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I2C LCD Module

 

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Liquid crystal display (LCD) modules are used at the component level in place of less efficient displays such as cathode ray tubes (CRTs). These modules do not include housing and must be incorporated into a larger instrument or system.
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Parts by Number for I2C LCD Module Top

Partb # Distributor Manufacturer Product Category Description
BTHQ96040 AV -COG-FERE-12-I2C Newark / element14 BATRON Not Provided BATRON - BTHQ96040 AV -COG-FERE-12-I2C - LCD MODULE, 96X40, I2C
ISL45043IRZR5465 Newark / element14 INTERSIL Not Provided INTERSIL - ISL45043IRZR5465 - TSMC FAB SOURCE - ISL45043IRZ Lead-free I2C LCD Module Calib
ISL45043IRZ-TR5465 Newark / element14 INTERSIL Not Provided INTERSIL - ISL45043IRZ-TR5465 - TSMC FAB SOURCE - ISL45043IRZ Lead-free I2C LCD Module Calib
BT96040AV1-COG-FSTF-12-I2C Newark / element14 BATRON Not Provided BATRON - BT96040AV1-COG-FSTF-12-I2C - LCD MODULE, 96X40, I2C
BTHQ21605V-COG-FSRE-I2C Newark / element14 BATRON Not Provided BATRON - BTHQ21605V-COG-FSRE-I2C - LCD MODULE, ALPHANUMERIC, 2X16

Conduct Research Top

  • Using the PIC Devices' SSP and MSSP Modules for Slave I2C Communication
    Videos. microSOLUTIONS eNewsletter. Press Release. Recently Updated: Devices. Software. Technical Docs. MASTERs 2011. myMicrochip. AN734 - Using the PIC Devices' SSP and MSSP Modules for Slave I2C Communication - Application Notes - Details. Application Notes/. Technical Brief. Application Notes
  • Yet Another Clock Featuring the PIC16C924
    familiarity and. · SSP Module with SPI and I2C capability. range of functionality, the clock is used to convey the. · 8-bit, 5 channel A/D converter. use of the PIC16C92X microcontrollers. In this case we. have added a twist to the clock with the addition of a. · LCD Module. thermometer. The LCD
  • Watt-Hour Meter using PIC16C923 and CS5460
    , and C are. porting SPI communications with the CS5460, the. configured for operation. Interrupts are also enabled. PIC16C923 must perform I2C communications in firm-. The LCD module is then configured. ware, using RA0 (SCL) and RA1 (SDA) (see Figure 7). Clear the LCD Display. Either the 24C01
  • KeeLoq with XTEA Encryption Receiver/Decoder (.pdf)
    OVERVIEW. Radio Receiver. KeeLoq_RX1.c. Timer0 Interrupt. LCD.c. -rxi(). LCD display routines. Rx_Buffer. display learned. transmitter information. RF_FULL. Flag. Table.c. Receive Buffer. Command Out. - Insert(). Main.c. - Find(). - IDWrite(). Learn. I2c_receive_buffer. - HopUpdate(). I2c_transmit_buffer
  • Multi-Zone Temperature Monitoring with the TCN75 Thermal Sensor
    system using the Hard-. the 3.3V power supply and the additional resistors. ware mode of the Master Synchronous Serial Port. (noted in the shaded areas of Figure 1). When RB0 is. (MSSP) module of a PICmicro® microcontroller. The. communicating with the LCD, the pin needs to be iso-. design uses
  • Temperature Compensation of a Tuning Fork Crystal Based on MCP79410
    compiler. MCP9800. The firmware shows how to compensate a parabolic. To access the LCD through a minimum of pins, the SPI. thermal drift of some crystals, using the Calibration reg-. on the MSSP1 module was used, in conjunction with a. ister, included in the RTCC structure, at address 08h. 16-bit I
  • The New Era of Automated Test
    such as 64 GB solid-state drives (SSDs), which are now as small as a postage stamp. These technological advances translate into considerable cost reductions. For example, LCD video screens that previously cost hundreds of dollars are now available in low-cost greeting cards. With devices

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