I-DSPIC30F5011-30I/PT
IziciUkusebenza okuphezulu kwe-RISC CPU
1.I-architecture yase-Harvard eguquliwe
I-2.C compiler elungiselelwe isethi yezakhiwo zemiyalo
3.Izindlela zokukhuluma eziguquguqukayo
4.83 imiyalelo eyisisekelo
Imiyalo ebanzi engu-5.24-bit, indlela yedatha ebanzi engu-16-bit
6.66 Kbytes on-chip isikhala sohlelo lwe-Flash
7.4 Kbytes we-RAM yedatha eku-chip
8.1 I-Kbyte yedatha engaguquki EEPROM
Irejista yokusebenza engu-9.16 x 16-bit
10.Kuze kufike ku-30 MIP ukusebenza:
- DC ukuya ku-40 MHz okokufaka kwewashi langaphandle
- 4 MHz-10 MHz okokufaka kwe-oscillator nge
I-PLL iyasebenza (4x, 8x, 16x)
Imithombo yokuphazamisa efika ku-41
- Amazinga ayisishiyagalombili akhethekayo akhethwa ngabasebenzisi
- Imithombo emihlanu yokuphazamiseka kwangaphandle
- Izicupho ezine zeprosesa
Izici ze-DSP
1.Ukulanda idatha ekabili
2.Imodi ye-Modulo kanye ne-Bit-Reversed
3.Ama-accumulators amabili we-40-bit ububanzi anokuzikhethela
logic saturation
4.17-bit x 17-bit ingxenye yehadiwe yomjikelezo owodwa
inombolo ephelele yokuphindaphinda
5.Yonke imiyalelo ye-DSP iwumjikelezo owodwa
- Ukuphindaphinda-Buthelela (MAC) ukusebenza
6.Umjikelezo owodwa ±16 shift
Izici ze-Peripheral
1.Usinki wamanje/amaphinikhodi omthombo we-I/O: 25 mA/25 mA
2.Izibali-sikhathi/izibali eziyi-16-bit ezinhlanu;ngokuzithandela ukubhanqa
Izibali-sikhathi ezingu-16 zibe amamojula wesikhathi angu-32-bit
3.16-bit Imisebenzi yokufaka yokuthwebula
4.16-bit Qhathanisa/i-PWM imisebenzi yokukhiphayo
I-5.Data Converter Interface (DCI) isekela okuvamile
amaphrothokholi ekhodekhi yomsindo, okuhlanganisa i-I2S ne-AC'97
Amamojula e-SPI anezintambo ezingu-6.3 (isekela amamodi amane ozimele)
I-7.I2C™ module isekela imodi ye-Multi-Master/Slave
kanye nekheli le-7-bit/10-bit
8.Amamojula amabili e-UART aphathekayo anamabhafa e-FIFO
9.Amamojula amabili ebhasi e-CAN ahambisana nezinga le-CAN 2.0B
Izici ze-Analog
I-1.12-bit Analog-to-Digital Converter (ADC) ene:
- 200 ksps izinga lokuguqulwa
- Iziteshi zokufaka ezifika kwezingu-16
- Ukuguqulwa kuyatholakala ngesikhathi sokulala nokungenzi lutho
2.Ukutholwa Kwe-Voltge Ephansi Okuhlelekayo (PLVD)
3.Ukutholwa Okuphuphuma Okunsundu Okuhlelekayo kanye Nokusetha Kabusha ukukhiqiza
Izici ezikhethekile ze-Microcontroller:
4.Inkumbulo yohlelo lwe-Flash ethuthukisiwe:
- 10,000 umjikelezo wokusula/wokubhala (amaminithi.) webanga lokushisa lezimboni, 100K (okuvamile)
5.Inkumbulo yedatha ye-EEPROM:
- 100,000 umjikelezo wokusula/wokubhala (amaminithi.) webanga lokushisa lezimboni, 1M (okuvamile)
6.Ukuzihlelela kabusha ngaphansi kokulawulwa kwesoftware
7.Ukusethwa kabusha kwamandla (i-POR), isibali sikhathi sokufaka amandla (PWRT) kanye nesibali sikhathi sokuqalisa i-Oscillator (OST)
I-8.Flexible Watchdog Timer (WDT) ene-oscillator ye-RC yamandla aphansi eku-chip ukuze isebenze okuthembekile
9.I-Fail-Safe Safe Monitor operation:
- Ithola ukwehluleka kwewashi bese ishintshela ku-oscillator ye-RC yamandla aphansi aku-chip
Ukuvikelwa kwekhodi ehlelekayo:
10.Ikhono lokuhlela le-In-Circuit Serial Programming™ (ICSP™).
11.Izindlela zokuphatha amandla ezikhethwayo:
- Imodi yokulala, yokungenzi lutho kanye nenye yewashi
Ubuchwepheshe be-CMOS:
12.Amandla aphansi, ubuchwepheshe be-Flash enesivinini esikhulu
13.Ibanga elibanzi le-voltage yokusebenza (2.5V ukuya ku-5.5V)
14.Amazinga okushisa emboni kanye Nawengeziwe
15.Ukusetshenziswa kwamandla okuphansi
