Silego Technology Announces Greenpak Designer For Mac
- Silego Technology Announces Greenpak Designer For Mac Download
- Silego Technology Announces Greenpak Designer For Mac
Overview AAC is giving away 3 GreenPAK 5 Development Kits to help with your next design, so take a look at the information below and don't forget to enter the contest! The, GreenPAK 5, Samples, USB Cable (A to Mini B) and the Quick Start Guide. It is complemented by Silego's free, intuitive, and easy-to-use graphical user interface. Using the GUI-Kit combo, you can capture, simulate, emulate, and program your GreenPAK 5 devices to add features and functions to your design including power-sequencing, glue logic, voltage detection, timing adjustment, LED control, IO expansion, and more! I’m an undergraduate electronics student in college and a maker. I’ve been making electronic projects ever since I was in fourth grade in school. I’ve been looking for a good reliable board for my next product - a high efficiency universal battery charger cum waveform generator, that would be cheap and with minimal external hardware, an all in one solution to power supply in the 0-24 volts range.
I aim to unify the traditional switch mode power supplies and the currently existing function generators that colleges use for demonstration purposes, with a cheap and all in one solution so that even underprivileged colleges and even schools can afford one. My product would need to be microcontroller monitored, and this board seems just perfect for the application! I’m doing research in areas of mobility aids and improvements in Activities of Daily Living (ADL) for people with disabilities. As an engineer, I am always interested in new technologies that can be applied to everyday life that will help someone with something that we all take for granted. My research is in areas of automation and assisted living, so I can see these little GreenPAK devices playing a role there, especially in low-power modes on battery operated devices.
I welcome a chance to try these out. Thanks for the opportunity! Silego GreenPAK 5 Development Kit has to be the tool that helps me bridge multi system designs. One school class taught me FPGA by Xilinx and another PLC with Rockwell 5000.
I need to see the big picture of Electrical Engineering with respect to all human needs via industrial, commercial, residential, medical, etc. Prototyping is the foundation of building a great product yet human necessity fuels and inspires us to create. I too am wheelchair bound and have difficulty with classes accommodating the labs and lab times so hands on practice is almost non-existent and thus hinders my learning.
Autonomous robots now/ today with my recent injuries must be a part of my daily life and desire the tools to create these needed designs for the people from prosthetics to voice/ visual control applications of strong, hardy, durable products that are cost effective.
The Linux Foundation Tizen Work group announces the availability of a set of pre-release tools to give application developers an early look at. “Tizen is an open source, standards-based software platform supported by leading mobile operators, device manufacturers, and silicon suppliers for multiple device categories, including smartphones, tablets, netbooks, in-vehicle infotainment devices, smart TVs, and more. Tizen will offer an innovative operating system, applications, and a user experience that consumers can take from device to device.” Open source code junkies can find what they need on the page. Currently, the SDK is only available for Ubuntu 10.04/10.10/11.04 32-bit systems, but Windows and Mac versions are expected soon.
Adrianmb from Make-a-tronik has written a tutorial on how to how to communicate between your mobile device (Android / iOS device) or a PC and Arduino through a protocol known as The project uses Processing, Arduino, and an LED RGB device. Must be installed on the computer or iDevice you intend to use as the control interface. The video shows his demo controlling an RGB LED attached to an Arduino by using slider controls on a computer using an interface constructed with TouchOSC. (The Arduino communicates via serial with Processing which uses the to interface with TouchOSC.) He describes: “We will create a custom template with TouchOSC editor, which we use as a control to vary the intensity of an RGB LED and color combinations to create, we will open a communication link between processing and TouchOSC, finally send all information received to an Arduino board connected to the serial port and see the result obtained in the RGB LED.” You can read the complete English translation of Adrianmb’s article on the Via. Pete decided to try out and write about his experience. I finally decided to download and learn to use the industry-standard PCB and schematic layout software: Eagle.
I’ve tried a bunch of others, and quite frankly, got tired of always using “also ran” software. The majority of the info on the web is for Eagle. It certainly doesn’t have the best UI or the best workflow, but it has absolutely the most amount of information and the best support from PCB manufacturers. It’s the industry standard, and like most industry-leading technical software (ever use industry-leading 3d modeling software? Gak!), it has some crazy issues. We’d suggest that Eagle is more a hobbyist and open hardware standard, with much more expensive software dominating most pro design shops.
We stick with Eagle for exactly the same reasons though. Most people have it, and there’s a ton of documentation out there for it. We’d prefer an open program like KiCAD, but it’s not going to appeal to as many people. Don’t let the file format dictate your choice though.
Every PCB manufacturer worth using supports Gerbers, and every CAD program worth using should have a way to export them. On how to interface a with the.
