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    P4N266

    Abstract: 7SH08 Quanta ef4 QUANTA GD1 quanta LM339 VT8233 TD129 cpu c644 100v 27p GPIOC13
    Text: 1 2 3 4 5 6 7 8 EF4 A A CLOCKS Northwood AC/BATT CONNECTOR Panel Connector CY28347 Page:27 Page:10 Micro-FCPGA BATT CHARGER Page : 2, 3 LVDS IC DC/DC Page:27 GFPD[0.35] B DDR-SODIMM1 VIA P4N266 266MHZ DDR Page:11 B 664 BGA DDR-SODIMM2 S-Video TV ENCODER


    Original     		PDF CY28347 266MHZ P4N266 CH7011 33MHZ, VT8233 OZ6933 IEEE1394 TPA43AB21 RTL8139CL P4N266 7SH08 Quanta ef4 QUANTA GD1 quanta LM339 VT8233 TD129 cpu c644 100v 27p GPIOC13

    P4N266

    Abstract: quanta CHB1608U800 QUANTA GD1 cpu c644 100v 27p VXD1 switch U44-12 P4M266 vatrace quanta pe1
    Text: 1 2 3 4 5 6 7 8 EF4 A A CLOCKS Northwood AC/BATT CONNECTOR Panel Connector CY28347 Page:27 Page:10 Micro-FCPGA BATT CHARGER Page : 2, 3 LVDS IC DC/DC Page:27 GFPD[0.35] B DDR-SODIMM1 VIA P4N266 266MHZ DDR Page:11 B 664 BGA DDR-SODIMM2 S-Video TV ENCODER


    Original     		PDF CY28347 266MHZ P4N266 CH7011 33MHZ, VT8233 OZ6933 IEEE1394 TPA43AB21 RTL8139CL P4N266 quanta CHB1608U800 QUANTA GD1 cpu c644 100v 27p VXD1 switch U44-12 P4M266 vatrace quanta pe1

    P4N266

    Abstract: VT8233 quanta ic ck1 160v p10 cpu c644 100v 27p csp c613 10m 27p AD127 QUANTA GD1 P4X266 a71 c21 100v 27p
    Text: 1 2 3 4 5 6 7 8 EF4 A A CLOCKS Northwood AC/BATT CONNECTOR CY28347 Panel Connector Page:27 Page:10 Micro-FCPGA BATT CHARGER Page : 2, 3 LVDS IC DC/DC Page:27 GFPD[0.35] B B DDR-SODIMM1 VIA P4N266 266MHZ DDR Page:11 664 BGA Page:4,5,6 DDR-SODIMM2 S-Video


    Original     		PDF CY28347 266MHZ P4N266 CH7011 33MHZ, VT8233 OZ6933 IEEE1394 TPA43AB21 RTL8139CL P4N266 VT8233 quanta ic ck1 160v p10 cpu c644 100v 27p csp c613 10m 27p AD127 QUANTA GD1 P4X266 a71 c21 100v 27p

    HCL G28 CP

    Abstract: quanta hcl l21 usb power supply circuit diagram 75u50 U12DV tc144e k514 M2125 mtp 26 D3004S
    Text: 1 2 3 4 8 HCLK_CPU, HCLK_CPU# Page : 2 , 3 CLK66_MCH HA#[0.31], HD#[0.63] HCLK_MCH, HCLK_MCH# HOST BUS CLK_SDRAM0~5, CLK_SDRAM0~5# 266MHZ DDR Page:10 DREFCLK48 CLOCKS Graphic Interface Page:25 CH7011 CRT Page:24 Page:29 R, G, B Page : 4 ~ 6 B Page : 12 S-Video


    Original     		PDF DREFCLK48 ICS950810CG 266MHZ CH7011 56V/0 25VTER1U 8UH-SPC10038 PR103 100/F 220U/2 HCL G28 CP quanta hcl l21 usb power supply circuit diagram 75u50 U12DV tc144e k514 M2125 mtp 26 D3004S

    line following robot diagram 8051

    Abstract: sae j1850 pwm ford peugeot infineon C166 reliability report Infineon C515C 81C91 PROTOCOL abs bosch hardware examples renault Bosch ABS module 5.3
    Text: Application Note, V 1.0, Feb. 2004 AP29000 CAN Co nnec tin g C1 66 a nd C5 00 Micr ocon tro l ler to CAN . Micr ocon tro l lers N e v e r s t o p t h i n k i n g . CAN Revision History: 2004-02 V 1.0 Previous Version: Page Subjects major changes since last revision


