Difference between revisions of "Ripperoni"
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| − | The Ripperoni board is the first electrowetting PCB officially made by SSI Biology's device team. It tests different pad sizes and is controlled by a set of relays hooked up to an Arduino via the headers. | + | The Ripperoni board is the first electrowetting PCB officially made by SSI Biology's device team. It tests different pad sizes and is controlled by a set of relays hooked up to an Arduino via the headers. The ripperoni uses a 300V power supply to charge the pads, and is our first step towards developing a microfluidics platform for DNA synthesis in space! |
{{Biology-device-sidebar | {{Biology-device-sidebar | ||
| header = Ripperoni | | header = Ripperoni | ||
| − | | img link = File: | + | | img link = File:Firstboard.jpg |
| designers = Z. Belateche, M. Arcidiacono, T. Kao-Sowa, C.Hao, M. Uttmark | | designers = Z. Belateche, M. Arcidiacono, T. Kao-Sowa, C.Hao, M. Uttmark | ||
}} | }} | ||
[[Category:Biology]] | [[Category:Biology]] | ||
Latest revision as of 08:57, 13 November 2017
The Ripperoni board is the first electrowetting PCB officially made by SSI Biology's device team. It tests different pad sizes and is controlled by a set of relays hooked up to an Arduino via the headers. The ripperoni uses a 300V power supply to charge the pads, and is our first step towards developing a microfluidics platform for DNA synthesis in space!
| Ripperoni | |
|---|---|
| A Biology Device Project | |
| |
| Designers | Z. Belateche, M. Arcidiacono, T. Kao-Sowa, C.Hao, M. Uttmark |
| Boards | |
| Ripperoni | |
| General | |
| DNA Synthesizer • Microfluidics | |
| V • E | |