A lap korábbi változatát látod, amilyen Bkbadmin (vitalap | szerkesztései) 2017. december 16., 15:26-kor történt szerkesztése után volt. (MSP430 MCU family from TI)

MSP430 MCU family from TI

Msp430 roadmap.png
Msp430 fejleszto eszkoz.png
Msp430G2xx value line parts.png
Msp430 uc s.png
MSP430 Part Number Decoder 2011.png
MSP430 decoder.png
MSP432 decoder.png

MSP430G2553 launchpad


Load capacitance !!!

For example, the LaunchPad uses 12pF capacitors to load the crystal we just installed, yet many crystals require 22pF.

Edit: This statement is actually incorrect. Another big thank you goes out to Jens-Michael for pointing it out to me. Thanks for reading! "12pF is the typical load for most crystals I've ever seen. But due to the electric connection, a 12pF load means [there will be 2] 24pF capacitance on each of the crystals sides. Reason is that (seen from the crystal), the two capacitors are in series to each other and parallel to the crystal. […] Subtract the ~2pF pin capacitance of the MSPs pins and you get [two separate] 22pF [for] external capacitors, resulting in 12pF load. The XCAP settings already include pin capacitance and the /2 factor."

MSP430 infók

MSP430 MCU-s from TI

MSP430FR2433 infók