<a href="http://casperelectronics.com/wp-content/uploads/10336625_10152495900231204_2750104156298892038_n.jpg"><img class="alignnone size-large wp-image-1944" alt="10336625 10152495900231204 2750104156298892038 N" src="http://casperelectronics.com/wp-content/uploads/10336625_10152495900231204_2750104156298892038_n-460x306.jpg" width="460" height="306" /></a><a href="http://casperelectronics.com/wp-content/uploads/10308206_10152495900741204_3316549169880038857_n1.jpg"><img class="alignnone size-large wp-image-1946" alt="10308206 10152495900741204 3316549169880038857 N" src="http://casperelectronics.com/wp-content/uploads/10308206_10152495900741204_3316549169880038857_n1-460x306.jpg" width="460" height="306" /></a> <iframe src="//www.youtube.com/embed/GgWtyrRWINI" height="300" width="460" allowfullscreen="" frameborder="0"></iframe> <strong>About the OMSynth Mini Lab.</strong> The Open Modular Synthesizer is a format of electronic musical instrument that embodies the ethos and technical methodology of modular synthesis but is designed specifically for inventors. One way this is achieved is by encouraging invention to start at the breadboard level. From here circuits can be built up to robust, road ready instruments. By starting at the breadboard circuits are cheap and flexible and the inventor is free to quickly build and change designs without fighting against a high level form factor. <strong>FEATURES:</strong> 3 channel audio mixer 1 Watt audio amplifier and built in speaker and ¼â€ audio output jack 5 modular potentiometers 3 modular DPDT latching pushbuttons Circuit prototyping area <strong>POWER</strong> The power regulator section of the Miniab provides a + &amp; - 5VDC power supply from a single 9 volt battery or wall supply. This power supply level allows for classic analog designs, logic circuits and modern microprocessors to operate on the same voltage. The primary goal is to allow the integration of analog and binary chips such as operational amplifiers and CMOS logic chips. <strong>SOUND</strong> A small amp and speaker are provided that is primarily intended for prototyping purposes but is plenty loud enough for personal use. An unamplified signal is available from a 1/4" audio jack. Plugging into this jack deactivates the amplifier. <strong>HARDWARE</strong> The hardware bored provides 5 potentiometers and 3 latching pushbuttons. This board can be broken off of the power board and placed below the breadboard
<h1><strong>OMSynth MiniLab synthesizer development workshop.</strong></h1>
<a href="http://casperelectronics.com/wp-content/uploads/20140611_CasperWorkshop_003.jpg"><img class="alignnone size-large wp-image-1968" alt="20140611 CasperWorkshop 003" src="http://casperelectronics.com/wp-content/uploads/20140611_CasperWorkshop_003-460x306.jpg" width="460" height="306" /></a> The OMSynth was designed especially for workshops. Below is a description of the workshop: In this 3 part workshop we will cover the basics of designing and building your own custom electronic noise machine. By the end of this workshop each participant will have a personalized instrument to take home that they have designed as well as the skills and hardware necessary to continue exploring. <strong>Experience:</strong> All skill levels are welcome in this workshop from the absolute beginner to the experienced engineer. <strong>Materials:</strong> All materials will be provided but participants are encouraged to bring tools and supplies of their own if they like. <strong>Age:</strong> 18+. Younger participants may be accepted on special request <strong>Schedule:</strong> This workshop has 3 parts spread over 2 days. <strong>Day 1:</strong> 1. Assemble an OMSynth minilab synthesizer prototyping kit. This kit has been designed to allow inventors to quickly and easily build and play with simple sound making circuits. This is achieved by providing all of the general building blocks they will need such as a power supply and audio amplifier. The inventor can then put their focus into exploring sound making circuitry rather than struggling with all of the important but ultimately unexciting support circuits. This stage will introduce participants to the basics of soldering and electrical component behavior. 2. Build a simple light controlled noise generator. This stage is in introduction to how the OMSynth MiniLab works and how just a few components can be used to start making sound. In this stage we will cover the basics of electricity and oscillator operation. Day 2: 3. Design your own sound circuit using op amps and logic chips. In this workshop we will go over a variety of simple circuits that can be combined and tweaked to design a custom instrument. In this stage we will discuss electrical theory as well as electrical component behavior in more depth.