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PIC16F877A microcontroller temperature display cod
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Application background this project is used to display temperature of a temperature sensor by using pic16f877a microcontroller..Peripheral Interface Controller (PIC) is microcontroller developed by
Microchip, PIC microcontroller is fast and easy to implement program
when we compare other microcontrollers like 8051. The ease of
programming and easy to interfacing with other peripherals PIC became
successful microcontroller. Key Technology
We know that
microcontroller is an integrated chip which consists of RAM, ROM, CPU,
TIMERS, COUNTERS etc. PIC is a microcontroller which also consists of
ram, rom, CPU, timers, counter, ADC (analog to digital converters), DAC
(digital to analog converter). PIC also supports the protocols like CAN,
SPI, UART for interfacing with other peripherals. PIC mainly used
modified Harvard architecture and also supports RISC (Reduced
Instructio
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arm lpc2138 based wave counter
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this content consists of lpc2138 wave counter code,with its Proteus simulation,schematics,working in the keil ide.
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lpc2138 glcd text display code
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lpc 2138 glcd code,proteus simulation,codes are developed under keil environment,lpc2138 is a arm7 series microcontroller,this code will denotes how to display the text in graphical lcd by using lpc2138 microcontroller..
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lpc2138 based number display
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this code will denote how to display the number type in the virtual terminal...this content consists of code in keil environment,proteus simulation..
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digital clock using at89x51
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digital clock with calender using at89x51.it is along with keypad to change the ds1302 time and date.
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LSM303DLHC e-Compass 3 axis Accelerometer and 3 ax
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Lsm303dlhc is a digital three-axis accelerometer and three-axis magnetometer with I2C interface. It has a full-scale magnetic field of ± 2G and ± 1.3 to ± 8.1 Gauss in the speed range of ± 16g. All full scale ranges are user selectable. The module has a low dropout voltage regulator that accounts for 3.6 V to 6 V of DC in the supply range of the input. The board has two mounting holes. Module 9 pins are all arranged on a separate line. The I2C serial bus interface of lsm303dlhc supports standard (100 kHz) and fast mode (400 kHz). It is the most suitable for tilt compensation compass, quadrotor helicopter and robot technology. For example, lsm303dlhc application program interface can be based on lpc2148 ARM7 microcontroller. Lsm303dlhc has an application example based on lpc2148 ARM7 microcontroller.
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Mma7361l ± 1.5g, ± 6G triaxial accelerometer module (two rows)
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The mma7361l is a three axis low g accelerometer with user selectable 1.5g or ± 6G acceleration range. The board has all the necessary components for the acceleration sensor. The desktop motherboard comes with an on-board 3.3 V low drop voltage regulator. The acceleration sensor module can be powered from 2.2 V to 6 v. Mma7361l accelerometer with self-test, 0 g detection of linear free fall, the user can choose G series of 1.5 g and 6 g and sleep mode, reduce power consumption. Possible applications of the board include robot, tilt and motion sensing, free fall detection, image stabilization, navigation and position tilt compensation, inertial sensors, 3D games, event recording, etc.
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