| 2024 | 2023 | 2022 | 2021 | 2020 | 2019 | 2018 | 2017 | 2016 | 2015 | 2014 |
|---|---|---|---|---|---|---|---|---|---|---|
| 2 | 85 | 106 | 171 | 98 | 202 | 533 | 1122 | 653 | 838 | 500 |
since the IS31FL3733 is not recommended for new designs, why not redesign the LED PCBs with the IS31FL3741. gotta research that - would mean more LEDs (117 instead of 64).
According to my table, I would get 2 more rows around the cube with 106 LEDs.
There's only one ADDR pin here, so you can have a maximum of 4 panel adresses, but definitely managable to address half a cube with the RP2040 that has two I2C channels.
since the IS31FL3733 is not recommended for new designs, why not redesign the LED PCBs with the IS31FL3741. gotta research that - would mean more LEDs (117 instead of 64).
According to my table, I would get 2 more rows around the cube with 106 LEDs.
There's only one ADDR pin here, so you can have a maximum of 4 panel adresses, but definitely managable to address half a cube with the RP2040 that has two I2C channels.
First off all, I am very sorry for giving you a bag with freely flying resistors in it and that you have to read the value in the darkness of Congress! In parts this is @Alex 's fault, he once gave me bags of 0805 resistors and I recycled them in this projects, as I only want to use 0603 parts most of the time.
Anywho, there might be a 330k resistor in there instead of a 390k resistor, so according to this fine website, it should blink 3 times per second, instead of 2 times.
https://www.digikey.de/en/resources/conversion-calculators/conversion-calculator-555-timer
Here's the parts list:
The 555 timer has a chamfer to indicate the side of the first pin.
Btw checkout Berlin's very fine sewage report:
https://data.lageso.de/lageso/corona/corona.html#abwasser
https://cdn.hackaday.io/images/2316261672411636240.jpgFirst off all, I am very sorry for giving you a bag with freely flying resistors in it and that you have to read the value in the darkness of Congress! In parts this is @Alex 's fault, he once gave me bags of 0805 resistors and I recycled them in this projects, as I only want to use 0603 parts most of the time.
Anywho, there might be a 330k resistor in there instead of a 390k resistor, so according to this fine website, it should blink 3 times per second, instead of 2 times.
https://www.digikey.de/en/resources/conversion-calculators/conversion-calculator-555-timer
Here's the parts list:
The 555 timer has a chamfer to indicate the side of the first pin.
Btw checkout Berlin's very fine sewage report:
https://data.lageso.de/lageso/corona/corona.html#abwasser
https://cdn.hackaday.io/images/2316261672411636240.jpgFirst off all, I am very sorry for giving you a bag with freely flying resistors in it and that you have to read the value in the darkness of Congress! In parts this is @Alex 's fault, he once gave me bags of 0805 resistors and I recycled them in this projects, as I only want to use 0603 parts most of the time.
Anywho, there might be a 330k resistor in there instead of a 390k resistor, so according to this fine website, it should blink 3 times per second, instead of 2 times.
https://www.digikey.de/en/resources/conversion-calculators/conversion-calculator-555-timer
Here's the parts list:
The 555 timer has a chamfer to indicate the side of the first pin.
Btw checkout Berlin's very fine sewage report:
https://data.lageso.de/lageso/corona/corona.html#abwasser
https://cdn.hackaday.io/images/2316261672411636240.jpgFirst off all, I am very sorry for giving you a bag with freely flying resistors in it and that you have to read the value in the darkness of Congress! In parts this is @Alex 's fault, he once gave me bags of 0805 resistors and I recycled them in this projects, as I only want to use 0603 parts most of the time.
Anywho, there might be a 330k resistor in there instead of a 390k resistor, so according to this fine website, it should blink 3 times per second, instead of 2 times.
https://www.digikey.de/en/resources/conversion-calculators/conversion-calculator-555-timer
Here's the parts list:
The 555 timer has a chamfer to indicate the side of the first pin.
Btw checkout Berlin's very fine sewage report:
https://data.lageso.de/lageso/corona/corona.html#abwasser
https://cdn.hackaday.io/images/2316261672411636240.jpgFirst off all, I am very sorry for giving you a bag with freely flying resistors in it and that you have to read the value in the darkness of Congress! In parts this is @Alex 's fault, he once gave me bags of 0805 resistors and I recycled them in this projects, as I only want to use 0603 parts most of the time.
Anywho, there might be a 330k resistor in there instead of a 390k resistor, so according to this fine website, it should blink 3 times per second, instead of 2 times.
https://www.digikey.de/en/resources/conversion-calculators/conversion-calculator-555-timer
Here's the parts list:
The 555 timer has a chamfer to indicate the side of the first pin.
Btw checkout Berlin's very fine sewage report:
https://data.lageso.de/lageso/corona/corona.html#abwasser
https://cdn.hackaday.io/images/2316261672411636240.jpgFirst off all, I am very sorry for giving you a bag with freely flying resistors in it and that you have to read the value in the darkness of Congress! In parts this is @Alex 's fault, he once gave me bags of 0805 resistors and I recycled them in this projects, as I only want to use 0603 parts most of the time.
Anywho, there might be a 330k resistor in there instead of a 390k resistor, so according to this fine website, it should blink 3 times per second, instead of 2 times.
https://www.digikey.de/en/resources/conversion-calculators/conversion-calculator-555-timer
Here's the parts list:
The 555 timer has a chamfer to indicate the side of the first pin.
