wav, dream is reality :) http://www.st.com/web/en/press/p3496
Tsop20, no crystall, realy great news
http://www.st.com/web/catalog/mmc/FM141/SC1169/SS1574/LN1823?icmp=stm32f0x2-line_pron_pr_jan2014
wav, dream is reality :) http://www.st.com/web/en/press/p3496
Tsop20, no crystall, realy great news
http://www.st.com/web/catalog/mmc/FM141/SC1169/SS1574/LN1823?icmp=stm32f0x2-line_pron_pr_jan2014
bobricius - You beat me :-)
I've written a blog about my initial impression of the STM32F072 and STM32F072B-DISCO low-cost development board.
I wonder if this is a renamed STM32F052, which was described at several presentations more than a year ago?
The first parts are STM32F072, which are not offered in TSOP 20 packages. We'll have to wait for STM32F042 for those.
I think the combination of crystal-less Full-Speed USB, with a manufactured-in USB bootloader may be the 'killer' feature.
It does not need a JTAG/ST-link programmer, or even a USB-to-UART cable to get programs onto it. Make a board, plug in USB, upload and go. That makes it functionally comparable to STM32F105/7, STM32F3, or STM32F4, and hopefully less cost than STM32F103.
Like most STM32F's, it has a good set of peripherals. Unusually for a 'low-end' part, it includes
- dual channel DAC,
- I2S,
- capacitive touch sensing
- comparators.
It is 'only' a 48MHz Cortex-M0, but that is a lot of computer.
The press release says $1.32 for 64KiB Flash, 16KiB SRAM, 48 pin package 10,000 off. I haven't seen distributer prices yet, but it's likely comparable or maybe cheaper than ATmega328; STM32F051 was.
I haven't done the analysis, but I think it would be feasible to simplify one my Orone-mini designs to get it working.
Well done ST Micro. Thank you.
Now we'd like it in a 28pin Dual-in-Line package, so we can use it on stripboard/veroboard, please.
I have ordered new discovery board.... in few days on my desk:)
Discovery arrived, really no crystal on board, boot0+3v3 enter to DFU boot-loader.
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