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Microcontroller Programming

 

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Part # Distributor Manufacturer Product Category Description
5390443 RS Components, Ltd. Freescale Microcontroller Family Name:HC08; Data Bus Width:8Bit; Function:Microcontroller; RAM Size:128Byte; Program Memory Size:4kB; Program Memory Type:Flash; Instruction Set Architecture:CISC; Maximum Speed:8MHz; Supplier Package:PDIP; Pin Count:16
7258004 RS Components, Ltd. NXP Microcontroller Family Name:LPC3000; Device Core:ARM926EJ-S; Data Bus Width:16, 32Bit; Function:Microcontroller; RAM Size:128kB; Program Memory Type:ROMLess; Interface Type:I2C/I2S/UART/USB; Instruction Set Architecture:RISC; Maximum Speed:266MHz; Supplier Package:TFBGA
7193991 RS Components, Ltd. Atmel Microcontroller Family Name:ATmega; Device Core:AVR; Data Bus Width:8Bit; Function:Microcontroller; RAM Size:4kB; Program Memory Size:64kB; Program Memory Type:Flash; Interface Type:SPI/USART; Instruction Set Architecture:RISC; Maximum Speed:16MHz
5390459 RS Components, Ltd. Freescale Microcontroller Family Name:HC08; Data Bus Width:8Bit; Function:Microcontroller; RAM Size:128Byte; Program Memory Size:4kB; Program Memory Type:Flash; Instruction Set Architecture:CISC; Maximum Speed:8MHz; Supplier Package:SOIC W; Pin Count:16
0396534 RS Components, Ltd. Freescale Microcontroller Device Core:ColdFire; Data Bus Width:32Bit; Function:Microcontroller; RAM Size:32kB; Program Memory Size:256kB; Program Memory Type:Flash; Interface Type:I2C/QSPI/UART/USB; Instruction Set Architecture:RISC; Maximum Speed:80MHz; Supplier Package:LQFP
6291151 RS Components, Ltd. STMicroelectronics Microcontroller Family Name:ST7; Data Bus Width:8Bit; Function:Microcontroller; RAM Size:256Byte; Program Memory Size:4kB; Program Memory Type:Flash; Interface Type:SPI/TWI; Instruction Set Architecture:CISC; Maximum Speed:8MHz; Supplier Package:SO W
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  • In-Circuit Serial Programming of Calibration Parameters Using a PICmicro(R) Microcontroller
    In-Circuit Serial Programming algorithm of the 14-bit core microcontrollers. In-Circuit Serial Programming (ICSP’) of Calibration Parameters Using a PICmicro’ Microcontroller. AN656. In-Circuit Serial Programming (ICSPTM) of Calibration Parameters. Using a PICmicroTM Microcontroller. PROGRAMMING FIXTURE
  • Manipulating the Stack of the PIC18 Microcontroller
    manages the Special Function. allows the user to apply some advanced programming. Registers (SFRs) to maintain data between task. techniques to 8-bit microcontroller applications. The. swaps. Without this, each task would have its data. task manager demonstrated in this application note. destroyed
  • Programming the PIC Microcontroller with MBasic
    Programming the PIC Microcontroller with MBasic. Focusing on designing with Microchips mid-range PIC line using MBasic, this comprehensive guide illustrates MBasic's abilities through a series of design examples, beginning with simple PIC-based projects and proceeding through more advanced designs
  • TSL2550 with Microcontroller
    SMBus communication using standard I/O ports on a microcontroller. Engineers and programmers beginning an SMBus project - such as for the TAOS TSL2550 - will immediately recognize the similarities between the SMBus specs and those of I²C. Those fortunate enough to be programming microcontrollers
  • Interfacing MCP6S2X PGAs to PICmicro(R) Microcontroller
    the PIC16C505 microcontroller. The PIC16C505 microcontroller does not have a hardware SPI module, therefore, a firmware SPI (Bit Bang) method is used to program the PGA. The MCP6S2X Evaluation Board was used to develop this application note firmware. For additional information, refer to the MCP6S2X
  • Interfacing the TC77 Thermal Sensor to a PICmicro(R) Microcontroller
    way to interface to a microcontroller. This application note will discuss system integration, firmware implementation and PCB layout techniques for the TC77 in an embedded system. Microchip has developed a hardware platform called the PICkitTM 1 FLASH Starter Kit, allowing the designer to quickly
  • Connecting a PICmicro(R) Microcontroller to a Standard Analog Telephone Line
    This application note describes how to connect a PICmicro microcontroller device to a standard analog telephone line in order to send and receive single and multiple frequency signals through modulation and demodulation (i.e., MODEM). Although there are many different elements within a modem system
  • Interfacing a TC1047A Analog Output Temperature Sensor to a PICmicro(R) Microcontroller
    sensors are especially suited for embedded systems due to their linear output. This application note will discuss system integration, firmware implementation and PCB layout techniques for using the TC1047A in an embedded system. The firmware required to interface the TC1047A to a microcontroller

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