View allAll Photos Tagged lcd
saying hello.
the backpack module fits exactly behind the lcd board (same form factor) and so it frees up a LOT of internal space inside chassis for other things.
LCD arm from Ergo In Demand (25-KCB-110B). I can position the monitor in my sight line no matter how I'm reclined and it doesn't interfere with the sound system.
The speakers are Gallo Reference 3s driven by a Bolder Cable modded Squeezebox 2 into a Modwright SWL 9.0 SE preamp feeding an EA modded Carver ZR1600 amplifier (plus the Gallo bass amp).
Acoustic treatments by GikAcoustics.com
finally got my dell 17" lcd tv that i won from their dellf promotion a few months ago.
havent had time to set it up though. time to upgrade my cable box to hd woohoo!
This small LCD panel appears to be suffering from adhesive failure between the glass and the back light. Luckily (since its the only one I have at the moment) it still seems to work. Normally, when fully assembled, the LCD glass would be held against the back light by a bezel, and this kind of failure would not happen.
The unsticking seems to be the result of folding the flex circuit over on to the junction board behind the panel. The folded polyamid strip seems to be attempting to unfold and wave the glass around in the air.
D70s, 50 mm, 1/125 s, f/16, ISO 800
12 mm extension ring
White balance, exposure and crop in Adobe Camera Raw.
Camera, monitor and cabling from RV Cams
www.rvcams.com/merchant2/merchant.mvc?Screen=PROD&Sto...
Wood base is home made and has a button to activate the toad brake.
The red light shows when the toad's tail light are on, indicating that the tow brake system has been activated.
A small (128 RGB x 160) LCD panel finally says hello after much confusion and annoyance.
This is a color transflective STN LCD with an LED backlight. As photographed here, the contrast and some timing details of its configuration may not be optimal.
The text and figures were drawn by Micrium's μC/GUI running in an embedded system.
The 20x4 LCD for the Arduino, on its new brass stand. It's made out of a 100mm brass hinge, the type with steel washers. It has enough friction to stay at the angle you want, and it's heavy enough to make a stable base for the LCD. The LCD is held on by two M3 bolts and the hinge has three non-slip plastic feet under it to protect the table-top.
Get it from kaspars.net/go/banggood-5-tft-lcd
- otvet.mail.ru/question/188001747
- MK 25Q40ATIG (Flash?)
- Techcode TD1519A 2A 32V Synchronous Rectified Step-Down Converter (Wide 4.75V to 32V Operating Input Range)
- Arkmicro Technologies AMT630A Video Display Controller
Since all our wholesale electronics are OEM, we offer rock bottom price on every electronic product showing on our website. No minimum quantity request! The more quantities you order, the more discounts you will get! We also provide competitive prices for customers who regularly make orders or drop shipping. Order electronics with great discounts on global-e-world.com now, it will be your best partner.
I got the soldering iron out this evening and constructed myself an LCD interface board for my Raspberry Pi.
My PCB layout skills are a little rusty, it's not what I'd call "well engineered" but it works!
Circuit design thanks to raspberrypi-spy.co.uk.
Este sprint consiste na montagem uma instalação interactiva que poderá ser controlada local e remotamente, através de um sistema mecânico e através de um serviço web. O objectivo deste projecto é aproximar o público em geral da actividade do laboratório, criando um interface com o mundo exterior.
Os sprints são sessões de trabalho intensivas em que os membros dos laboratórios, assim como visitantes e convidados se juntam em equipas para trabalhar em projectos concretos durante um fim-de-semana.
First attempt at getting the LCD working with my 'slug' (Linksys NSLU2, running the alternative firmware Unslung v6.8). Here, lcdproc (the application which 'drives' the display) is 'half-working' - the 'server' (LCDd) is running, and I next have to get the 'client' part working (the half of the application which actually sends the data to the display).