    Original     		PDF AP29000 81C90/91 line following robot diagram 8051 sae j1850 pwm ford peugeot infineon C166 reliability report Infineon C515C 81C91 PROTOCOL abs bosch hardware examples renault Bosch ABS module 5.3

    Bosch 8.0 abs diagram

    Abstract: sae j1850 pwm ford SAB C500 Family renault manual 81C91 airbag "Vehicle Area Network"
    Text: Connecting C166 and C500 Microcontrollers to CAN Microcontrollers ApNote AP2900 o additional file APXXXX01.EXE available Connecting C166 and C500 Microcontrollers to CAN This application note describes the CAN Protocol, Siemens CAN devices and different options for connecting devices of the Siemens C166 and C500 microcontroller


    Original     		PDF APXXXX01 AP2900 81C90/91 Bosch 8.0 abs diagram sae j1850 pwm ford SAB C500 Family renault manual 81C91 airbag "Vehicle Area Network"

    Wiring Diagram ford s max

    Abstract: sae j1850 pwm ford SAB 81C90 line following robot diagram 8051 peugeot renault PROTOCOL abs bosch SAE81C91 bosch fuel sensor bosch sm 17 35
    Text: Connecting C166 and C500 Microcontrollers to CAN Microcontrollers ApNote AP2900 o additional file APXXXX01.EXE available Connecting C166 and C500 Microcontrollers to CAN This application note describes the CAN Protocol, Siemens CAN devices and different options for connecting devices of the Siemens C166 and C500 microcontroller


    Original     		PDF AP2900 APXXXX01 AP2900 81C90/91 Wiring Diagram ford s max sae j1850 pwm ford SAB 81C90 line following robot diagram 8051 peugeot renault PROTOCOL abs bosch SAE81C91 bosch fuel sensor bosch sm 17 35

    sae j1850 pwm ford

    Abstract: renault hardware examples SAE81C91 sIEMENS mcb Volkswagen Manual 81C90 C166 C500 C511
    Text: Connecting C166 and C500 Microcontrollers to CAN Microcomputer Components C166 / C500 Family ApNotes Application Note of the CAN Devices C167CR, C515C, SAE 81C90/91 Application Note 07/96 Published by Siemens AG, Bereich Halbleiter. Siemens AG 1996. All Rights Reserved.


    Original     		PDF C167CR, C515C, 81C90/91 sae j1850 pwm ford renault hardware examples SAE81C91 sIEMENS mcb Volkswagen Manual 81C90 C166 C500 C511

    ST10F296

    Abstract: MARKING W1P marking code W1p transistor w1P 97 W1P 59 transistor 21H101 sgt 200 ST10F296E st10 Bootstrap transistor w1P
    Text: ST10F296E 16-bit MCU with MAC unit, 832 Kbyte Flash memory and 68 Kbyte RAM Features • ■ ■ ■ High performance 16-bit CPU with DSP functions – 31.25 ns instruction cycle time at 64 MHz max CPU clock – Multiply/accumulate unit MAC 16 x 16-bit multiplication, 40-bit accumulator


    Original     		PDF ST10F296E 16-bit 16-bit 40-bit ST10F296 MARKING W1P marking code W1p transistor w1P 97 W1P 59 transistor 21H101 sgt 200 ST10F296E st10 Bootstrap transistor w1P

    EE42 core definition

    Abstract: ferrite ee22 block diagram of IR interruption counter transmitter circuit in GPR K-Line transceiver PIN DIAGRAM of st10f280 ACT495 EE22 core st10 Bootstrap T 221 N 400 EOB
    Text: ST10F252M 16-bit MCU with 256 Kbyte Flash memory and 16 Kbyte RAM Features • ■ ■ ■ ■ 16-bit CPU with DSP functions – 50.0 ns instruction cycle time at 40 MHz maximum CPU clock – Multiply/accumulate unit (MAC)16 x 16-bit multiplication, 40-bit accumulator, repeat


    Original     		PDF ST10F252M 16-bit 16-bit 40-bit 32-bit EE42 core definition ferrite ee22 block diagram of IR interruption counter transmitter circuit in GPR K-Line transceiver PIN DIAGRAM of st10f280 ACT495 EE22 core st10 Bootstrap T 221 N 400 EOB

    st10 Bootstrap

    Abstract: ST10F27x ADC 84h15 "saturation value"
    Text: ST10F252M 16-bit MCU with 256 Kbyte Flash memory and 16 Kbyte RAM Features • ■ 16-bit CPU with DSP functions – 50.0 ns instruction cycle time at 40 MHz maximum CPU clock – Multiply/accumulate unit (MAC)16 x 16-bit multiplication, 40-bit accumulator, repeat


