IR RECEIVER STATUS REGISTER Search Results

cr64 cr65

Abstract: RECS-80 W83877F W83977ATF W83977ATG-AW
Contextual Info: W83977ATF W83977ATG WINBOND I/O W83977ATF/W83977ATG W83977ATF Data Sheet Revision History PAGES DATES VERSION VERSION MAIN CONTENTS ON WEB 1 n.a. 08/25/97 0.50 First published. 2 53,54,58,63,64,65 , 69,138.1,139 11/17/97 0.51 Register correction 3 1,2,3,20,45,53,63,

83977atf-aw

Abstract: 83977 W83977ATG-AW
Contextual Info: W83977ATF W83977ATG WINBOND I/O W83977ATF/W83977ATG W83977ATF Data Sheet Revision History PAGES DATES VERSION VERSION MAIN CONTENTS ON WEB 1 n.a. 08/25/97 0.50 First published. 2 53,54,58,63,64,65 , 69,138.1,139 11/17/97 0.51 Register correction 3 1,2,3,20,45,53,63,

phoenix multikey

Abstract: 178 o8T cr64 cr65 amikey W83977ATF WINBOND W83977ATF RECS-80 W83877F W83977ATF
Contextual Info: W83977ATF WINBOND I/O W83977ATF Data Sheet Revision History Pages Dates Version Version Main Contents on Web 1 n.a. 08/25/97 0.50 First published. 2 53,54,58,63,64,65, 69,138.1,139 11/17/97 0.51 Register correction 3 1,2,3,20,45,53,63, 65,99,103,150 04/01/98

ic 555 timer IR remote control

Abstract: cr64 cr65 nec 765 fdc 8042 keyboard ps2 command PC97 RECS-80 W83877F W83977AF W83977ATF W83977F
Contextual Info: W83977ATF WINBOND I/O W83977ATF WINBOND I/O GENERAL DESCRIPTION The W83977ATF is an evolving product from Winbond's most popular I/O chip W83877F - which integrates the disk drive adapter, serial port UART , IrDA 1.0 SIR, parallel port, configurable plugand-play registers for the whole chip - plus additional powerful features: ACPI, 8042 keyboard

83977ATF

Abstract: winbond msl 83977TF marking rld bh sot 223 st ae gp 446
Contextual Info: W83977ATF WINBOND I/O W83977ATF Data Sheet Revision History Pages Dates Version Version Main Contents on Web 1 n.a. 08/25/97 0.50 First published. 2 53,54,58,63,64,65, 69,138.1,139 11/17/97 0.51 Register correction 3 1,2,3,20,45,53,63, 65,99,103,150 04/01/98

27I28

Contextual Info: 3 Internal Registers 3.1 General The host-bus processor directs the operation of the TSB12C01A throughja set of registers internal to the TSB12C01A itself. These registers are read or written by asserting CS with the proper address on ADDR[0:7] and asserting or deasserting W R depending on whether a read or write is needed. Figure 3-1

Contextual Info: TL16C550B ASYNCHRONOUS COMMUNICATIONS ELEMENT SLLS136A - JANUARY 1994 - REVISED MARCH 1996 • Capable of Running With All Existing TL16C450 Software • After Reset, All Registers Are Identical to the TL16C450 Register Set • In the FIFO Mode, Transmitter and Receiver

Am8251

Abstract: AM8251DC AM9551DC AM9551PC d8251 Am9551DM transmitter ARK 200 P8251 operation of 8251 microprocessor AM8251DM
Contextual Info: Am8251 • Am9551 Programmable Communications Interface D IS T IN C T IV E C H A R A C TER IS TIC S G E N E R A L DESCR IPTIO N • • • • • • • • • • • • • • • • Improved performance w ith Am9551 Separate control and transmit register input buffers

Contextual Info: DP8344B Biphase Communications Processor Features Transceiver Y Software configurable for 3270 3299 5250 and general 8-bit protocols Y Fully registered status and control Y On-chip analog line receiver Processor Y 20 MHz clock 50 ns T-states Y Max instruction cycle 200 ns

M955L

Abstract: am9551 AM9551PC 955L
Contextual Info: 8251/Am9551 8251/Am9551 Programmable Communication Interface ¡APX86 Family DISTINCTIVE CHARACTERISTICS • • • • • Separate control and transm it register input buffers Synchronous or asynchronous serial data transfer Parity, overrun and fram ing errors detected

Contextual Info: DP8344B DP8344B Biphase Communications Processor-BCP RM Literature Number: SNOSC22A DP8344B Biphase Communications Processor Features Transceiver Y Software configurable for 3270 3299 5250 and general 8-bit protocols Y Fully registered status and control

ace dm he tv

Abstract: tda 1047 NS16550A TL16C450 TL16C550B
Contextual Info: TL16C550B ASYNCHRONOUS COMMUNICATIONS ELEMENT SLLS136A-JANUARY 1994- REVISED MARCH 1996 Capable of Running With All Existing TL16C450 Software After Reset, All Registers Are Identical to the TL16C450 Register Set In the FIFO Mode, Transmitter and Receiver

16L78

Abstract: RS-485-Transceiver rts cts
Contextual Info: áç XR16L784 PRELIMINARY HIGH PERFORMANCE 5V AND 3.3V QUAD UART APRIL 2001 REV. P1.0.0 GENERAL DESCRIPTION The XR16L7841 784 is a quad Universal Asynchronous Receiver and Transmitter (UART). The device is designed for high bandwidth requirement in communication systems. The global interrupt source register

