lpc1768fbd100-Microcontroller

A microcontroller is an integrated circuit (IC) device. The primary purpose of microcontrollers is to control portions of an electronic system. The microcontroller accomplishes its goal via a microprocessor unit (MPU) and some peripherals. Microcontrollers are ideal for embedded applications that require responsive interaction with analog or digital components. Microcontrollers have played a fundamental part in the technological revolution that contributed to modern life. They are small, versatile, and inexpensive devices that can be found in almost all electronic devices

The LPC1768fbd100 is a cortex M3 microcontroller designed for embedded applications. The reason behind the widespread success of LPC1768fbd100 is that it features low power consumption and high-level integration at frequencies of 100 MHz The characteristics and advantages of the LPC1768fbd100 make it an ideal microcontroller for a large variety of applications. The LPC1768fbd100 comes with 512 KB of flash memory and 64 KB of data memory. The LPC1768fbd100 supports both In-system programming (ISP) and In-application programming (IAP). Its features include an eight-channel DMA controller, eight-channel 12 bit Analog to digital converter, and a 10 bit digital to analog converter.

The LPC1768fbd100 also offers Ethernet MAC with an RMII interface and a dedicated DMA controller. the LPC1768fbd100 supports USB 2.o full-speed device/Host/OTG Controller. Other features of the LPC1768fbd100 include Two SSP controllers with FIFO and multi-protocol capabilities, Three enhanced I2C bus Interfaces and an I2S interface, Seventy General purpose I/O (GPIO) pin with configurable pull-down/up resistors. The LPC1768fbd100 has four general-purpose timers, one standard PWM/Timer block with external count input, and a Quadrature encoder interface that can monitor one external quadrature encoder. With The LPC1768fbd100, users have the option to use programmable and repeating timed interrupts. The LPC1768fbd100 uses a clock divider for each peripheral to enhance its power-saving applications. 

The LPC1768fbd100 comes with an integrated power management unit (PMU), and it is equipped with a single 3.3V power supply. One of the distinctive advantages of The LPC1768fbd100 is that it is programmed to operate in four different modes depending upon the user's requirements. The modes include Sleep, Deep-sleep, Power-down, and Deep power-down modes. Keeping in view the problems that incorporate other microcontrollers, The LPC1768fbd100 has a built-in code read protection with different security levels and a unique device serial number for identification purposes.

The characteristics, features, and advantages of The LPC1768fbd100 are used in various applications. The LPC1768fbd100 is used in lighting applications ranging from regular bulbs to RGB lights that are programmed to change colors after a specific time or sound. The LPC1768fbd100 is widely used in alarm systems on an individual and a commercial level. It is also used in E-Metering, where utility bills are measured through electronic meters. Other applications of The LPC1768fbd100 include industrial networking, White goods, and motor controls.

 

 

 

 

Comments

Post a Comment

Popular posts from this blog

TL1963AQKTTRQ1

Image
  The TL1963AQKTTRQ is a low-dropout (LDO) regulator that is designed for the fast transient response. With a dropout voltage of 340 mV, the device can deliver 1.5 A of output current. The operating quiescent current is 1 mA, and in shutdown, it drops to less than 1 mA. The output voltage ranges between 1.21 and 20 volts. Quiescent current is well-controlled; unlike many other regulators, it does not rise in dropout.The TL1963AQKTTRQ regulators feature a low output noise and fast transient response, making them excellent for sensitive RF supply applications. With output capacitors as low as 10 F, the TL1963AQKTTRQ regulators are stable. Small ceramic mlcc capacitors can be employed instead of ESR, as is the case with most other regulators. In TL1963AQKTTRQ voltage regulators, reverse-battery protection, current limiting, heat limiting, and reverse-current protection are all built into the internal protection circuitry.Fixed output voltages of 1.5 V, 1.8 V, 2.5 V, and 3.3 V are availab
Read more

XC6SLX16-3CPG196C (FPGA)

Image
  FPGAs are semiconductor devices that are built together around the matrix of configurable logic blocks (CLBs) coupled using programmable interconnects. Following production, FPGAs can indeed be reprogrammed to meet specific industry or feature requirements. FPGA technology is gaining momentum in a variety of industries, including aerospace and military, automotive, consumer devices, high-performance data and networking processing, multimedia and image processing, wired and wireless communications. Different manufacturer companies are operating in the world. Xilinx, Inc. (WE); Intel Corporation (US); Lattice Semiconductor Corporation (US); Microchip Technology Inc. (US); and Quick Logic Corporation are the top contenders in the FPGA industry (US).XC6SLX16-3CPG196C is FPGA by the Spartan 6 family launched by Xilinx. The main features of this module are, Logic optimized FPGAs that requires low cost for designing. The performance parameter analysis reveals that the module XC6SLX16-3
Read more

SN65HVD485EDGKR (transceiver)

Image
  A transceiver is a transmitter/receiver that exists in a single box. Whereas the phrase is most commonly associated with wireless communications equipment, it can also refer to transmitter/receiver devices in cable or optical fiber networks. This electrical device's primary function is to broadcast and receive various signals. The transceiver in radio communications can operate in half-duplex or full-duplex mode: half-duplex transceivers It can transmit or receive data, but not at the same instant. This is because the sender and receiver are linked to the same antenna through an electrical switch. This method is commonly used in ham radios, walkie-talkies, as well as other single-frequency Full-duplex transceivers. The radio transmitter and receiver can operate in tandem. Various radio frequencies are used for transmission and receiving. This mode may be found in both portable and cellular two-way radios. Full duplex is more efficient but the significance of both networks is de
Read more