Btw checkout Berlin's very fine sewage report:
https://data.lageso.de/lageso/corona/corona.html#abwasser
https://cdn.hackaday.io/images/2316261672411636240.jpgFirst off all, I am very sorry for giving you a bag with freely flying resistors in it and that you have to read the value in the darkness of Congress! In parts this is @Alex 's fault, he once gave me bags of 0805 resistors and I recycled them in this projects, as I only want to use 0603 parts most of the time.
Anywho, there might be a 330k resistor in there instead of a 390k resistor, so according to this fine website, it should blink 3 times per second, instead of 2 times.
https://www.digikey.de/en/resources/conversion-calculators/conversion-calculator-555-timer
Here's the parts list:
The 555 timer has a chamfer to indicate the side of the first pin.
Btw checkout Berlin's very fine sewage report:
https://data.lageso.de/lageso/corona/corona.html#abwasser
https://cdn.hackaday.io/images/2316261672411636240.jpgFirst off all, I am very sorry for giving you a bag with freely flying resistors in it and that you have to read the value in the darkness of Congress! In parts this is @Alex 's fault, he once gave me bags of 0805 resistors and I recycled them in this projects, as I only want to use 0603 parts most of the time.
Anywho, there might be a 330k resistor in there instead of a 390k resistor, so according to this fine website, it should blink 3 times per second, instead of 2 times.
https://www.digikey.de/en/resources/conversion-calculators/conversion-calculator-555-timer
Here's the parts list:
The 555 timer has a chamfer to indicate the side of the first pin.
Btw checkout Berlin's very fine sewage report:
https://data.lageso.de/lageso/corona/corona.html#abwasser
https://cdn.hackaday.io/images/2316261672411636240.jpg
The first version was doomed from the beginning, since I had no diodes on the keys. I also swapped the USB micro socket with a JST-SH socket and made a small adapter board instead. Let's see how far I get this time.
https://cdn.hackaday.io/images/6995871700155584044.pngThe first version was doomed from the beginning, since I had no diodes on the keys. I also swapped the USB micro socket with a JST-SH socket and made a small adapter board instead. Let's see how far I get this time.
https://cdn.hackaday.io/images/6995871700155584044.pngThe first version was doomed from the beginning, since I had no diodes on the keys. I also swapped the USB micro socket with a JST-SH socket and made a small adapter board instead. Let's see how far I get this time.
https://cdn.hackaday.io/images/6995871700155584044.pngThe first version was doomed from the beginning, since I had no diodes on the keys. I also swapped the USB micro socket with a JST-SH socket and made a small adapter board instead. Let's see how far I get this time.
https://cdn.hackaday.io/images/6995871700155584044.pngThe first version was doomed from the beginning, since I had no diodes on the keys. I also swapped the USB micro socket with a JST-SH socket and made a small adapter board instead. Let's see how far I get this time.
https://cdn.hackaday.io/images/6995871700155584044.pngThe first version was doomed from the beginning, since I had no diodes on the keys. I also swapped the USB micro socket with a JST-SH socket and made a small adapter board instead. Let's see how far I get this time.
https://cdn.hackaday.io/images/6995871700155584044.pngThe first version was doomed from the beginning, since I had no diodes on the keys. I also swapped the USB micro socket with a JST-SH socket and made a small adapter board instead. Let's see how far I get this time.
https://cdn.hackaday.io/images/6995871700155584044.pngDon't have all parts yet, but enough to get started. I've send two PCBs to @Alex as well - but I have a head start ;)
We had to figure out some errata ourselves, since we've ordered boards that weren't the final version apparently. The BOM itself is also different now. The MOSFET in our version had to be soldered on in dead-bug style and turned by some degrees.
The badge worked in the end and I did two small modifications: the simple add-on was powered from the batteries, I changed that to also get 3.3V from the regulator. There was also a good use-case for an additional reset button, so I did that.
The badge worked great after the latest firmware was pushed on it, very happy with the result!
The 3d printed buttons arrived from JLCPCB, a long with the expander PCB, so this is complete now :)
https://github.com/Hack-a-Day/Vectorscope
Don't have all parts yet, but enough to get started. I've send two PCBs to @Alex as well - but I have a head start ;)
We had to figure out some errata ourselves, since we've ordered boards that weren't the final version apparently. The BOM itself is also different now. The MOSFET in our version had to be soldered on in dead-bug style and turned by some degrees.
The badge worked in the end and I did two small modifications: the simple add-on was powered from the batteries, I changed that to also get 3.3V from the regulator. There was also a good use-case for an additional reset button, so I did that.
The badge worked great after the latest firmware was pushed on it, very happy with the result!
The 3d printed buttons arrived from JLCPCB, a long with the expander PCB, so this is complete now :)
https://github.com/Hack-a-Day/Vectorscope
Don't have all parts yet, but enough to get started. I've send two PCBs to @Alex as well - but I have a head start ;)
We had to figure out some errata ourselves, since we've ordered boards that weren't the final version apparently. The BOM itself is also different now. The MOSFET in our version had to be soldered on in dead-bug style and turned by some degrees.
The badge worked in the end and I did two small modifications: the simple add-on was powered from the batteries, I changed that to also get 3.3V from the regulator. There was also a good use-case for an additional reset button, so I did that.
The badge worked great after the latest firmware was pushed on it, very happy with the result!
The 3d printed buttons arrived from JLCPCB, a long with the expander PCB, so this is complete now :)
https://github.com/Hack-a-Day/Vectorscope