Description: This is Genius G540 USB universal programmer EPROM FLASH MCU GAL PIC BIOS SB Universal G540 EPROM FLASH MCU GAL AVR PIC Programmer Built-in 40 pin ZIF socket Is fully updatable via software link included in manual to software website Pin contacting detection: if IC and ZIF pins fail to connect, operation will be automatically ceased LED indicator light USB power benefits from low consumption and unit has anti over-heat protection Sturdy, compact unit is fully portable G540 is the newest type of the GENIUS programmer family. At the lower price, G540 is still using USB port for communication to the PC. Package included: 1 x G540 1 x USB cable. When you order from Banggood.com, you will receive a confirmation email. Once your order is shipped, you will be emailed the tracking information for your order's shipment. You can choose your preferred shipping method on the Order Information page during the checkout process.

The total time it takes to receive your order is shown below: The total delivery time is calculated from the time your order is placed until the time it is delivered to you. Total delivery time is broken down into processing time and shipping time. Processing time: The time it takes to prepare your item(s) to ship from our warehouse. This includes preparing your items, performing quality checks, and packing for shipment.

Jun 20, 2015 - 26 min - Uploaded by Julio RodriguezThis is the programmer that I used to copy the firmware on the HP 3852A. It works, but try to.

Shipping time: The time for your item(s) to tarvel from our warehouse to your destination. This warranty and return policy are only available for the sub categories of Arduino Compatible SCM & DIY Kits, 3D Printer & Supplies, Electronic Accessories & Gadgets. Within 180 days If there are any product quality problems which are not caused by artificial factors such as dis-assembly, misuse, drops or falls, water damage, unofficial firmwares, software modifications or any others causes of damage, we will cover the return shipping fees based on the shipping receipt you will provide only if these charges are worth less than US$40. If the damage is related to the screen, this situation should not be considered to be included in the scope of this warranty. If the damage is caused by you, and isn't related to any product quality problem, you're still able to send it back for repairing.

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As e-readers are high value products, it is recommended that customers have a certain knowledge about the use of e-raders. If this product isn't what you expected, feel free to send it back to us according to the terms written down in the 'Unsatisfied with product' section above. Notes: • 1. Please read the descriptions carefully and clearly before purchasing. If the descriptions are not clear enough, please feel free to contact us.

• 2. This category (Arduino SCM & 3D Printer Acc) includes many DIY kits, and we can not assist you completely in case the damage is caused by incorrect welding, construction, or any other circuit issues. • 3. If you find the product is damaged, please do not disassemble it yourself (such as e-books, programmers, signal logic analyzers and other pre-built items), since this may affect your return request.

Quite some time ago I purchased an IC Tester from Genius. The G540 is able to programm various IC as it is able to test CMOS and TTL IC. Last option was quite interesting to me as this makes repairing stuff a lot easier when you know which part is defect instead of exchanging all part just by trial and error. The programmer did a quite good job (some IC were not recognized) until I had to upgrade to Win7. Here the programmer started to create troubles, the programmer was not recognized in some cases and the program froze during IC testing.

After searching for alternatives I decided to make my own tester with some additional advantages. So the result was a Arduino based IC-tester with an optional Serial output which does the job in most cases (still some room for improvement available).

Step 1: Starting Situation. The original tester did a quite good job exept, that you had a lot of clicks (selecting the device etc.) before you could start, you allway needed to run the programm itself and most important: there was no information about the testing result. If a IC was not found it was not possible to identify if it was not found due to being defect or due to a incorrect testing cycle (which appears to happen for some ICs). So the idea was to overcome these disadvantages by develloping a tester of my own based on a Arduino Nano.

Step 2: The Circuit. The circuit is quite easy. Adam Freeland Now And Them Rar Files. First of all there is the Arduino Nano.