    Original     		PDF ST10F252M 16-bit 40-bit 32-bit st10 Bootstrap ST10F27x ADC 84h15 "saturation value"

    st10f296

    Abstract: st10f296 boot marking code W1p st10 Bootstrap 15B3 ST339
    Text: ST10F296E 16-bit MCU with MAC unit, 832 Kbyte Flash memory and 68 Kbyte RAM Features • ■ High performance 16-bit CPU with DSP functions – 31.25 ns instruction cycle time at 64 MHz max CPU clock – Multiply/accumulate unit MAC 16 x 16-bit multiplication, 40-bit accumulator


    Original     		PDF ST10F296E 16-bit 40-bit 32-bit st10f296 st10f296 boot marking code W1p st10 Bootstrap 15B3 ST339

    Untitled

    Abstract: No abstract text available
    Text: ST10F296E 16-bit MCU with MAC unit, 832 Kbyte Flash memory and 68 Kbyte RAM Features • High performance 16-bit CPU with DSP functions – 31.25 ns instruction cycle time at 64 MHz max CPU clock – Multiply/accumulate unit MAC 16 x 16-bit multiplication, 40-bit accumulator


    Original     		PDF ST10F296E 16-bit 16-bit 40-bit

    UM0381

    Abstract: programmer st10f272 RH3 439 ST10F272 OSC32 ST10F276 CAN bit timing st10 Bootstrap ACC20 ST10 half adder
    Text: UM0381 User manual ST10F272 Introduction This manual describes the functionality of the ST10F272 devices. An architectural overview describes the CPU performance, the on-chip system resources, the on-chip clock generator, the on-chip peripheral blocks and the protected bits.


    Original     		PDF UM0381 ST10F272 ST10F272 UM0381 programmer st10f272 RH3 439 OSC32 ST10F276 CAN bit timing st10 Bootstrap ACC20 ST10 half adder

    C100H

    Abstract: PIN DIAGRAM of st10f280 EE30h st10 Bootstrap BUT16
    Text: ST10F280 16-BIT MCU WITH MAC UNIT, 512K BYTE FLASH MEMORY AND 18K BYTE RAM PRODUCT PREVIEW • ON-CHIP BOOTSTRAP LOADER CLOCK GENERATION - ON-CHIP PLL. - DIRECT OR PRESCALED CLOCK INPUT. ■ UP TO 143 GENERAL PURPOSE I/O LINES - INDIVIDUALLY PROGRAMMABLE AS INPUT, OUTPUT OR SPECIAL FUNCTION.


    Original     		PDF ST10F280 16-BIT 40MHz 40-BIT E-ST10F280 ST10F280 E-ST10F280-Q3TR C100H PIN DIAGRAM of st10f280 EE30h st10 Bootstrap BUT16

    XP91

    Abstract: JH17 ST10F280 ST10F280-JT3 st10 Bootstrap f08e BUT16
    Text: ST10F280 16-BIT MCU WITH MAC UNIT, 512K BYTE FLASH MEMORY AND 18K BYTE RAM PRODUCT PREVIEW • ON-CHIP BOOTSTRAP LOADER CLOCK GENERATION - ON-CHIP PLL. - DIRECT OR PRESCALED CLOCK INPUT. ■ UP TO 143 GENERAL PURPOSE I/O LINES - INDIVIDUALLY PROGRAMMABLE AS INPUT, OUTPUT OR SPECIAL FUNCTION.


    Original     		PDF ST10F280 16-BIT 40MHz 16KByte ST10F280 XP91 JH17 ST10F280-JT3 st10 Bootstrap f08e BUT16

    PIN DIAGRAM of st10f280

    Abstract: CONNEXION ST10F280-JT3 XP1010 XP95 F194 ST10F280 p21015 g4 pc 50 w XP91
    Text: ST10F280 16-BIT MCU WITH MAC UNIT, 512K BYTE FLASH MEMORY AND 18K BYTE RAM PRODUCT PREVIEW • ON-CHIP BOOTSTRAP LOADER CLOCK GENERATION - ON-CHIP PLL. - DIRECT OR PRESCALED CLOCK INPUT. ■ UP TO 143 GENERAL PURPOSE I/O LINES - INDIVIDUALLY PROGRAMMABLE AS INPUT, OUTPUT OR SPECIAL FUNCTION.


