ADC ICX-250 manuály

Adc ICX-250 Specifikace (197 strany)

Značka: Adc | Kategorie: Síťové přepínače | Velikost: 2.98 MB |

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ST72325xx

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Table of Contents

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1 DESCRIPTION

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2 PIN DESCRIPTION

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3 REGISTER & MEMORY MAP

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4 FLASH PROGRAM MEMORY

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5 CENTRAL PROCESSING UNIT

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. interrupt enable

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7 INTERRUPTS

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8 POWER SAVING MODES

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9 I/O PORTS

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10 ON-CHIP PERIPHERALS

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Returns the buffered

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/CC[1:0])

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Δ OCiR =

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Δ OCiR = Δt

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WAKE PCE PS PIE

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CH2 CH1EOC SPEED ADON 0 CH0

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11 INSTRUCTION SET

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12 ELECTRICAL CHARACTERISTICS

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13 PACKAGE CHARACTERISTICS

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15 KNOWN LIMITATIONS

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16 REVISION HISTORY

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Adc ICX-250 Uživatelský manuál (31 strany)

Značka: Adc | Kategorie: Síťové přepínače | Velikost: 1.64 MB |

Němec

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ICx radiation

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ICx radiation products

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ICx radiation product focus

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 Physik im identiFINDER

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 http://www.orau.org

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Anforderungen

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Herausforderung

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1700 1800 1900 2000

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Time (ns)

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March 20, 2007

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© BP presentation name

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Vorteile

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GEANT-Simulation

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Detektorstabilisierung

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Situation

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Gamma-Signale

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LED-Signale

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 LED-Signale  Rechteckform

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 LED/Gamma-Diskriminierung

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Signalanalyse im identiFINDER

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Adc ICX-250 Specifikace (279 strany)

Značka: Adc | Kategorie: Síťové přepínače | Velikost: 2.46 MB |

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ST72361xx-Auto

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Contents

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Contents ST72361xx-Auto

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List of tables

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List of figures

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1 Description

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Description ST72361xx-Auto

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Kbytes)

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ST72361xx-Auto Description

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2 Register and memory map

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3 Flash program memory

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3.4 ICC interface

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3.7 Related documentation

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3.8 Register description

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4 Central processing unit

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Arithmetic management bits

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Interrupt management bits

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4.3.5 Stack pointer (SP)

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5.1 Introduction

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5.2 Main features

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5.3 Phase locked loop

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5.4 Multi-oscillator (MO)

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5.5.1 Introduction

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5.5.5 Internal watchdog reset

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Monitoring the V

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main supply

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5.6.3 Low power modes

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5.6.4 Interrupts

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5.6.5 Register description

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Application notes

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6 Interrupts

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Servicing pending interrupts

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Non-maskable sources

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Maskable sources

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Interrupts ST72361xx-Auto

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ST72361xx-Auto Interrupts

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Table 16. Interrupt mapping

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6.6 External interrupts

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6.6.2 Register description

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000000TLISTLIE

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7 Power saving modes

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7.3 Wait mode

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7.4 Halt mode

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7.5 Active halt mode

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7.6.1 Register description

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] Dividing factor

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8 I/O ports

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8.2.2 Output modes

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8.2.3 Alternate functions

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DATA BUS

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Analog alternate function

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8.3 I/O port implementation

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8.4.2 Interrupt ports

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8.4.3 Pull-up input port

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8.5 Low power modes

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8.6 Interrupts

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ST72361xx-Auto I/O ports

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9 Window watchdog (WWDG)

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9.9 Interrupts

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9.10 Register description

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Caution:

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11.1 Introduction

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11.2 Functional description

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11.2.8 Input capture function

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11.3 Register description

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Auto-Reload Register (ARTARR)

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PWM control register (PWMCR)

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0 0 CS2 CS1 CIE2 CIE1 CF2 CF1

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12 16-bit timer

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12.3 Functional description

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Returns the buffered

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12.3.2 External clock

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12.3.3 Input capture

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12.3.4 Procedure

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12.3.5 Output compare

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12.3.6 Procedure

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 OCiR =

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 OCiR = t

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12.3.8 One pulse mode

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Procedure

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12.4 Low power modes

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12.5 Interrupts

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12.6 Summary of timer modes

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12.7 Register description

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13 8-bit timer (TIM8)

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13.3.2 Input capture

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13.3.3 Output compare

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13.3.5 One pulse mode

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13.4 Low power modes

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13.5 Interrupts

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13.6 Summary of timer modes

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13.7 Register description

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13.7.7 Counter register (CTR)

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14.3.1 Functional description

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14.3.3 Master mode operation

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14.3.5 Slave mode operation

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14.5 Error flags

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14.6 Low power modes

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14.8 Register description

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14.7 Interrupts

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D7 D6 D5 D4 D3 D2 D1 D0

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15.1 Introduction

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15.2 SCI features

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15.3 LIN features

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15.4 General description

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15.5.3 Serial data format

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15.5.4 Transmitter

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Character transmission

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Break characters

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15.5.5 Receiver

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Noise error

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Framing error

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Break character

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15.5.8 Parity control

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15.6 Low power modes

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15.7 Interrupts

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15.8.4 Data register (SCIDR)

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15.9.1 Entering LIN mode

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15.9.2 LIN transmission

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15.9.3 LIN reception

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LIN slave parity

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15.9.4 LIN error detection

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LIN header time-out error

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LIN header length

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Mute mode and errors

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15.9.5 LIN baud rate

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Example:

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LIN slave systems

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0000LPFR3LPFR2LPFR1LPFR0

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Examples of LDIV coding:

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16.1 Introduction

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16.2 Main features

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16.3 General description

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16.4 Functional description

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Data Frame

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Next Data Frame

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16.4.3 Receiver

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Idle character

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Overrun error

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16.4.7 Parity control

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16.5 Low power modes

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16.6 Interrupts

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16.8 Register description

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16.8.5 Data register (SCIDR)

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Table 80. Baud rate selection

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17.1 Introduction

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17.2 Main features

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17.3 Functional description

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17.3.2 A/D conversion

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17.4 Low power modes

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17.5 Interrupts

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17.6 Register description

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18 Instruction set

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18.1.1 Inherent

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18.1.2 Immediate

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18.1.3 Direct

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18.1.5 Indirect (short, long)

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Indirect (short)

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Indirect (long)

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Indirect indexed (short)

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Indirect indexed (long)

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18.2 Instruction groups

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18.2.1 Using a prebyte

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19 Electrical characteristics

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19.3 Operating conditions

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19.4.2 On-chip peripherals

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19.5.2 PLL characteristics

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19.7 Memory characteristics

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19.8 EMC characteristics

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Electrostatic discharge (ESD)

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19.10.2 ICCSEL/ V

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General PCB design guidelines

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ADC accuracy

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Figure 123. ADC accuracy

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20 Package characteristics

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20.3 Thermal characteristics

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21.1 Introduction

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21.2 Flash devices

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Option byte 1

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22 Development tools

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23 Important notes

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Workaround

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23.1.4 Unexpected reset fetch

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SCI mode

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Occurrence

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LIN mode

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Analysis

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23.3 ROM devices only

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24 Revision history

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Adc ICX-250 Uživatelský manuál (8 strany)

Značka: Adc | Kategorie: Síťové přepínače | Velikost: 0.82 MB |

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BROCADE

1

ICX 6610

1

Large Campus

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Small/Medium-size

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Campus

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CLOUD-OPTIMIZED NETWORK

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ACQUISITION

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MAXIMIZING INVESTMENTS

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System Architecture

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Management

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DATA SHEET

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