View allAll Photos Tagged ChipPhoto
Photo by AMPt Member Frank Mathews (IG: @nitti80) Title: Transformation Description: This is a photo of the Captrust Tower one of the coolest buildings in Raleigh, NC. I shot this on my way home from work. When I go out and shoot I always try to have a general idea on the different equipment (apps) lol that I'll be using to shoot with and an idea about what I'm going to shoot. This saves me a great deal of time. For this shot I knew that I was going to be shooting with #hipstamatic. I always shoot the same subject with different hipsta combinations for two reasons. One because every combo doesn't work well in certain situations and two because I want to familiarize myself with the many different nuances Hipstamatic has. Continued.... Process: I used the #JohnS lens and Inas1969 so I could participate in @hipstaroll #Hipstaedit #hipstaroll_aprilfools_week44 #hipstaproject. I first opened The photo up in a cool little app called #ChipPhoto to get the "squares" to move. Once happy with the placement I saved. I opened the saved photo in #Camera+ and changed to B&W and saved. I wanted to keep the spirit of the hipsta combination recognizable so, I open the B&W version in #Filterstorm. I used the "add exposure" option and manually brushed in the signature John S colors on the tiles and and the sky as well. I also brushed in the the signature Inas boarder. Once done I used the sharpen option at 50%. And sharpened only the moved tiles using the brush. Once done I saved.
Looks like an op-amp, with the two large structures on the right-hand side being the differential input pair
Analysis of ADC84KG: www.eevblog.com/forum/projects/de-capping-circuit-analysi...
Overview
See the datasheet for what it does: www.datasheets.com/part-details/l-lg1602bxb-broadcom-inc-...
I'm not sure which part is the input amplifier, which part is the input clk amplifier, which part is the D-FF, and which part is the output amplifier.
4x NAND gate, open-collector outputs
Context & Analysis: www.eevblog.com/forum/projects/de-capping-circuit-analysi...
From a crystal oscillator module
The amount of unused but doped areas (in color, on the green background of the bulk silicon), including unused spaces for bond pads, suggests that the same process was used with a different metal layer for other related parts too.
Unsure of exact part number
Context & analysis: www.eevblog.com/forum/renewable-energy/looking-inside-an-...
6x power transistors down the left-hand side
Possible diode matrix (?) slightly above center likely converts the single-phase PWM signal from UC1637 into the 3-phase gate drive signals
Analysis of the HM41200206A hybrid module: www.eevblog.com/forum/projects/de-capping-circuit-analysi...
National Semiconductor UK
Says "LM142D-5", but can't find any references to this as a real part number
Context & Analysis: www.eevblog.com/forum/projects/de-capping-circuit-analysi...
Analysis of the HM41200206A hybrid module: www.eevblog.com/forum/projects/de-capping-circuit-analysi...
Analysis of the HM41200206A hybrid module: www.eevblog.com/forum/projects/de-capping-circuit-analysi...
Die on transmit & receive sides: VCO
See datasheet for details on the internal workings: www.datasheets.com/part-details/iso102-texas-instruments-...
ISO102 analysis: www.eevblog.com/forum/projects/de-capping-circuit-analysi...