The first part covers hall-effect theory and basic operation of the ACS712., which is simply reading the output voltage of the sensor. Sensing and controlling current flow is a fundamental requirement in a wide variety of applications including, over-current protection circuits, battery chargers, switching mode power supplies, digital watt meters, programmable current sources, etc. One of the simplest techniques of sensing current is to place a small value resistance (also known as Shunt resistor) in between the load and the ground and measure the voltage drop across it, which in fact, is proportional to the current flowing through it. Whereas this technique is easy and straightforward to implement, it may not be very precise because the value of the shunt resistor slightly varies with its temperature, which in fact is not constant because of the Joule heating. Besides, this simple technique does not provide an isolation between the load and current sensing unit, which is desirable in applications involving high voltage loads. In this lightning talk presentation from the 28C3 conference, the zunkworks crew outlines their work using simple RF hardware and a Linux laptop with soundcard to experiment with Radio Direction Finding (RDF). RDF has long been used in commercial and public safety activites, and the approach employed here attempts to bring RDF development down to a practical, affordable level for the average radio experimenter.
Project details can be found on the and you can view the PDF of the 28C3 presentation slides. Here’s a summary of major developments over the last week. Free PCB Friday is coming up soon:. Workshop video:.
in this week’s status update post. Shuckc has successfully. free PCB build. Check out Brendan’s, Drew’s, SadE and Rubu’s, Mick’s in the project log forum Coming up:. Workshop video: Flux trials (sorry, a rendering error prevented us from releasing it this week).
App notes on the weekend. Free PCB Sunday. Free PCBs via Twitter on Tuesday. Free PCBs via Facebook on Friday. Weekly roundup and preview every Friday What are you hacking this week?
I need your help. Is a competitor of mine. I fired my SEO firm for spamming everyone.
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However, I’m now on page 2 while Realize is top of page 1. They have an unfair advantage over me because I won’t engage in spamming practices. Is there any way that you know of to get Google to push them down or for me to compete without spamming? They are hurting my business tremendously.
We don’t have much advise aside from what what was in the. There’s no way to manipulate search engines in the long run, Google et al have rooms of PhDs dedicated to search quality.
Search engines want fresh content and will reward you for it. Start a blog and write about what’s happening in your company, post something every day. Make how-tos about designing for your rapid prototyping processes. Show your machines and give a tutorial on how they work. People will enjoy it and link to you on their blogs, the search engines will eat your yummy content, and your (prospective) customers get extra info to help use your services. Win, win, win.
If you do any cool how-tos or tutorials please give us a shout and we’ll post it on our blog. There’s also a HUGE DIY community doing 3D modeling. Get involved and your name will be synonymous with these services. Many people doing SLA, etc for a hobby are doing it during the day for a big company too (or are students about to move to industry). Realize INC is specifically avoiding this market, but the links from a few DIY blogs are worth a thousand times more than the crappy forum spam links Realize is posting.
Even if you don’t want to do low volumes for hobbyists, there’s other ways to get into the DIY community. We’ve been applying to Protomold for their Cool Idea free mold program because we have a case for one of our projects, but are not big enough to afford a custom mold.
They will give us the mold if we win, we buy the actual cases at normal prices – and they get lots of quality info on the web. None of this is without effort, which is why were so upset with Realize INC. They stole our ranking to improve their own, and justified it because they didn’t have time to write content and had a family. We reported them to various databases for spamming, but I imagine it takes several reports before anything is done otherwise the system is too easy to abuse.
However, for a while our editorial about Realize INC spam appeared as the second search result for Realize INC. Student are invited build electronics projects based on their FPGA and PIC development boards. So far the contest has been announced in the US and EU.
Unfortunately the EU region registrations are over. The entrants will receive Diligent development systems pertaining to their project needs, which they will be allowed to keep.
To develop innovative projects using Digilent products. These can be:.
Silego Technology Announces Greenpak Designer For Mac Download
Digital design projects featuring Digilent’s FPGA boards, developed in environments such as Xilinx ISE WebPack or ISE Foundation, National Instruments LabView, etc. Microcontroller projects featuring Digilent’s PIC-based embedded control boards, developed in environments such as Microchip MPLAB, MPIDE, etc. That’s been brewing in the forum.
It’s been designed to work with a generic echo demo, the v4, the USB, the LCD Backpack, the Locgic Shrimp, and the. So far only the is supported, meaning only virtual COM port communication is possible. Pretty much this is getting to be the final work on the current generation USB stack and the DP hardware. At least for the time being While the usb stack is not the latest I have it is the best trade-off between many competing issues and at a level that is fully understood should I need to revisit it.
Some hardware got an improved stack and some got rolled back a level so that it was all compatible and modular. We started a wiki for. Is based on an, a small WiFi capable microcontroller with 8 GPIOs, and 3 ADCs. The inspiration for this project was simple. My daughter has a habit of forgetting her house key, and we’ve had mixed results with the wireless garage door opener keypad.
Silego Technology Announces Greenpak Designer For Mac
Time for a new solution. Plus, it’s a great excuse to play with electronics!!! She has an iPhone and it never leaves her side, so that seemed like a reasonable interface to use. Plus, if I network attached it, I could do some other nifty things like control it from the office. Usually used to simulate different current loads for power supplies. We have always wanted to build one, but we’ve stalled several times. This design is based on the posted by Bearmos.
It’s not intended to be a final project, it’s just an experimental prototype to see what might go into an eventual project. We’re using an to set the current instead of a pot. Everything is controlled via the, The relevant data is displayed on a 2X16 character HD44780 LCD. The UART interface is also available for datalogging and debugging. You can check out the schematic below.