R5F100GEAFB#10
Iimbonakalo
Itekhnoloji yokusetyenziswa kwamandla aphantsi kakhulu
I-VDD = amandla ombane omnye we-1.6 ukuya kwi-5.5 V
Imowudi ye-HALT
YIMA imowudi
Imowudi YOKUNYUMA
RL78 CPU core
Uyilo lweCISC olunemibhobho yenqanaba le-3
Ubuncinci bexesha lokwenziwa komyalelo: Unokutshintshwa
ukusuka kwisantya esiphezulu (0.03125 μs: @ 32 MHz ukusebenza
ngesantya esiphezulu kwi-chip oscillator) ukuya kwisantya esisezantsi kakhulu
(30.5 μs: @ 32.768 kHz ukusebenza ngesistim esezantsi
iwotshi)
Indawo yedilesi: 1 MB
Iirejista zenjongo ngokubanzi: (irejista ye-8-bit × 8) × 4
iibhanki
Kwi-chip RAM: 2 ukuya ku-32 KB
Imemori yekhowudi yeflash
Imemori yekhowudi edanyazayo: 16 ukuya ku-512 KB
Ubungakanani bebhloko: 1 KB
Ukuthintelwa kokucima ibhloko kunye nokuphinda ubhale (ukhuseleko
umsebenzi)
Kwi-chip debug umsebenzi
Ukuzicwangcisa ngokwakho (kunye ne-boot swap function/flash shield
umsebenzi wefestile)
Data Flash Memory
Imemori yeflash yedatha: 4 KB ukuya ku-8 KB
Ukusebenza komhlaba ngasemva (BGO): Imiyalelo ingaba
ikhutshwe kwimemori yenkqubo ngelixa ubhala kwakhona i
inkumbulo flash data.
Inani lokuphinda kubhalwe: 1,000,000 amaxesha (TYP.)
Umbane wokubhala kwakhona: VDD = 1.8 ukuya ku-5.5 V
Isantya esiphezulu kwi-chip oscillator
Khetha ukusuka 32 MHz, 24 MHz, 16 MHz, 12 MHz, 8 MHz,
6 MHz, 4 MHz, 3 MHz, 2 MHz, kunye 1 MHz
Ukuchaneka okuphezulu: +/- 1.0 % (VDD = 1.8 ukuya ku-5.5 V, TA = -20
ukuya +85°C)
Ubushushu obusebenzayo be-ambient
TA = -40 ukuya +85°C (A: Izicelo zabathengi, D:
Usetyenziso lwemizi mveliso )
TA = -40 ukuya +105°C (G: Izicelo zamashishini)
Ulawulo lwamandla kunye nokusebenza ngokutsha
On-chip amandla-on-reset (POR) isekethe
Isixhobo sokubona i-on-chip voltage (LVD) (Khetha ukuphazamisa kunye
cwangcisa kwakhona ukusuka kumanqanaba ali-14)
I-DMA (Ukufikelela kwiMemori ngokuthe ngqo) isilawuli · 2/4 amashaneli · Inani lewotshi ngexesha lokudluliselwa phakathi kwe-8/16-bit SFR kunye ne-RAM yangaphakathi: iiwotshi ezi-2 zokuphindaphinda kunye ne-dider / i-multiply-accumulator · 16 bits × 16 bits = 32 bits (Ayibhalwanga okanye esayiniweyo) · 32 bits ÷ 32 bits = 32 bits (Engatyikitywanga) · 16 bits × 16 bits + 32 bits = 32 bits (Akutyikitywanga) Ujongano oluluthotho · CSI: 2 ukuya 8 amajelo · UART/UART (LIN-ibhasi ixhaswa) : I-2 ukuya kwii-4 iziteshi · I-I2C / Unxibelelwano lwe-I2C olulula: i-3 ukuya kwi-10 ishaneli Timer · I-16-bit timer: i-8 ukuya kwi-16 iziteshi · i-12-bit interval timer: i-channel 1 · Iwashi yexesha langempela: i-channel ye-1 (ikhalenda ye-99 iminyaka, umsebenzi we-alarm, kunye nomsebenzi wokulungiswa kwewashi) · I-Watchdog timer: I-channel ye-1 (esebenzayo kunye ne-oscillator ephantsi-speed-speed on-chip oscillator) i-A / D converter · 8/10-bit isisombululo se-A / D converter (VDD = 1.6 ku-5.5 V) Igalelo le-Analog: i-6 ukuya kwii-26 iziteshi · I-voltage yereferensi yangaphakathi (1.45 V) kunye ne-sensor sensor yeqondo lokushisa Qaphela i-1 I / O port · I/O port · I/O port: 16 ukuya kwi-120 (N-ch open drain I/O [ukumelana nombane we-6 V]: 0 ukuya 4, N-ch open drain I/O [VDD ukumelana nombane Qaphela 2/EVDD ukumelana kwamandla ombane Qaphela 3]: 5 ukuya 25) · Isetelwe kwi-N-ch idreyini evulekileyo, i-TTL input buffer, kunye ne-on-chip pull-up resistor · Ujongano olunokwenzeka olwahlukileyo : Inokuqhagamshela kwisixhobo se-1.8/2.5/3 V · Isitshixo se-chip siphazamise umsebenzi · I-On-chip clock output/ isilawuli se-buzzer output Abanye · On-chip BCD (binary-coded decimal) correction circuit Amanqaku 1. Inokukhethwa kuphela kwi-HS (i-high-speed main) imodi 2. Iimveliso ezine-20 ukuya kwii-52 izikhonkwane 3. Iimveliso ezine-64 ukuya kwii-128 izikhonkwane
