I will be making many custom PCB's in the coming weeks and most of the Eagle components will have to be custom made. I hope that other people can use these libraries in their designs. Eventually there will be a link to the data sheets and hopefully the schematics and board layouts will be published here in other projects.
Details
If anyone wants to suggest a particularly clever IC or other electronics then I might be persuaded to make an Eagle part.
Components
1×
LT1339
Power Management ICs / Switching Regulators and Controllers
1×
TS1100
Amplifier and Linear ICs / Current Sense Amplifiers
1×
MCP4728
Data Converters / Digital to Analog Converters (DACs)
1×
MCP4725
Data Converters / Digital to Analog Converters (DACs)
I often need slightly customised headers or connectors for various purposes. In this instance I needed a surface mount 0.1" header footprint which I later replaced with the modified 8 pin through hole header. Lastly I needed a footprint for a terminal block that has 2 solder contacts but is only a single output. Interesting parts all in all.
This is the footprint of the modified 2X4 0.1" header. This is to allow 4 inputs with a VCC and GND that is no wider than the 4 data pins themselves. I doubt this is a readily available product...
This is a high speed counter that is able to circumvent the ripple effect in other more conventional counters (often known as ripple counters). This counter has a maximum input frequency of 230MHz and a propagation time of <4ns on all outputs. This is going to be the counter IC in a frequency counter project that I am currently working on.
Sadly there aren't any particularly interesting pictures of this IC so here is a link to the datasheet:
The LT3080 is a low dropout linear regulator. I will be using the big brother (the LT3081) in an upcoming project (Stay tuned for the LT3081 Eagle file and the project as well :D). I like this regulator as it is capable of true 0V output and has good noise performance.
This is a 4 channel 12-bit digital to analogue chip. It has buffered outputs, non-volatile memory and latches to synchronise the output voltages. I am intending to use this on my PSU project and my electronic load project. It has an I2C interface making it ideal for fast interfacing with minimal pins required.
Power supplies are easy to buy in certain voltages like 36V or 48V DC. Its a simple case of finding an old server PSU which is rated at 54V and 2500W.
(CISCO WS-CAC-3000W 6500) is a good example £48 for 55A at 42V
Trouble is 42V is a bit high for most applications. The power is useful though so I started to make a high power (~1500W) DC-DC converter to power my brushless motors spindle (Oh so many outstanding projects)
Hi, the dropbox link for the lm2596s module isn't working. could you please update it? thank you!