MICROCHIP PIC16C5X EPROM/ROM-Based 8-bit Microcontroller Series
Devices Included in this Data Sheet:
PIC16C54, PIC16C54A, PIC16C54C, PIC16C56, PIC16C56, PIC16C57, PIC16C57, PIC16C58, PIC16C58
Peripheral Features:
d h 0 r l S / h r l r e i l a B / - i 6 o 0 - a o 0 O L p C R a o i 1 e e U 2 C P F P M H F D ( I 8 T 1 C 1 5 C C 1 C C O Z P D M H ( P S E I PIC16(L)F1764 1 7 4 128 512 12 1/3 3 2 8 1/1 1 1/1 1 3 1 1 1 1 2 ü 1 1 PIC16(L)F1765 1 14 8 128 1K 12 1/3 3 2 8 1/1 1
PIC 16xxx SERIES
PIC's CMOS Design
PIC's Small Packaging
PIC Temperature Ranges
Upward Migration Path
PIC FAMILY PRODUCT GUIDE
High Performance CMOS Microcontrollers...
PIC16C5x CMOS MICROCONTROLLER
Part Number Pins I/O RAM EPROM Oscillator Range Min.Instr.Cycle Available
PIC16C54 18 12 32 x 512 x 25kHz-20MHz 200ns NOW
PIC16C55 28 20 32 x 512 x 25kHz-20MHz 200ns NOW
PIC16C56 18 12 32 x 1024 x 25kHz-20MHz 200ns NOW
PIC16C57 28 20 80 x 2048 x 25kHz-20MHz 200ns NOW
Low-Cost
mode. As indicated in Table 3-2, function codes 1 to 7 400us (400μs) (16x) use SYNC_A and 8 to 15 SYNC_B. Period = 25μs 3.5.15 INFRARED MODE 200us The Independent mode also selects IR mode. In IR (200μs) mode function codes 12 to 15 will use counter B. The (8x) PWM output
microcontroller transmitted, the CS must be brought high to set the families, including Microchip’s PIC16C6X/7X micro- write enable latch. If the write operation is initiated controllers. It may also interface with microcontrollers that do not have a built-in SPI port by using discrete immediately after
C.-F. Urban MIKROCONTROLLER MIT RISC-STRUKTUR DIE PIC16C5X-FAMILIE Elektor PIC Anwendungssammlung komplexe Schaltungen einfach lösen mit PIC's elektor COMPACT HACK/HOFFMANN Das GAL Buch Grundlagen, Entwurf, Selbstbau-Brenner GAL16Y8S- elektor I2C-BUS angewandt Chips und Schaltungen I2C elektor
I 100 V OUT= 2.0V V OUT= 3.3V VOUT = 5.0V 10 0.8 1.1 1.4 1.7 2 2.3 2.6 2.9 3.2 3.5 VINV) FIGURE 2-13: Input No Load Current vs. FIGURE 2-16: MCP1640 3.3V V OUT PFM V . Mode Waveforms. IN )5 s h4 O e P - Channel c3 a i s2 R h i 1 w S N - Channel
dissipation. TABLE 4-2: MINIMUM LOAD CURRENTS EQUATION 4-4: Device Minimum Load T J= JA PD + TA MIC2915x 5 mA o o o MIC2930x 7 mA = 56 C/W 1.1472W + 75 C = 139.24 C MIC2950x 10 mA MIC2975x 10 mA Now determine the maximum power dissipation allowed that would not exceed the IC’s maximum 4.4 Adjustable
Benutzerliste | Bildergalerie | Hilfe | Logout (magnetus) Seite 1 >> Filter: ARM AVR Arduino MSP430 ESP PIC 8051 AVR32 C16x PowerPC R8C/M16C/M32C [keiner] Im Betreff suchen Die/Chip-Bilder von Richi's Lab (digitale Bauteile) Lothar M. 63 05.02.2026 13:10 HD44780 12C Adapter Ralph S. 8 01.04.2026 00:24 TLC5940 (6x kasdkled) – LED blinkt nur kurz beim Einschalten, danach keine Funktion Karanvir 31 31.03.2026 22:32 Rundstecker (DIN und GX12): Standardbelegung? Walter T. 5 31.03.2026 22:11 5V PC Lüfter Regulierung
//This uses PIC12F509 //MPLAB X IDE //XC8 C compiler (free) /*------------------------------< Includes >----------------------------------*/ #include <xc.h> #include <stdint.h> /*------------------------------< Defines
/* * File: nachtlicht.c * Author: joachim * * Created on 07. November 2025 */ //This uses PIC12F509 //MPLAB X IDE //XC8 C compiler (free) /*------------------------------< Includes >----------------------------------*/ #include
a A S .020 .201 t [0.50] [5.10] o S y a .189 W [4.80] a .024±.004 [3.00±.250] R [0.60±.100] 0 2 No. of Dimensions Part Numbers c Positions A B C .300 Centerline I 6 7.62 .300 5.08 .200 2.10 .083 390261-1 g r 8 10.16 .400 7.62 .300
3 3 c 3 r S e l 1 1 v P ( l x X X x -x3436300 X X r 7 3 23 2 S R B N y S P X X o b - y 0 X E d C e 5 v 0 M t s 4 o I r , 5 c S C w w B r 3 k k a a 1 ) 5 5 e a 0 5 5 x -x2436300 1 1 3 a X X1 a b X X X X P (
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