We're most of the way there, though :-)
The new Toshiba LCD name is just a bit too closely named to the Pioneer Kuro for it to be a coincidence.
LCD Digital Advertising Displays and Digital Signage More Affordable
Small businesses are recognizing the importance of communication with customers to improve product awareness and increase turnover
Sun Group has responded to market demand for affordable high quality Digital Advertising Display SUN-SG8 8Inch, 10.4Inch, 15Inch, 17Inch and 19Inch. The company has recently announced their new line of stand alone all-in-one signage solution, highlighted by an innovative integation of an LCD display monitor with a full-function digital media player in an elegant yet heavy-duty construction chassis. These fully solid state and highly reliable products were primarily designed for resellers, dealers, and integrators offering Digital Signage solutions in today's modern and contemporary applications. Built-in real-time clock and calendar. Ideal for Digital Signs, POP Displays and Retail Advertising. Automatic power on/off time and support USB Update function.
Este sprint consiste na montagem uma instalação interactiva que poderá ser controlada local e remotamente, através de um sistema mecânico e através de um serviço web. O objectivo deste projecto é aproximar o público em geral da actividade do laboratório, criando um interface com o mundo exterior.
Os sprints são sessões de trabalho intensivas em que os membros dos laboratórios, assim como visitantes e convidados se juntam em equipas para trabalhar em projectos concretos durante um fim-de-semana.
After seeing the crazy price SparkFun was charging for these, I had to get one.
I picked up a complete set - large screen, small screen and frame with backlights. They stick together easily.
I'm still dreading the prospect of somehow connecting up to them - the small screen especially has 0.4mm wide copper contracts, 33 of them! that's crazy. I've ordered some of the very thin wire used for modding games consoles (kylar insulated 30AWG stuff) and will attempt that later.
Even once they're connected, there's the massive issue of figuring out how to write data to them.
One easy part to get working was the backlight. This is a seperate connector with seven pins - one anode and six cathodes, one per LED. I connected wires up to each pin and put them through some heatshrink to 0.1" crimp headers and have connected them to 2 AA batteries temporerily. The backlight looks pretty snazzy, so I can't wait to get some actual display on these!
Arduino on breadboard with 20x4 with custom numeric large fonts.
arduino-for-beginners.blogspot.com/2010/11/arduino-output...
I added a 16x2 LCD status display (SparkFun) and an initial delay function, since it doesn't know what time it is, only how much time has elapsed.
It counts down once on startup (with "HH:MM:SS delay" displayed), then runs the pump periodically, displaying "PUMP ACTIVATED" when running, and "HH:MM:SS down HH:MM:SS to go" between pumps.
Also added an override button to run the pump. With another shoe box lid on top, it acts as a step switch-- useful for a few other projects...
It's running now-- more info on Tuesday, June 24.
Here's the code:
/*
* Trigger a relay periodically
* Added display output instead of green status light
* cc, open source, whatever-- feel free to use, abuse, munge, or code review any of this
*/
int ledPin1 = 4; // red LED pin
int pumpPin = 2; // relay
long i; // useful for math(s)
unsigned long time;
unsigned long lastPumpTime;
long initialDelay = 22; // hours until the first pump
int pumpPeriodHours = 24; // hours between pumps
