DPI16 Search Results

4413

Abstract: IDT77155 IDT77V400 IDT77V500 IDT77V550 IDT79R36100 IDT79RV3041 IDT79RV4640 osam marking code
Contextual Info: SECTION 2 IDT77V400 Switching Memory 2.1 IDT77V400 Switching Memory Description The IDT77V400 Switching Memory is designed to provide essential data path functionality for switches, concentrators and expanders in Asynchronous Transfer Mode ATM Networks. The IDT77V400 supports aggregate data throughput at rates up to 1.24 Gbps and has 8192

IDT77155

Abstract: IDT77V400 IDT77V500 IDT77V550 IDT79R36100 IDT79RV3041 IDT79RV4640 s-link
Contextual Info: SECTION 3 IDT77V500 Switch Controller 3.1 IDT77V500 Switch Controller Description The IDT77V500 manages the IDT77V400, a single device shared memory ATM switch. The IDT77V400 provides cell buffers implemented in Fusion Memory technology and, as the name implies, a data path for ATM cells. It also provides a means by which an external

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RS-424

Contextual Info: Meter Selection Guide i8DH i8 Description Input Process and Temperature model “i” T/C: (J,K,T,E,R,S,B,C,N,J DIN) RTD: Pt 100,500,1000 Ohms (385,392) 4-20mA, 0-100mV, 0-1V, 0-10V Strain and Process (model “iS”) 4 to 20mA, 0 to 100 mVdc, -100 mVdc to -1Vdc,

IDT77V400

Abstract: IDT77V500 DPI-32
Contextual Info: DATA PATH INTERFACE DPI SPECIFICATION TECHNICAL NOTE TN-34 Integrated Device Technology, Inc. INTRODUCTION FEATURES This document defines the ATM Data Path Interface (DPI), a scaleable symmetric interface for the transfer of ATM cells. DPI minimizes the number of required signal pins thus encouraging the development of low cost ATM devices as well as

RS-424

Contextual Info: 98.88 PV 98.88 MENU /MIN /MAX ENTE R P R O C E S S C O N T R O L L E R S & ME T E R S Meter Selection Guide i8DH i8 Description 1/8 DIN Single Display Monitor/ Controller Input Process and Temperature model “i” T/C: (J,K,T,E,R,S,B,C,N,J DIN) RTD: Pt 100,500,1000 Ohms (385,392)

IDT77155

Abstract: IDT77V400 IDT77V500 IDT77V550 IDT79R36100 IDT79RV3041 IDT79RV4640 CBR2
Contextual Info: SECTION 3 IDT77V500 Switch Controller 3.1 IDT77V500 Switch Controller Description The IDT77V500 manages the IDT77V400, a single device shared memory ATM switch. The IDT77V400 provides cell buffers implemented in Fusion Memory technology and, as the name implies, a data path for ATM cells. It also provides a means by which an external

IDT74FCT16260

Abstract: IDT77V400 SIGNAL PATH designer
Contextual Info: DATA PATH INTERFACE DPI TO UTOPIA CONVERSION APPLICATION BRIEF AB-171 Introduction DPI Definition Implementing Asynchronous Transfer Mode (ATM) technology into a network requires the use of a well defined interface between system hardware components and the Physical Interface Device (PHY). The

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IDT77V400

Abstract: EPD controller IDT77V500 IDT77V550
Contextual Info: SECTION 7 Index Symbols Compressed VPI/VCI Lookup Option. 3-7, 3-9 Configuration IDT77V400 Cell Alignment Options. 2-14 IDT77V400 Examples. 2-10 IDT77V400 Port Configuration Codes. 2-11 IDT77V500 Command LDCFG . 3-22,23 Port Configs supported by IDT77V500. 2-11, 3-23

IDT74FCT16260

Abstract: IDT77V400 SIGNAL PATH designer
Contextual Info: DATA PATH INTERFACE DPI TO UTOPIA CONVERSION APPLICATION BRIEF AB-171 Integrated Device Technology, Inc. INTRODUCTION DPI DEFINITION Implementing Asynchronous Transfer Mode (ATM) technology into a network requires the use of a well defined interface between system hardware components and the

Contextual Info: Temperature, Process & MADE IN USA $ 150 1/32 DIN meter $ 195 with 2 control outputs i/32 ߜ User Friendly, Simple to Configure ߜ High Quality ߜ Extended 5-Year Warranty ߜ Powerful Features ߜ Free Software, Active X Controls ߜ Full Autotune PID Control

IDT77V400

Abstract: IDT77V500
Contextual Info: DATA PATH INTERFACE DPI SPECIFICATION TECHNICAL NOTE TN-34 Introduction Features This document defines the ATM Data Path Interface (DPI), a scaleable symmetric interface for the transfer of ATM cells. DPI minimizes the number of required signal pins thus encouraging the

77V400

Abstract: 77V500 77V550 IDT77V500
Contextual Info: IDT77V500 Device Errata Notes Supplemental Information This Device Errata reflects revision 1.0 silicon and supplements information found in the documentation for this device. Silicon revisions can be identified as follows: YB is revision 1.0. This is identified by material date code top mark of 0014 or later.