16C550 INDUSTRY STANDARD Search Results

SC16C2550

Abstract: SC16C2552 SC16C550 16C550 16C650 16c550 application
Contextual Info: INTEGRATED CIRCUITS ABSTRACT The objective of this application note is to show the specifics of Philips SC16C550 and the comparison to other industry standard 16C550. This application note is also applicable to SC16C2550, SC16C2552 and SC16C554/554D. AN10163

16C650

Abstract: 16c550 circuits SC16C554 16C550 SC16C2550 SC16C2552 SC16C550 uart 16c650
Contextual Info: INTEGRATED CIRCUITS ABSTRACT The objective of this application note is to show the specifics of Philips SC16C550 and the comparison to other industry standard 16C550. This application note is also applicable to SC16C2550, SC16C2552 and SC16C554/554D. AN10163

OXCF950-TQBG

Abstract: 40mhz transmitter remote datasheet uart 16c650 OXCF950-TQ-B C950 16C750 16C950 16C550 CF950 OXCF950
Contextual Info: OXCF950 rev B DATA SHEET FEATURES • • • • • • • • • • • • • • • • Single full-duplex asynchronous channel 128-byte deep transmitter / receiver FIFO Fully software compatible with industry standard 16C550 type UARTs Readable FIFO levels

OX16C950-TQBG

Abstract: OX16C950B 40mhz transmitter remote 16C950 40mhz remote control transmitter circuit infrared transmitter receiver 555 OX16C950 OX16C950-TQC60-B 16C550 OX16PCI954
Contextual Info: OX16C950 rev B High Performance UART with 128 byte FIFOs FEATURES • • • • • • • • • • • • • Single full-duplex asynchronous channel 128-byte deep transmitter / receiver FIFO Fully software compatible with industry standard 16C550 type UARTs

16C950

Abstract: Oxford cf950 C950 40mhz transmitter remote OXCF950 16C550 CF950 OXCF950-TQ-B OXCF950B
Contextual Info: OXCF950 rev B DATA SHEET V1.0 FEATURES • • • • • • • • • • • • • • • • Single full-duplex asynchronous channel 128-byte deep transmitter / receiver FIFO Fully software compatible with industry standard 16C550 type UARTs Readable FIFO levels

40mhz remote control transmitter circuit

Abstract: 16c750 40mhz transmitter remote OX16C950B TL16C550 16c750 128 fifo 14,7456 MHZ TQ OX16C950-TQC60-B Oxford Mid 16C550
Contextual Info: OX16C950 rev B High Performance UART with 128 byte FIFOs FEATURES • • • • • • • • • • • • • Single full-duplex asynchronous channel 128-byte deep transmitter / receiver FIFO Fully software compatible with industry standard 16C550 type UARTs

16c550

Abstract: baud rate uart 16c550 1800-IPUT-0550A-000000 USE16
Contextual Info: IPUT-550A This UART Core is fully compatible The host interface is a simple 8bit to the industry standard 16C550 and bus which uses separate read/write is fully synchronous. It implements data busses and does not use 16 byte receive and transmit fifos internal tristate buffers.

XR16C2850

Contextual Info: DATA SHEET Communications XR16C2850 AP NOTE DAN-107 AP NOTE DAN-108 Dual UART with TX and RX FIFO Counters, 128 Bytes of FIFOs and Automatic RS-485 Half Duplex Control Features • Pin and functionally compatible to ST16C2550 • Software compatible with industry standard 16C550

40mhz transmitter remote

Abstract: 40mhz remote control transmitter circuit OX16CF950 6116 EEPROM 28 PINS 16C950 fifo interrupt 16c650 14,7456 MHZ TQ datasheet uart 16c650 Oxford cf950 16C450
Contextual Info: OXCF950 DATA SHEET FEATURES • • • • • • • • • • • • Single full-duplex asynchronous channel 128-byte deep transmitter / receiver FIFO Fully software compatible with industry standard 16C550 type UARTs Readable FIFO levels System clock up to 60MHz at 5V, 50 MHz at 3.3V

16C550 pdip

Contextual Info: DATA SHEET Communications ST16C550 AP NOTE DAN-108 AP NOTE DAN-107 AP NOTE AN450/550 AP NOTE GEN UART UART With 16-Byte FIFOs Features • Pin to pin and functionally compatible to the Industry Standard 16C550 • 24MHz clock operation at 5V • 16MHz clock operation at 3.3V

TL16C554FN

Contextual Info: DATA SHEET Communications XR16C872 AP NOTE DAN-108 AP NOTE DAN-107 Dual UART with 1284 Parallel Port and Plug-and-Play Controller Features • Pin compatible with the industry standard ST16C554/654, ST68C554/654 and • TI's TL16C554FN and TL16C754FN • Four enhanced UARTs, each provides:

