INTERRUPT CONTROLLER Search Results

S5N8946

Contextual Info: S5N8946 ADSL/CABLE MODEM MCU 14 INTERRUPT CONTROLLER INTERRUPT CONTROLLER OVERVIEW The S5N8946 interrupt controller has a total of 18 interrupt sources. Interrupt requests can be generated by internal function blocks and at external pins. The ARM7TDMI core recongnizes two kinds of interrupts: a normal interrupt request (IRQ), and a fast interrupt

working of IC 4027

Contextual Info: in te i PRELIMINARY 82093AA I/O ADVANCED PROGRAMMABLE INTERRUPT CONTROLLER IOAPIC • Provides Multiprocessor Interrupt Management — Dynamic Interrupt DistributionRouting Interrupt to the Lowest Priority Processor — Software Programmable Control of Interrupt Inputs

Apic-d

Abstract: 1617H ic 0715
Contextual Info: in te i PRELIMINARY 82093AA I/O ADVANCED PROGRAMMABLE INTERRUPT CONTROLLER IOAPIC • Provides Multiprocessor Interrupt Management — Dynamic Interrupt DistributionRouting Interrupt to the Lowest Priority Processor — Software Programmable Control of Interrupt Inputs

Contextual Info: Section 6 Interrupt Controller INTC 6.1 Overview The interrupt controller (INTC) ascertains the priority of interrupt sources and controls interrupt requests to the CPU. The INTC has registers for setting the priority of each interrupt which can be used by the user to order the priorities in which the interrupt requests are processed.

Contextual Info: Interrupt Controller SW I instruction NMI INTWD Interrupt enable/disable D Q CLR Interrupt request fl ip flop INTO r e c J] Q ü ' R "C>^Dn ~r □ fD UJ Lu -J ru -c Interrupt vector V read Interrupt request V d e ar interrupt request flip flop read V = 28H

apic

Abstract: ioapic 82093AA 3031H 1617H
Contextual Info: E PRELIMINARY 82093AA I/O ADVANCED PROGRAMMABLE INTERRUPT CONTROLLER IOAPIC  3 General Purpose Interrupts  Independently Programmable for Provides Multiprocessor Interrupt Management  Dynamic Interrupt DistributionRouting Interrupt to the Lowest

MCC1100

Abstract: MPC8260 MPC860 PC15 XS2P xc6p
Contextual Info: MPC8260 Interrupt Controller What you will learn • What is the interrupt controller? • How the interrupt controller processes interrupts • What are the interrupt sources? • What is the priority of the interrupt sources? • How to prioritize the SCCs, FCCs, MCC, and SIU sources

SH7145

Abstract: IPR12
Contextual Info: APPLICATION NOTE SH7145 Group Interrupt Level Setting and Modification by Interrupt Controller Introduction Interrupts of different levels are generated by specifying interrupt levels via the interrupt controller INTC of the SH7145F. Target Device SH7145F

Contextual Info: Am9519A Universal Interrupt Controller DISTINCTIVE CHARACTERISTICS GENERAL DESCRIPTION • Eight ind ivid u a lly maskable interrupt inputs The Am9519A Universal Interrupt C ontroller is a processor support circuit that provides a pow erful interrupt structure

AN1281

Abstract: MPC505 circuit in GPR
Contextual Info: Freescale Semiconductor Order this document by AN1281/D AN1281 MPC505 Interrupts Freescale Semiconductor, Inc. By Steve Mihalik The MPC505 interrupt controller receives interrupt requests from multiple interrupt sources and generates a single interrupt signal to the

h0050

Abstract: 001C 004C 008C H0154 h0144 h0048 H005C
Contextual Info: APPLICATION NOTE H8S/2200 Series Using Interrupt Controller in Mode 0/2 Introduction This application note demonstrates how to set interrupt control mode, interrupt priorities, and the interrupt-latching condition. Target Device H8S/2215 Contents 1. Overview . 2

interrupt controller verilog

Abstract: programmable interrupt controller amba interrupt controller
Contextual Info: Features  Programmable Interrupt Control- ler SOCIntrCtrl-AHB Interrupt Controller Core  Scalable from 1 to 32 inter- rupts  Optional programmable interrupt  AMBA AHB interface  Easily cascaded to support more interrupts  Separate interrupt enable set

F030

Abstract: F040
Contextual Info: APPLICATION NOTE H8/300H SLP Series Multiple Interrupt Operation Using Interrupt Priority Function Introduction The interrupt priority function is used to generate TPU compare match interrupt processing during IRQ0 interrupt processing. Target Device H8/38076R

