View allAll Photos Tagged Microprocessors

Back panel connectors + PCB

I did not take these pictures. A friend sent them to me.

Microprocessor 486DX 20,25,33 MHz; 50 MHz **1989**

Inside the Yamaha DG-1000 Guitar Pre-Amplifier

From the "Collecting Innovation Today" interview with innovator Gordon Moore on September 24, 2008 at the Intel Corporation, part of The Henry Ford's "OnInnovation" project that celebrates the contributions of today's innovators.

 

Photo from the collections of The Henry Ford, Dearborn, Michigan, USA. Photographer, Michelle Andonian. This photograph is made available pursuant to a Creative Commons noncommercial, attribution, no derivatives license. Any sharing of this image shall be accompanied with a link to OnInnovation. Copyright 2010 The Henry Ford.

 

JMicron JMF602 Memory controller

Let's find some JTAG pins.

Red: address / data line bus (interface to Broadway)

Blue: RAM / flash

Yellow: DI?

Cyan: USB

Purple: AV

Theme Green: Some computer junk.

 

Nikon D50

Nikkor AIS 50mm/F1.8 Series-E

1/125sec @ f1.8

ISO 400

Unidade Central de Processamento

 

Nexys Video Artix-7 FPGA: Trainer Board for Multimedia Applications

 

The Nexys Video features several components that make it ideal for developing audio/video applications. The Artix®-7 XC7A200T FPGA is the most powerful chip from the Xilinx® Artix-7 family. A Mini DisplayPort source provides the board with a uni-directional, high-bandwidth, low-latency audio/video channel. Designed with high bandwidth external memories, three high-speed digital video ports, and a 24-bit audio codec, the Nexys Video is a potent platform for A/V development.

 

store.digilentinc.com/nexys-video-artix-7-fpga-trainer-bo...

 

OLYMPUS DIGITAL CAMERA

This is the inside of the Dell Poweredge Server that my weekend is based around. Took a quick photo before tossing this in my car for the drive to Sudbury.

GW Ihstek GDS-2000A Oscilloscope Teardown

Detailaufnahme von den elektronischen Bauelementen auf der Leiterplatte der T-Eumex 520PC von der Deutschen Telekom.

Diese ISDN-Telefonanlage wurde etwa zwischen den Jahren 2005 - 2008 mit folgenden Anschlussmöglichkeiten bei der Deutschen Telekom vertrieben:

• Externer Anschuss an das T-ISDN (Mehrgeräteanschluss).

• Vier TAE-Anschlussbuchsen, universalcodiert, für analoge Telefone und analoge Zusatzgeräte wie z. B. Fax, Anrufbeantworter.

Durch die stark zunehmende Mobil-Telefon- Geschäft mit Internetanschlüssen wurde diese Technik nach nur wenigen Jahren durch das schnelle DSL (Digital Subscriber Line) Anschlüsse abgelöst.

Die Größe der Kondensatoren oder Widerstände haben sich innerhalb von zehn Jahren nicht erheblich verkleinert, jedoch die Bahnen auf den Leiterplatten haben sich nochmals stark verkleinert.

  

© Michael Chansley Photography

mchansley@gmail.com

www.michaelchansley.com

(520) 241-5746

Computer parts in close up

 

348/365

Photo taken with Helsinki Hacklab public lab cam.

Image courtesy of Mystic Man on mikrocontroller.net. Added some lens & geometry correction so the traces run straight.

Taken with a modern-day Sigma macro lens. Tiny DIY softbox hand-held with off-camera flash on lowest power.

Raspberry Pi before the dust gets on it!

As their website says... "An ARM GNU/Linux box for $25"

Schneider Kreuznach Componon-S 5.6/135

Nikon PB-4 Bellows [ Tilted ]

SONY NEX-5

CPU module, with heatsink removed.

Here we can gare and small city, where the block of flats and apartments are near the Madison Square Garden.

Two big black blocks are dominating the "G"arden area.

A fresh breathe into the center area.

 

1998 Voodoo2 is triples the performance of the original Voodoo Graphics for a new level of gaming performance with higher resolutions, multiple textures per pixel, and higher frames per second. A newfeature on the 3D Blaster Voodoo2 is ability to use two identicalcards to ramp up performance.

First version gameboy with a pro sound mod I made.

La electrónica es la rama de la física y especialización de la ingeniería, que estudia y emplea sistemas cuyo funcionamiento se basa en la conducción y el control del flujo microscópico de los electrones u otras partículas cargadas eléctricamente.

Utiliza una gran variedad de conocimientos, materiales y dispositivos, desde los semiconductores hasta las válvulas termoiónicas. El diseño y la construcción de circuitos electrónicos para resolver problemas prácticos forma parte de la electrónica y de los campos de la ingeniería electrónica, electromecánica y la informática en el diseño de software para su control. El estudio de nuevos dispositivos semiconductores y su tecnología se suele considerar una rama de la física, más concrétamente en la rama de ingeniería de materiales.

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