Contextual Info: LEOPARD PC/104-Plus Embedded Computer Highlights PC/104-Plus Form Factor Industry standard expandable, compact, highly rugged format. Intel Core 2 Duo Processor Up to 2.26 GHz performance. High-performance Video 3D video acceleration Gen 5.0 . Analog and LVDS flat

SC28C94

Abstract: XR16L784 SC28L194 16C550
Contextual Info: DATA COMMUNICATIONS APPLICATION NOTE DAN125 June 2002 EXAR’S XR16L784 COMPARED WITH THE PHILIPS SC28C94 AND SC28L194 Author: PY 1.0 INTRODUCTION This application note describes the hardware and firmware-related differences between Exar’s XR16L784 with

XR16L788

Abstract: SC28L198 16C550 SCC2698B
Contextual Info: DATA COMMUNICATIONS APPLICATION NOTE DAN126 June 2002 EXAR’S XR16L788 COMPARED WITH THE PHILIPS SCC2698B AND SC28L198 Author: PY 1.0 INTRODUCTION This application note describes the hardware and firmware-related differences between Exar’s XR16L788 with

Contextual Info: VL-EPMs-U1 SUMIT -104 Serial Communications + GPS Receiver Highlights SUMIT Compatible Highly rugged SUMIT-104 format. Serial I/O Up to six serial ports enable communication with multiple peripheral devices. On-board GPS Receiver Optional 12-channel GPS module supports NMEA 0183, TSIP,

infrared transmitter receiver rs232

Abstract: 16c550 circuit diagram of IRDA transmitter and receiver OX16C950B ST16C650 TL16C750 TL16C550b
Contextual Info: OX16C950B Intelligent Single Channel UART • • • • • • • • • • • • • • • • • • • • • • • • • • Baud rates up to 15 Mbps in normal mode and 60Mbps in external 1x clock mode Single full-duplex asynchronous channel

ST16C654

Abstract: OX16C954-PCC60-A 16C550 OX16C954 TL16C554
Contextual Info: Product Overview - OX16C954 High Performance Quad UART with 128 byte FIFOs FEATURES • • • • • • • • • • • • Four full-duplex asynchronous serial channels IBM PC/AT compatible Fully software compatible with industry standard 16C55x type UARTs

Contextual Info: TOMCAT PC/104-Plus Single Board Computer ƒ DMP Vortex86DX processor ƒ IDE interface ƒ Very low power consumption ƒ CompactFlash socket ƒ Fast Ethernet ƒ Fanless operation ƒ Up to 512 MB soldered-on RAM ƒ Extended temp. version ƒ USB 2.0 2 ports

Contextual Info: TOMCAT PC/104-Plus Single Board Computer ƒƒ DMP Vortex86DX processor ƒƒ IDE interface ƒƒ Very low power consumption ƒƒ CompactFlash socket ƒƒ Fast Ethernet ƒƒ Fanless operation ƒƒ Up to 512 MB soldered-on RAM ƒƒ Extended temp. version ƒƒ USB 2.0 2 ports

usb to parallel IEEE1284 centronics diagram

Abstract: MCS9901 MCS7703 MCS9901CV MCS9835 mcs9901 rs485 MCS7720 PCIe to USB serial/parallel port interface I2C MCS9845
Contextual Info: MCS9901 PCIe to Peripheral Controller 1. Features IEEE1284 Parallel Port PCI Express • Fully compliant with PCI Express Base Specification, Revision 1.0a • Multi-mode IEEE1284 compliant controller SPP, PS2, EPP, ECP • Compatible for PCI Express application requirements

Contextual Info: WILDCAT PCI-104 Single Board Computer Highlights PCI-104 Form Factor Industry standard expandable, compact, highly rugged format. Intel Core 2 Duo Processor Up to 2.26 GHz performance. High-performance Video 3D video acceleration Gen 5.0 . Analog and LVDS at

Contextual Info: WILDCAT PCI-104 Single Board Computer Highlights PCI-104 Form Factor Industry standard expandable, compact, highly rugged format. Intel Core 2 Duo Processor Up to 2.26 GHz performance. High-performance Video 3D video acceleration Gen 5.0 . Analog and LVDS flat

Contextual Info: OX16C950B High Performance UART Description Utilizing Features Oxford Semiconductor’s high o is the ideal solution for a diverse range of o including: PC Add-on Cards, Industrial PC, Point o performance UART technology, the OX16C950B products requiring serial

isa pnp uart

Contextual Info: DATA SHEET Communications Dual Channel AP NOTE DAN-108 AP NOTE DAN-107 XR16C872 Dual UART with 1284 Parallel Port and Plug-and-Play Controller The XR16C872, by virtue of its Plug-and-Play PnP PC/ISA bus interface, it automatically negotiates with its auto configuration to acquire the proper operating parameters when