AN-336

Abstract: RC32300
Contextual Info: 79RC32334/RC32332 Interrupt Modus Operandi RC32334/RC32332 Application Note AN-336 By Harold Gomard Notes Revision History Histor y November 5, 2001: Initial publication. Interrupt Scheme The Expansion Interrupt Controller extends the RC32300 CPU Core CP0 interrupt control by collating

0x0000018

Abstract: 0x00000018 specification of ldr 0xF20 AT91LIB AT91M40400
Contextual Info: Interrupt Management: Auto-vectoring and Prioritization Background The AT91 is based on the ARM7TDMI microcontroller core. It features the Advanced Interrupt Controller AIC , an 8-level priority, individually maskable, vectored interrupt controller. This microcontroller core implements two physically independent sources of interrupt:

AN1281

Abstract: MPC505 pit and interrupt
Contextual Info: Freescale Semiconductor, Inc. Order this document by AN1281/D Motorola Semiconductor Application Note AN1281 MPC505 Interrupts Freescale Semiconductor, Inc. By Steve Mihalik The MPC505 interrupt controller receives interrupt requests from multiple interrupt sources and generates a single interrupt signal to the

Contextual Info: CFI2590A CFI2590A CFI2590A Programmable Interrupt Controller FEATURES: *Eight-level priority controller *Cascadable to 64 levels ‘Programmable interrupt modes ♦Individual mask capability DESCRIPTION: CFI2590A is a programmable interrupt controller for

PCA9541

Abstract: 4A-23
Contextual Info: PCA9541 2-to-1 I2C master selector with interrupt logic and reset MASTER 0 I2C BUS SDA OFF SCL MASTER 1 I2C BUS INTERRUPT 0 OUT INTERRUPT 1 OUT I2C SLAVE DEVICES INTERRUPT INPUT I2C CONTROLLER RESET INPUT VDD Semiconductors ADDRESS INPUTS GND Features •

AN1281

Abstract: MPC505 pit and interrupt SRR0 motorola application note
Contextual Info: Order this document by AN1281/D Motorola Semiconductor Application Note AN1281 MPC505 Interrupts By Steve Mihalik The MPC505 interrupt controller receives interrupt requests from multiple interrupt sources and generates a single interrupt signal to the RCPU, as shown in Figure 1. This application note describes the

LZ87010

Abstract: 100-PIN 8051 opcode sheet mnemonics free 8051 THROUGH I2C PROTOCOL
Contextual Info: LZ87010 Advance Data Sheet FEATURES 8-bit Microcontroller • 8-bit, 40 MHz, 8051-compatible CPU core: – Two-clock Machine Cycle – Equivalent to a 240 MHz 8051 • Interrupt Controller – 8 External Interrupt Pins – 13 Internal Interrupt Sources – 4 Software-Selectable Interrupt Priorities

BAD02

Abstract: multibus II architecture specification
Contextual Info: - INTEGRATED CIRCUIT TOSHIBA MIC 84120 TECHNICAL DATA MIC MESSAGE INTERRUPT CONTROLLER GENERAL DESCRIPTION The Message Interrupt Controller (MIC) component implements a MULTIBUS II architecture unsolicited message passing protocol interrupt capability for iPSB bus agents.

8051 applications in motor

Contextual Info: LZ87010 Advance Data Sheet FEATURES 8-bit Microcontroller • 8-bit, 40 MHz, 8051-compatible CPU core: – Two-clock Machine Cycle – Equivalent to a 240 MHz 8051 • Interrupt Controller – 8 External Interrupt Pins – 13 Internal Interrupt Sources – 4 Software-Selectable Interrupt Priorities

AN1774

Abstract: AN1776 0xE59F0000
Contextual Info: AN1776 APPLICATION NOTE STR71x ENHANCED INTERRUPT CONTROLLER INTRODUCTION This application note gives an overview of Enhanced Interrupt Controller implemented on STR71x devices. It enumerates the different steps to implement and to setup an interrupt in you application. An application example of STR71x interrupt handling is supplied within this

amd am2 pin diagram

Abstract: AM29PL141 07570A AM29114
Contextual Info: A m 29114 Real-Tim e Interrupt Controller A D VANCE IN FO R M A TIO N > 3 DISTINCTIVE CHARACTERISTICS Real-Tim e Interrupt Servicing Supports interrupts a t m icroinstruction boundaries, m ak­ ing interrupt responses virtually instantaneous. Expandable C ascadable to accept any num ber of interrupt inputs