16C2552

Abstract: uart 16c850 ge tx2 DIODE EFR 115 RX-3 tx3 Infrared Receiver and transmiter volt uart 16550 0x80-8F remote transmiter rx2 G receiver ic remote control
Contextual Info: áç XR16L784 HIGH PERFORMANCE 5V AND 3.3V QUAD UART DECEMBER 2001 REV.1.0.2 GENERAL DESCRIPTION The XR16L7841 784 is a quad Universal Asynchronous Receiver and Transmitter (UART). The device is designed for high bandwidth requirement in communication systems. The global interrupt source register

S6551A

Abstract: 6551 acia AMI GOULD S6551 S-6551 S9S51 mtron
Contextual Info: •/ GOULD Asynchronous Communication Interface Adapter S6551/S6551A Features □ On-Chip Baud Rate Generator 15 Programmable Baud Rates Derived from a Standard 1.8432MHz External Crystal SO to 19,200 Baud □ Programmable Interrupt and Status Register to

XR16L784

Abstract: 16C550 XR16L784CV XR16L784IV
Contextual Info: XR16L784 HIGH PERFORMANCE 5V AND 3.3V QUAD UART SEPTEMBER 2001 REV.1.0.1 GENERAL DESCRIPTION The XR16L7841 784 is a quad Universal Asynchronous Receiver and Transmitter (UART). The device is designed for high bandwidth requirement in communication systems. The global interrupt source register

RSN 312 H 24

Abstract: RDIN15 pir 312 UT69RISC BRQ microcontroller RSN 312 H 42
Contextual Info: Semicustom Products UT69RISC Microprocessor Core Data Sheet October, 1998 q Harvard architecture - q 8-bit software controlled output discrete bus 64K data space 1M instruction space q Register-oriented architecture has 21 user-accessible registers - 16-bit or 32-bit register configurations

GP1U5 sharp

Abstract: sharp GP1U5 remote control receiver ir tv schematic Nec AC 03f QSE157Qt nec 78m05 16c57 gp1u5 GP1U521Y LT1060
Contextual Info: AN657 Decoding Infrared Remote Controls Using a PIC16C5X Microcontroller Author: William G. Grimm Consultant INTRODUCTION For many years the consumer electronics industry has been employing infrared remote controls for the control of televisions, VCR’s, and cable boxes. This same technology has recently started to appear in industrial applications to eliminate keypads.

sharp GP1U5

Abstract: GP1U5 sharp nec 78m05 LN54YA gp1u5 IR-NEC6121 78m05 nec QSE157Qt LT1060 NEC6121
Contextual Info: AN657 Decoding Infrared Remote Controls Using a PIC16C5X Microcontroller Author: William G. Grimm Consultant INTRODUCTION For many years the consumer electronics industry has been employing infrared remote controls for the control of televisions, VCR’s, and cable boxes. This same technology has recently started to appear in industrial applications to eliminate keypads.

SAB16C450

Abstract: SAB 82C50P 82C50
Contextual Info: SAB 82C50/SAB16C450 Universal Asynchronous Receiver/Transmitter Preliminary • Easily interfaces to most popular microprocessors • Adds or deletes standard asynchronous communication bits start, stop, and parity to or from a serial data stream • Holding and shift registers eliminate the

rc car transmitter receiver

Abstract: HiSeC NM95HS01 MM57HS02 MM57HS01 AN-1033 AN-985 C1996 LM2936 NM93C46
Contextual Info: National Semiconductor Application Note 1033 Christian Hoefer February 1996 INTRODUCTION This application note explains how to use the MM57HS01 decoder in an HiSeC remote keyless entry system with the HiSeC rolling code encoder NM95HS01 Such a system consists of 1 to 6 transmitters key fobs and one receiver

HiSeC

Abstract: NM95HS01 AN-1033 AN-985 LM2936 NM93C46 automatic Remote Keyless Entry car security system rc car transmitter receiver Remote Keyless Entry 16 pin single chip car remote key design details
Contextual Info: Fairchild Application Note 1033 Christian Hoefer March 1997 INTRODUCTION This application note explains how to use the MM57HS01 decoder in an HiSeC remote keyless entry system with the HiSeC rolling code encoder NM95HS01. Such a system consists of 1 to 6 transmitters key fobs and one receiver.

4ppm protocol

Abstract: CRC-16 CRC32 MC68160 MPC823 CRC-CCITT 0xFFFF 0XFFF0000 IrDA Protocol
Contextual Info: Communication Processor Module 16.9.18.5 SCC2 APPLETALK PROGRAMMING EXAMPLE. Except for the previously discussed register programming, use the example in Section 16.9.16.14 SCC2 HDLC Programming Example #1. 16.9.19 The SCC2 in Asynchronous HDLC Mode SCC2 Asynchronous HDLC is a frame-based protocol that uses HDLC framing techniques in

NS16550A uart

Contextual Info: 6.0 Serial Ports Bits 0,1 These two bits specify the number of data bits in each transmitted or received serial character. The encoding of bits 0 and 1 is as follows: Each of these serial ports functions as a serial data input/ output interface in a microcomputer system. The system