchip/processor from an old soundcard I think.
www.nowpublic.com/tech-biz/microchip-celebrates-50th-birt...
1. Miniaturized module (67.6x36.7 mm2) with unparalleled cost-performance trade-off; Very Low power consumption(0.5 - 0.8 W)
2. Based on Freescale VF5xx, Single core ARM Cortex™-A5 running at 400 MHz
3. Multimedia Support – Display controller, Integrated graphics controller, 2D acc., CPI, RGB; Connectivity interfaces - USB, I2C, SPI, UART, CAN, SD/MMC, Ethernet,
Analog inputs
4. Member of extensive pin-compatible Colibri family; Industrial temperature compliant; Availability till 2028; Starting price of 26 USD; Passive cooling support
5. Supported OS - Windows CE/ Embedded Compact, Linux
To find out more about the Colibri VF51 Computer on Module, visit www.toradex.com/computer-on-modules/colibri-arm-family/fr...
The CoolRunner-II CPLD starter board is the perfect platform for the evaluation and implementation of designs using a high performance, low-power CPLD. The DataGATE switch allows designers to easily evaluate a unique power option that permits input signal blocking, stops input switching, and significantly reduces power consumption, extending battery life. With four 12-pin Pmod ports, you can easily add functions such as analog-to-digital conversion, servo motor interface, serial flash, RS232 serial channel, accelerometers, temperature sensors, and more.
store.digilentinc.com/coolrunner-ii-cpld-starter-board-li...
Disk Memory Unit - so caller HDD or Hard Disk
Interface -> ESDI
Produced about 1987-1990
It's weight is about 4 Kg ! Size 19x14,5x8 cm !
Can You bealieve !?! I found it in one old computer.
Its nice to have a logo in there — just in case the tech didn't know what he (or she) just opened up.
Nikon D600 226 Flash PCB Teardown & Review More Teardowns & Reviews: www.fixyourcamera.org Follow me on twitter: twitter.com/fixyourcamera YouTube videos for all Teardowns and Reviews: www.youtube.com/c/fixyourcameraorg Facebook: www.facebook.com/fixyourcameraorg Flickr: www.flickr.com/photos/fixyourcamera/albums Camera Repair, DSLR Teardowns, DSLR parts pictures, Repair Tips, Repair Guides and more... Your Questions & Comments Are Always Welcome!:)
using a new solder trick, 'wipe with solder wick'. use hot soldering iron and heat up solder wick, then quickly push it across the pins letting it spread a thin layer of solder across them. the solder mask (resist) will keep the pins from shorting.
using a new solder trick, 'wipe with solder wick'. use hot soldering iron and heat up solder wick, then quickly push it across the pins letting it spread a thin layer of solder across them. the solder mask (resist) will keep the pins from shorting.