By Emilie S. Førrisdal In todays lab we learned how to build a device that lets you hear electromagnetic fields using a kit called Electrosluch. The electrosluch kit contains all the basic components needed to make the device. It uses… Continue Reading →
Author: William Davison Today I finished building the Elektrosluch instrument which should be able to create sounds by detecting electromagnetic fields. I followed the picture tutorial then checked with the schematics afterwords to see if all was well. An emphasis… Continue Reading →
Author – Matthew London In the last two labs we have learnt how to build an elektroslush, on a breadboard and a perfboard. By following the schematic on the lab materials I was able to successfully build a prototype on… Continue Reading →
Author: Eddie Clijsen It was interesting to create this instrument as well as learn how to troubleshoot electronic circuits using both a multimeter and an oscilloscope. Also, looking into the methods for developing the project further, for example using a… Continue Reading →
Authors: Marcus, Matthew and William Today we learned how to wire up cables in different configurations, for example: mono to mono jack, Jack to XLR and XLR to TRS. We also went over some tips on reducing noise being transmitted… Continue Reading →
Today we discussed how to make different cables. The connections we looked at are: XLR male to XLR female XLR to TRS Mono jack to mono jack TRS to mono jack We discussed how to solder the cables and how… Continue Reading →
Authors: Michal Kais & Eddie Clijsen Designing wiring for different connections, for example: Mono jack to mono jack XLR male to XLR female XLR to TRS jack Balanced XLR or TRS jack to unbalanced mono jack
In todays lab we explored the ways to calculate the noise generated by conductors. All conductors create noise at temperatures above Absolute Zero(-273 degrees celcius). How much noise is created depends on three factors: Temperature, bandwidth and resistance. The signal… Continue Reading →
We first revised the formulas for working out the frequency with the period and vice versa, and the RMS of a signal. We then figured out how to calculate what time delay you need to cancel a signal, and that… Continue Reading →
Authors: Michal Kais, Eddie Clijsen RMS measures a constant power of a wave How phasing and flanging works A wave can be cancelled by adding another wave that’s exactly the same, but delayed by 1/2T