Hi, students welcome to another interesting post. In today’s post, we will have a detailed look at Introduction to MSP430G2553. This controller belongs to the group of controllers that is MSP430. It uses less power and comprises of different types of features and components. The structure of this board comprises of 5 less power-consuming modes that help to increase the operating life of the battery.
This controller has a sixteen-bit central processing unit, registers and for extreme coding efficiency, there is a constant generator that exists on this board. In today’s post, we will discuss its working, application, pinouts, and some other related features. so let’s get started with Introduction to MSP430G2553.
Introduction to MSP430G2553
- The MSP430G2553 belongs to the microcontrollers which operate on sixteen bits and comprises of flash memory for storage of data.
- With the flash memory, there is random access memory is exists on this board and the central processing unit of sixteen megahertz frequency is also created at this board.
- There is ten-bit analog to digital converter of ten channels that come on this board, and it also has capacitive touch-enabled input and output that exist on boards.
- For communication with other types of controllers and some exterior devices it uses universal serial communication interfacing.
- There is a Launchpad kit supported with dual inline packaging is existed at this board which comprises almost twenty pinouts that helps to interface different types of devices.
- It provides to linking the entry-level components with the board.
Features of MSP430G2553
- These are some important features of this board that is described here with the details.
- The range of voltage over which it operates is 1.8 volts to 3.6 volts.
- the communication protocol that it uses is USCI or universal serial communication interfacing.
- it has an active mode of two-thirty microampere at one megahertz frequency.
- Its standby mode current is 0.5 microampere.
- It off mode occurs at the current value of 0.1 microamperes.
- there is 5 power-saving modes that exist at this board.
- It takes almost 0.1 microseconds from to come wake mode from stand by mode.
- There are 2 timers of sixteen-bit with 3 registers are exist at this board.
- There are twenty-four pinouts operating as inputs and outputs exist on this board.
Pinouts of MSP430G2553
- The main pinouts of this board are described here with the detailed,
P1.0
- This pinout is operated as digital input and output pinout.
TA0CLK
- At this pinout clock signal as input is provided.
ACLK
- Though this pinout A-clock signal taken out as output.
A0
- This pinout is used as an analog to digital converter analog input.
CA0
- This pinout is linked with the comparator.
P1.1
- This pinout is operated as general-purpose input and output.
TA0.0
- The timer is connected with the pinout.
UCA0RXD
- At this pinout UART mode of communication is linked.
UCA0SOMI
- At this pinout, the SPI protocol of communication is used.
A1
- This pinout is operated as an analog to a digital converter input pin.
CA1
- This pinout is operate as comprator.
P1.2
- This pinout is operated as general-purpose input and output pinout.
TA0.1
- At this pinout, the timer is linked with the board.
UCA0TXD
- This pinout is used as a UART protocol of communication.
UCA0SIMO
- Through this pinout, SPI protocol of communication is attached.
A2
- This is analog to digital converter pinout.
CA2
- This pinout is used as a comparator.
P1.3
- This digital input and output pinout that is digital.
ADC10CLK
- This is analog to digital converter pinout.
A3
- this is analog to digital converter pinout.
VREF
- This reference pinout here reference voltage with negative polarity is provided.
CA3
- This pinout is used as a comparator.
CAOUT
- This pinout is used as comparator.
So friends that is a detailed post about MSP430G2553 if you have any further query ask in comments, thanks for reading. Have a good day.