Due to the amount of available ports the maximum of pins to be tested is 16 (which is enough for most IC). To achieve this, the communication to the LCD display and to the EEPROM containing the test-data is done via I2C. The Nano takes over the communication to the computer to show the detailed test results. The LCD-display is a simple standard 16x2 display including a I2C converter, thus needing only two pins of the arduino. The test data is stored in a serial I2C EEPROM AT24C512. Here a script is stored which is tested step by step.

For every type of IC a sequence of logical inputs to set and outputs to be expected. In case the outputs do not match the expectations, the script will jump to next possible part. In the current version the EEPROM needs to be programmed seperately via a programmer.

I did not find a solution of transfering 25kbytes of data via the serial terminal. The test script is in clear text so can be modified quite easily. The syntax is in the arduino sketch.

While testing multiple signals are set to the tested part which do not match the specification of the part (e.g. Low is set as an input to a pin which acts as a high output) because all possible combinations are tested.

To prevent overloading the Arduino and the part, all connections are done by 680 Ohms resistors. This creates a lot of 'below the specifications' signals thus leading to random outputs of the tested IC.

Still, if the IC maches to tested signals, the output of the tested IC is usable. The test ist started with a single switch connected to one of the signle use analogue inputs. Step 3: Having Fun. Someone asked me if it would be possible to upload the test-data to the EEPROM without having a programmer.

After some thought and some testing, I added some code to make this possible. The important aspekt of uploading the data via the Serial Monitor of Arduino is to set the baudrate to 1200! This will take some time to upload but it will prevent bytes from getting lost. This should be done in the sketch as well as in the Serial Monitor. If done, upload the sketch, open the Serial Monitor and wait until the options are given. Press 'd' and press Enter.

Now the tester is in upload mode. Just paste in the full content of the test_16_full.dat and hit Enter. On the LCD the bytes are shown. 'done' at the LCD indicates succesfull upload. It has been sometime since i commented with a solution that worked with the libary error that worked with my other projects. But i have finally breadboarded this critter after tracking down some 24c512. But i have a problem, after sucessfully programing the nano and flashing the eprom with no error, when i hit the test button it hangs at testing IC-Tester V0.7 Database V press 'v' to turn verbose mode on/off press Key to start or enter part number (whithout prefix) - press ENTER.

Press 'd' to load new EEPROM-Data ->paste EEPROM Data into dialog and press ENTER EEPROM Programmer Mode Please paste in all data and press ENTER EEPROM updated Test starting. All connection confirmed with. Hmm, maybe there is something wrong wit the lot of ten eeproms i bought of eBay. I have the serial window set to 1200 baud and did change the sketch to 1200 baud before I uploaded it to the arduino, I also have the comm port of the arduino in windows set to 1200 baud 8N1. Do I have to set it back to 9600 baud after flashing? I am currently entering the schematic into eagle cad to make to construct a single sided non veroboard prototype PCB.

With your permission when it is completed may I post the.sch and.brd files to this page? Thank you Warren. You will need to remove completely the old library and any other LCD library you may have, such as the LiquidCrystal_I2C. Zip or rar them the delete the contents of the liquid crystal folder in your sketches folder.

Eg:C: Documents and Settings Admin My Documents Arduino libraries download the from and extract and copy the contents of the new liquid crystal to that folder.its what i had to do with Arduino IDE version 1.6.12, I had tried older versions and still had the same error googled the error and found this answer, reinstalled 1.6.12 applied the new library opened the ino and wala compiled an installed no problem, Hope this helps people:o). This sounds nice except I don't think Ardunio is fast enough to test AC characteristics, is it? The only way I know you could test for a 4 nano second response time with an Ardunio would be to do an average and I am not sure an Ardunio can do that. Sure you can do a state test, but can you test how fast a device breaks the knee in a turn on and turn off waveform. If I remember correctly in the factory where I worked most devices QC rejected were rejected for not switching fast enough.

You Need A Budget Crack Serial Keygens. I know that is not always important for every use but beware.