EXAR XR Search Results

13957

Abstract: T-13957 XR-T5620 XRC277 XR-C277 XRT5620 XR-T5650 t5620 C587 t5650
Contextual Info: Recommended for use with the following I.C.'s Manufacturer Name T1/CEPT Carrier Clock Coil I.C. Part Number Exar XR-C262 Exar XR-C277 Exar XR-C587 Exar XR-T5620 Exar XR-T5650 Exar XR-T5680 PMI RPT-82/83 RCA CD22301 Designed for clock recovery applications

ox16C954

Abstract: 16C550 OX16PCI954 XR16L784
Contextual Info: DATA COMMUNICATIONS APPLICATION NOTE DAN144 August 2002 EXAR’S XR16L784 COMPARED WITH OXFORD’S OX16C954 Author: PY 1.0 INTRODUCTION This application note describes the hardware and firmware-related differences between Exar’s XR16L784 with Oxford’s OX16C954. The Exar and Oxford Quad UARTs are very different devices.

MCP860

Abstract: 95L53
Contextual Info: XRT95L524 Multi-Port Ethernet MAC Aggregator Data Sheet Revision 0.5 September 20, 2007 EXAR Corporation 48720 Kato Road Fremont, CA. 94538 510 668-7000 www.exar.com Preliminary Version Copyright 2007 EXAR Corporation EXAR Corporation reserves the right to make changes to the products contained in this publication in order

DAN135

Abstract: TL16C754B 16C550 XR16L784
Contextual Info: DATA COMMUNICATIONS APPLICATION NOTE DAN135 June 2002 EXAR’S XR16L784 COMPARED WITH TI’S TL16C754B Author: PY 1.0 INTRODUCTION This application note describes the hardware and firmware-related differences between Exar’s XR16L784 with TI’s TL16C754B. The Exar and TI QUARTs are very different devices.

Contextual Info: EXAR CORP il 3422618 D Ë | 3422blfl 0 0 Q 4 7 clt, 1 | EXAR CORP 91D 04796 D XR-P3000 STANDARD CELLS EXAR has developed an extensive library of fully characterized Standard Cells. XR-P3000 Standard Cells use a production-proven 3 micron, Dual-layer Metal, P-well digital technology, Dual-layer metal

UART gps

Abstract: gps receiver Block diagram block diagram of gps receiver Block diagram on gps receiver microprocessor GPS XR16Mxxx design of UART microprocessor GPS and gps to microcontroller advantages of microcontroller -based system
Contextual Info: DAN189 EXAR UARTS IN GPS APPLICATIONS April 2008 EXAR UARTS IN GPS APPLICATIONS 1.0 INTRODUCTION This application note describes where an Exar UART can be used in a Global Positioning System GPS application. GPS has traditionally been used in military applications such as marine navigation, aircraft

XR17V35x

Abstract: XR20M1280 QFN-48 footprint XR21V141x XR5486 SP337 XR21B1411 SP336 xr17c15x XR20M1170
Contextual Info: Interface UARTs USB PCIe PCI I²C/SPI 8-bit VLIO Combo Wireless Serial Transceivers Multiprotocol RS-485 RS-422 RS-232 2010 www.exar.com INTERFACE Why Exar? Top reasons for using Exar Interface Products: 1. Exar is the industry leader in UARTs and Multiprotocol Transceivers

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

OX16PCI952

Abstract: 16C550 XR17C152
Contextual Info: DATA COMMUNICATIONS APPLICATION NOTE DAN142 August 2002 EXAR’S XR17C152 COMPARED WITH OXFORD’S OX16PCI952 Author: PY 1.0 INTRODUCTION This application note describes the major hardware and firmware differences between Exar’s XR17C152 and Oxford’s OX16PCI952.

xr4202

Abstract: HA-2740 LM346
Contextual Info: XR4202 4HJS&, 7 °V 7 "7 -?7 ' i V EXAR

OX16PCI954

Abstract: 16C550 XR17C154 XR17C158
Contextual Info: DATA COMMUNICATIONS APPLICATION NOTE DAN143 August 2002 EXAR’S XR17C154 COMPARED WITH OXFORD’S OX16PCI954 Author: PY 1.0 INTRODUCTION This application note describes the major hardware and firmware differences between Exar’s XR17C154 and Oxford’s OX16PCI954.

