I-CMS79F53x 8-bit RISC MTP 8K*16 SOP16 SOP20 Microcontroller

I-CMS79F53x 8-bit RISC MTP 8K*16 SOP16 SOP20 I-Microcontroller Isithombe Esifakiwe

incazelo emfushane:

Uhlobo lwe-CPU:8-bit

Ingqikithi:I-RISC

Uhlobo Lwenkumbulo:I-Flash

I-ROM:2K×16

I-RAM:256B

Iphakheji:SOP16, SOP20

Ihlobo Lomkhiqizo:I-CMS79F53X iwuchungechunge lwe-SOC chip eklanyelwe ukufudumeza okukodwa kwe-electromagnetic.

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Imininingwane Yomkhiqizo

Isicelo

Omaka bomkhiqizo

Incazelo Ejwayelekile

Lolu chungechunge lwama-SOC chips ane-RISC yethu yokuqala engu-8-bit, futhi ahlanganiswe kakhulu nefrikhwensi ye-voltage yokusebenza: 3.0V~5.5V@32MHz.

I-chip inikeza ukuvikelwa kokuphepha okukwazi nokudlulisa izinhlobo ezahlukene zezitifiketi.

Ukuvikelwa kwe-IGBT:
• ukuhlolwa okuphindwe kabili kugesi kanye nokwamanje kunikeza ukuvikelwa okungcono ku-IGBT
• ukutholwa kwe-voltage ephindwe kabili, ukucwiliswa komthamo wezinga elingu-1, ukucishwa kwamandla kweleveli engu-1 ku-PPG
• Ukutholwa kwesikhathi sangempela ezigabeni zokuvula amandla ze-IGBT, okwehlisa ukusetshenziswa kwamandla angaphandle kwe-IGBT.
• I-8-bit DAC inikeza i-voltage eyireferensi yeziqhathanisi, eyenza ukulawula okunembayo.
• ukuhlolwa okuqhubekayo kwe-over-voltage & over-voltage ngezikhathi ezithile, okunikeza ukuvikelwa okungcono ku-IGBT

kulula ukuthola izinhlobo ezahlukene zezitifiketi
• i-hardware jitter eyakhelwe ngaphakathi iyasekelwa eyehlisa imisebe engaphandle
• Imojula ye-CRC eyakhelwe ngaphakathi engasetshenziselwa ukuqinisekiswa kwesofthiwe/ukuxhumana
• ama-voltage amaningi okuyisethenjwa okwakhela ngaphakathi okuqinisekisa i-ADC, okwenza ukuqinisekiswa kwesofthiwe kube lula

Izici Zomkhiqizo

> Ukushisa kwe-electromagnetic SOC
> imvamisa yokusebenza kwamandla kagesi: 3.0V-5.5V @32MHz
> Izinga lokushisa lokusebenza: -40 ℃ - 85 ℃
> eyakhelwe ngaphakathi 8K x 16 bits MTP, 336B jikelele RAM
> Iziphazamiso zesikhathi seziteshi ezi-3, iziphazamiso zesiqhanisi, ukuphazamiseka kwe-PPG nokunye ukuphazamiseka okuzungezile
> 2 8-bit timer, 1 16-bit timer
>12-bit PPG module
- i-hardware jitter isekelwe
- ukuvikela okuningi kwehadiwe eyakhelwe ngaphakathi
> 3-iziteshi PWM
- ingalungiswa ukuthi ibe kuma-IO ahlukene
>Imojuli ye-CRC ehlanganiswe ku-chip nemodeli yepharamitha njenge-CRC16-CCITT:“X16+X12+X5+1”.
> ukunemba okuphezulu kwe-12-bit ADC(i-auto-triggered & auto-summation imisebenzi iyakhetheka)
> i-PGA ehlukile yokwakha
-ama-amplification atholakalayo: x8/x16/x32/x64
-ingakwazi ukugcina nge-ADC/comparator yangaphakathi
> eyakhelwe ngaphakathi 8-channel COMP
I-voltage ye-offset ye-C0:<±1mv, abanye:<±4mv<br /> -3-channel 8-bit DAC, kanye neshaneli engu-4 ye-DAC yokuhlinzeka nge-voltage eyireferensi
-ekwazi ukuxhumana ne-PPG
> i-WDT eyakhelwe ngaphakathi
> ukwakha ngaphakathi kokutholwa kwe-voltage ephansi
> 8-leveli yesitaki sebhafa
> ukupakishwa: SOP16, SOP20