    Original     		PDF ST10F280 16-BIT 40MHz ST10F280 PIN DIAGRAM of st10f280 CONNEXION ST10F280-JT3 XP1010 XP95 F194 p21015 g4 pc 50 w XP91

    PIN DIAGRAM of st10f280

    Abstract: ST10F280 ST10F280-JT3 g4 pc 50 w st10 Bootstrap ptix BUT16 EE00h
    Text: ST10F280 16-BIT MCU WITH MAC UNIT, 512K BYTE FLASH MEMORY AND 18K BYTE RAM PRODUCT PREVIEW • ON-CHIP BOOTSTRAP LOADER CLOCK GENERATION - ON-CHIP PLL. - DIRECT OR PRESCALED CLOCK INPUT. ■ UP TO 143 GENERAL PURPOSE I/O LINES - INDIVIDUALLY PROGRAMMABLE AS INPUT, OUTPUT OR SPECIAL FUNCTION.


    Original     		PDF ST10F280 16-BIT 40MHz ST10F280 PIN DIAGRAM of st10f280 ST10F280-JT3 g4 pc 50 w st10 Bootstrap ptix BUT16 EE00h

    ST10F27x

    Abstract: st10 Bootstrap STK 499 ST10 I2C diagram half adder UM0409 ST10F276 CAN bit timing T01CON STK 463 amplifier
    Text: UM0409 User manual ST10F276Zx user manual Introduction This manual describes the functionality of the ST10F276Zx device. An architectural overview describes the CPU performance, the on-chip system resources, the on-chip clock generator, the on-chip peripheral blocks and the protected bits.


    Original     		PDF UM0409 ST10F276Zx ST10F27x st10 Bootstrap STK 499 ST10 I2C diagram half adder UM0409 ST10F276 CAN bit timing T01CON STK 463 amplifier

    STK 411-550 E

    Abstract: stk power amplifiers 411-550 UM0404 st10 Bootstrap datasheet STK 411-550 E 221-550 st10f276 jtag DIS12 ST10F276 CAN bit timing ST10
    Text: UM0404 User manual ST10F276 Introduction This manual describes the functionality of the ST10F276 device. An architectural overview describes the CPU performance, the on-chip system resources, the on-chip clock generator, the on-chip peripheral blocks and the protected bits.


    Original     		PDF UM0404 ST10F276 ST10F276 STK 411-550 E stk power amplifiers 411-550 UM0404 st10 Bootstrap datasheet STK 411-550 E 221-550 st10f276 jtag DIS12 ST10F276 CAN bit timing ST10

    transistor w2P

    Abstract: diode T35 12H st10f276 jtag TQFP144 reel size ST10F276E l 7251 3.1 st10f276 TQFP144 DIMENSION transistor w1P W1P 51
    Text: ST10F276E 16-bit MCU with MAC unit, 832 Kbyte Flash memory and 68 Kbyte RAM Features • ■ ■ ■ ■ ■ Highly performant 16-bit CPU with DSP functions – 31.25ns instruction cycle time at 64MHz max CPU clock – Multiply/accumulate unit MAC 16 x 16-bit


    Original     		PDF ST10F276E 16-bit 64MHz 16-bit 40-bit PQFP144 TQFP144 24-channel 10-bit transistor w2P diode T35 12H st10f276 jtag TQFP144 reel size ST10F276E l 7251 3.1 st10f276 TQFP144 DIMENSION transistor w1P W1P 51

    st10 Bootstrap

    Abstract: W1p 69 ST10F276 w1p 73 0x55AA55AA W1P 59 transistor ST10F269 transistor w2P M29F400 PQFP144
    Text: ST10F276Z5 16-bit MCU with MAC unit, 832 Kbyte Flash memory and 68 Kbyte RAM Features • ■ ■ ■ ■ ■ Highly performance 16-bit CPU with DSP functions – 31.25 ns instruction cycle time at 64 MHz max CPU clock – Multiply/accumulate unit MAC 16 x 16-bit


    Original     		PDF ST10F276Z5 16-bit 16-bit 40-bit 32-bit st10 Bootstrap W1p 69 ST10F276 w1p 73 0x55AA55AA W1P 59 transistor ST10F269 transistor w2P M29F400 PQFP144

    Untitled

    Abstract: No abstract text available
    Text: ST10F276Z5 16-bit MCU with MAC unit, 832 Kbyte Flash memory and 68 Kbyte RAM Features • ■ ■ ■ ■ ■ Highly performance 16-bit CPU with DSP functions – 31.25 ns instruction cycle time at 64 MHz max CPU clock – Multiply/accumulate unit MAC 16 x 16-bit


    Original     		PDF ST10F276Z5 16-bit 16-bit 40-bit 32-bit

    Untitled

    Abstract: No abstract text available
    Text: Microchip's Accessory Framework for Android tm Microchip Technology Inc. Copyright (c) 2011. All rights reserved. Android is a trademark of Google Inc. Use of this trademark is subject to Google Permissions. Microchip's Accessory Framework for Android(tm)


    Original     		PDF