LTD-322JR

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The LTD-322JR is a LED character and numeric display module designed for use in a variety of applications. The LTD-322JR has been designed to be used in combination with a controller or processor, such as a PIC, AVR or 8051 microcontroller. It is a type of serial-to-parallel output device, which means it can receive and decode serial data from a microcontroller and produce a parallel output, with each segment of each character/symbol/digit driven by one of its outputs. This type of display is commonly used in automotive displays, industrial indicators, medical equipment, and various other projects requiring highly visible displays.

This type of device is easy to interface with, and the LTD-322JR is no exception. The device supports both SPI and I2C type of serial communications, with a data rate of up to 400Kb/s in the SPI mode, and 100Kb/s in the I2C mode. It consists of a 40 segment 2 rows by 20 columns display, with each segment individually addressable by its controller. The characters/symbols/digits are each made up of a 5x7 matrix, with each segment controlled by one of the 40 outputs. The device is capable of displaying alphanumeric characters in a variety of fonts, as well as symbols and dots.

It is a highly efficient and reliable device, with a maximum power consumption of 40mA and a typical power consumption of only 10mA. The device is designed to operate in the temperature range of -20 to 80 degrees Celsius, and has an aging rate of 0.33% per thousand hours. It is also highly versatile, and can be used in a variety of applications, from process control and diagnostics to data entry and display. Furthermore, it is extremely easy to program, and can be controlled either by direct programming of the controller, or through a software-controlled serial link.

The LTD-322JR has a wide range of applications, but is primarily used in automotive displays, industrial indicators, medical equipment, and various other projects requiring highly visible display. It can be used in a variety of combinations with a PIC, AVR or 8051 microcontroller, and can be programmed for displaying various characters/ symbols/digits. Furthermore, the device is highly efficient and reliable, making it an ideal choice for a variety of applications.

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