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

16C550

Abstract: XR17C158 0x805 0x00008005
Contextual Info: DATA COMMUNICATIONS APPLICATION NOTE DAN113 March 14, 2001 Author: KG Exar’s XR17C158 Multiport Serial Device Windows API References: XR17C158 Data Sheet Microsoft SDK & DDK General The device driver Exar provided is a non-standard multiport serial device driver for

telcordia gr 1081 core

Abstract: XRT75R03D GR-253 GR-253-CORE GR-499-CORE XRT75R03DIV
Contextual Info: XRT75R03D EXAR DATA SHEET FORMAT TEMPLATES MARCH 2006 REV. 1.0.4 GENERAL DESCRIPTION TRANSMITTER: The XRT75R03D is a three-channel fully integrated Line Interface Unit LIU featuring EXAR’s R3 Technology (Reconfigurable, Relayless Redundancy) with Jitter Attenuator for E3/DS3/STS-1 applications.

Contextual Info: EXAR CORP TI 3422618 D E | 3M2Eblfi □ □QM7L.7 S 91D 04767 EXAR CORP XR-U100 Master-Chip Itanslstors Total Components: 577 NPN, small: 94 NPN, 100 mA: 2 J-FET P-channel : 4 PNP, dual collector: 40 PNP, med. vertical: 2 PNP, vertical: 8 Implant Resistors

Contextual Info: EXAR 3422618 EXAR CORP CORP Tl •ii| 34E2blfi GGG47bl 4 9 1 D 04761 XR-F100 Master-Chip Chip Size: 98 x 115 mils NPN Transistors Small Signal: 93 Total Components: 462 High Current: 4 Bonding Pads: 24 Max. Operating Voltage: 20V Dual PNP Transistors: 36 TM

OX16C954

Abstract: 16C550 XR16C854 XR16L784
Contextual Info: DATA COMMUNICATIONS APPLICATION NOTE DAN141 August 2002 EXAR’S XR16C854 COMPARED WITH OXFORD’S OX16C954 Author: PY 1.0 INTRODUCTION This application note describes the major difference between Exar’s XR16C854 with Oxford’s OX16C954. These devices have a few hardware, bus timing and firmware-related differences.

RX-2211

Abstract: XR-2211 IC RX-2211C XR-2211
Contextual Info: - 495 XR-221 1 iS T -m m F S K ^ |iS |/h -> • EXAR

Contextual Info: EXAR CORP TI 3422618 EXAR 9 1D 0 4 7 6 5 CORP XR-L100 Master-Chip Chip Size: 102 x 85 mils NPN Transistors Small Signal: 76 Total Components: 448 Medium: 2 Bonding Pads: 24 Max. Operating Voltage: 20V Large: 2 PNP Transistors Lateral: 22 Quad Collector: 4

Contextual Info: EXAR 3422618 CORP 11 d £ | 342Eblö GD0M7b0 D 91D 04760 EXAR CORP XR-E100 Master-Chip Chip Size: 82 x 82 mils NPN Transistors Small Signal: 48 Total Components: 224 Bonding Pads: 18 Dual PNP Transistors: 15 Max. Operating Voltage: 20V S TM r - n Pinch Resistors

exar

Abstract: XR88C192 XR88C92 SC26C92 Application note dan124
Contextual Info: DATA COMMUNICATIONS APPLICATION NOTE DAN124 June 2002 EXAR’S XR88C92/192 COMPARED WITH PHILIPS’S SC26C92 Author: PY 1.0 INTRODUCTION This application note describes the major difference between Exar’s XR88C92/192 with Philips’s SC26C92. These devices are very similar, with a few hardware, firmware-related and bus timing differences.

Contextual Info: EXAR 3422618 CORP 11 EXAR CORP □ □ □ 4 7 b c] =| 91D 04769 XR-W100 Master-Chip Chip Size: 163 x 133 mils NPN Transistors Small Signal: 196 Total Components: 882 Bonding Pads: 40 Supermatched Small Signal: 16 Max. Operating Voltage: 36V Large: 4 PNP Transistors

XR16L2750

Abstract: XR16C2850 XR16C2750 MCR 48 ST16C2550 TL16C752B XR16L2751
Contextual Info: DATA COMMUNICATIONS APPLICATION NOTE DAN130 June 2002 EXAR’S DUARTS COMPARED WITH TI’S TL16C752B Author: PY 1.0 INTRODUCTION This application note describes the major difference between Exar’s DUARTs ST16C2550, XR16L2750, XR16L2751 and XR16C2850 with TI’s TL16C752B. These devices are very similar, with a few hardware,

XR68C681

Abstract: 40CDIP SCC68692 CRA 4 bit motorola power supply
Contextual Info: DATA COMMUNICATIONS APPLICATION NOTE DAN122 June 2002 EXAR’S XR68C681 COMPARED WITH PHILIP’S SCC68692 Author: PY 1.0 INTRODUCTION This application note describes the major difference between Exar’s XR68C681 with Philips’s SCC68692. These devices are very similar, with a few hardware, firmware-related and bus timing differences.