One can easily find information on programmable logic controllers by searching on the internet, however, the some quick info can be found right here.Programmable logic controllers (PLCs), are digital computers that are made to perform logical computations to ensure smooth operations of mechanical devices.
Programmable Logic Controllers are automated robots which carry out tasks in the assembly lines of factories. The most common use of PLC's can be found in the car manufacturing industry. The industry is growing at a great pace, owing to the demand of technology and as a tool for saving unnecessary costs.
Programmable logic ASICs is a classification of ASICs are programmed by blowing fuses in a device to alter the logic function.
Programmable controllers operate based on three basic principles: input processing, logic execution, and output control. They receive signals from input devices (like sensors and switches), process these inputs according to a programmed logic or control algorithm, and then produce corresponding output signals to control devices (like motors and actuators). This process typically follows a scan cycle, where the controller continuously reads inputs, executes the control logic, and updates outputs. Additionally, programmable controllers are designed for flexibility, allowing users to easily modify or update the control program as needed.
Programmable Logic Controllers PLCs are kind of Digital Computers (small scale) which run on a predefined logic. These are commonly used in industries for production lines which could take multiple inputs & could handle multiple outputs. Further, 'Ladder Logic' is used to program these items.
Ryan G. Rosandich has written: 'Fundamentals of programmable logic controllers' -- subject(s): Programmable logic devices, Programmable controllers
Simatic Programmable logic Controllers are developed by Siemens, and are used in automation systems for purposes such as mechanical engineering and production.
Alan J. Crispin has written: 'Programmable logic controllers and their engineering applications' -- subject(s): Programmable controllers, Programmable controllers
The advantage of programmable logic device is in terms of money. This device is cheaper rather than using microcontrollers that has to be certified before someone can use it.
One can easily find information on programmable logic controllers by searching on the internet, however, the some quick info can be found right here.Programmable logic controllers (PLCs), are digital computers that are made to perform logical computations to ensure smooth operations of mechanical devices.
in the use of plc our life became faster
You can use it to program PLC's (programmable logic controllers)
Electrically Programmable Logic Device Erasable Programmable Logic Device Electronic Programmable Logic Device
[an entry level technician's opinion] PLC's or programmable logic controllers use current in terms of control, while DDC's or digital direct controllers use voltage variations to achieve control
Complex programmable logic device (CPLD) are programmable digital logic devices which are simpler and lesser capacity than FPGA (Field Programmable Gate Arrays) devices. CPLDs have a non-volatile memory (i.e. turning off the power does not require reprogramming of CPLD) Microcontrollers (uP or MCU) are small and cost effective but self contained computer chips (compared to general purpose processor chips used in personal computers) used for embedded applications in industrial, consumer electronics products and automobiles. Microcontrollers may or may not have inbuilt memory. CPLDs are used for implementing logic but they do not have a embedded processor like in microcontrollers. - Neeraj Sharma
PLCs (programmable logic controllers) automate electromechanical processes in factories (particularly automobile factories) and amusement rides.
Programmable Logic Controllers are automated robots which carry out tasks in the assembly lines of factories. The most common use of PLC's can be found in the car manufacturing industry. The industry is growing at a great pace, owing to the demand of technology and as a tool for saving unnecessary costs.