long pumpPeriodSec; // seconds between pumps
int pumpDurationSec = 10; // seconds the pump is running
int statusPeriod = 1000; // ms delay between status updates
void setup()
{
Serial.begin(4800);
serLcdStartup();
backlightLevel(20);
pinMode(pumpPin, OUTPUT);
digitalWrite(pumpPin, LOW);
pinMode(ledPin1, OUTPUT);
digitalWrite(ledPin1, LOW);
pumpPeriodSec = long(pumpPeriodHours) * 60 * 60; // seconds between pump starts
// initial delay
i = 0;
initialDelay = initialDelay * 3600; // convert hours to seconds
while (i < initialDelay) {
gotoLineOnePosClear(0,16);
printHHMMSS((initialDelay - i));
Serial.print(" delay");
delay(1000);
i = millis()/1000;
}
}
void loop(){
lastPumpTime = millis();
// Activate the pump and status LED
gotoLineOne();
Serial.print(" RELAY ");
gotoLineTwo();
Serial.print(" ACTIVATED ");
digitalWrite(pumpPin, HIGH);
digitalWrite(ledPin1, HIGH);
delay((pumpDurationSec*1000));
digitalWrite(pumpPin, LOW);
digitalWrite(ledPin1, LOW);
// Wait for the delay period, blinking periodically
time = millis();
while ( ((time-lastPumpTime)/1000) < pumpPeriodSec ) {
delay(statusPeriod);
time = millis();
// calculate time since the last pump and display
i = ((time-lastPumpTime)/1000)-pumpDurationSec; // seconds since last pump
clearLCD();
gotoLineOne();
printHHMMSS(i);
Serial.print(" down");
// Calculate time 'til next pump and display
i = pumpPeriodSec - ((time-lastPumpTime)/1000); // seconds since last pump
gotoLineTwo();
printHHMMSS(i);
Serial.print(" to go");
}
}
void printHHMMSS(long hms) {
int s = hms%60;
hms = (hms - s)/60;
int m = hms%60;
int h = (hms - m)/60;
// do the printing
if (h == 0) { Serial.print("00"); }
else if (h < 10) { Serial.print("0"); Serial.print(h); }
else { Serial.print(h); }
Serial.print(":");
if (m == 0) { Serial.print("00"); }
else if (m < 10) { Serial.print("0"); Serial.print(m); }
else { Serial.print(m); }
Serial.print(":");
if (s == 0) { Serial.print("00"); }
else if (s 0) { Serial.print(" "); digits--; } gotoLineOnePos(pos); }
void gotoLineTwo(){ gotoLineTwoPos(0); }
void gotoLineTwoPos(int pos){ gotoLineOnePos(pos+64); }
void gotoLineTwoPosClear(int pos, int digits){ gotoLineOnePosClear(pos+64, digits); }
void cursorRight(){ scmd(); Serial.print(0x14, BYTE); }
void cursorLeft(){ scmd(); Serial.print(0x10, BYTE); }
void cursorRightX(int x){ int c; for (c=1; c<=x; c++){ cursorRight(); } }
void cursorLeftX(int x){ int c; for (c=1; c 29) { level = 29; }
blcmd(); Serial.print(128+level, BYTE); }
void backlightOn(){ backlightLevel(30); }
void backlightOff(){ backlightLevel(0); }
// Splash screen
void toggleSplash() { blcmd; Serial.print(0x09, BYTE); }
void setSplash() { blcmd; Serial.print(0x0A, BYTE); }
// Serial rate changing: MAKE SURE TO RESTART WITH THE RIGHT BAUD RATE!!!
void set2400baud(){ blcmd(); delay(100); Serial.print(0x0B, BYTE); }
void set4800baud(){ blcmd(); delay(100); Serial.print(0x0C, BYTE); }
void set9600baud(){ blcmd(); delay(100); Serial.print(0x0D, BYTE); }
void set14400baud(){ blcmd(); delay(100); Serial.print(0x0E, BYTE); }
void set19200baud(){ blcmd(); delay(100); Serial.print(0x0F, BYTE); }
void set38400baud(){ blcmd(); delay(100); Serial.print(0x10, BYTE); }
Fotos de la fiesta presentación de una pagina a la que me he unido como colaborador: www.lustcitydolls.com/
Sick and tired of my POS 19" LCD TV fucking up, I upped the ante tonight sharing it as a dual monitor.
A wireless LCD display for OpenEnergyMonitor I built using a serial connected 4 line LCD.
Read my blog about building this here.
Fotos de la fiesta presentación de una pagina a la que me he unido como colaborador: www.lustcitydolls.com/