Atmel ATAVRAUTO102 User Manual Download Page 14

Complete schematics

ATAVRAUTO102 User Guide

6-14

7720A–AVR–06/07

Table 6-1.  

Bill of Materials

Designator

Descriptions

Reference

Fabricant

Fournisseur

Code Commande

Unite de Vente

Quantity

Prix UDV

LibRef

Footprint

C11

100nF

X7R 16V

Phycomp

FARNELL

432210

10

1

0.63 Cap 100nF 0603 X7R 16V

0603

C14

100nF

X7R 16V

Phycomp

FARNELL

432210

10

1

0.63 Cap 100nF 0603 X7R 16V

0603

C19

100nF

X7R 16V

Phycomp

FARNELL

432210

10

1

0.63 Cap 100nF 0603 X7R 16V

0603

C20

100nF

X7R 16V

Phycomp

FARNELL

432210

10

1

0.63 Cap 100nF 0603 X7R 16V

0603

C3

100nF

X7R 16V

Phycomp

FARNELL

432210

10

1

0.63 Cap 100nF 0603 X7R 16V

0603

C4

100nF

X7R 16V

Phycomp

FARNELL

432210

10

1

0.63 Cap 100nF 0603 X7R 16V

0603

C6

100nF

X7R 16V

Phycomp

FARNELL

432210

10

1

0.63 Cap 100nF 0603 X7R 16V

0603

C7

100nF

X7R 16V

Phycomp

FARNELL

432210

10

1

0.63 Cap 100nF 0603 X7R 16V

0603

C8

100nF

X7R 16V

Phycomp

FARNELL

432210

10

1

0.63 Cap 100nF 0603 X7R 16V

0603

C9

100nF

X7R 16V

Phycomp

FARNELL

432210

10

1

0.63 Cap 100nF 0603 X7R 16V

0603

C12

100pF

COG

MURATA

FARNELL

8819866

10

1

0.54 Cap 100pF 0603 COG 50V

0603

C10

15pF

COG

AVX

FARNELL

7568320

10

1

2.2 Cap 15pF 0603 COG 200V

0603

C15

15pF

COG

AVX

FARNELL

7568320

10

1

2.2 Cap 15pF 0603 COG 200V

0603

C16

15pF

COG

AVX

FARNELL

7568320

10

1

2.2 Cap 15pF 0603 COG 200V

0603

C17

220pF

X7R 50V

Phycomp

FARNELL

722133

25

1

1 Cap 220pF 0603 X7R 50V

0603

C18

220pF

X7R 50V

Phycomp

FARNELL

722133

25

1

1 Cap 220pF 0603 X7R 50V

0603

C5

1µF

X7R

Murata

FARNELL

9527710

25

1

1.25 Cap 1µF 805 16V

0805

C13

4.7µF/6.3V

X5R

MURATA

FARNELL

9522999

10

1

3.1 Cap 4.7µF 0805 6.3V

0805

C1

10µF

TAJA106K006R

AVX

FARNELL

197014

5

1

1.15 Cap 10µF TantA 6.3V

Capa Tantal A

C2

10µF

TAJA106K006R

AVX

FARNELL

197014

5

1

1.15 Cap 10µF TantA 6.3V

Capa Tantal A

CAN

Bornier 1X2

20.101/2

IMO

FARNELL

9632670

5

1

1.3 Bornier 1X2 24A

IMO2 5mm

LIN0

Bornier 1X3

20.101/3

IMO

FARNELL

9632689

5

1

1.75 Bornier 1X3 24A

IMO3 5mm

LIN1

Bornier 1X3

20.101/3

IMO

FARNELL

9632689

5

1

1.75 Bornier 1X3 24A

IMO3 5mm

ICE&ISP_C ICE&ISP Header

M50-3600542

HARWIN

FARNELL

1022310

5

1

3.1 AVR ICE ISP PIN Header 2X5

PIN Header 2x5 1.27mm

ICE&ISP_U ICE&ISP Header

M50-3600542

HARWIN

FARNELL

1022310

5

1

3.1 AVR ICE ISP PIN Header 2X5

PIN Header 2x5 1.27mm

USB

USB MiniAB

565790576

MOLEX

FARNELL

9786490

1

1

0,78 USB mini AB

USB Mini AB

U3

AT45DB642D

AT45DB642D-CNU

ATMEL

ATMEL

AT45DB642D-CNU

1

1

0 AT45DB642D

CASON

U6

AT90CAN128

AT90CAN128-16MI

ATMEL

ATMEL

AT90CAN128-16MI

1

1

0 AT90CAN128

QFN9X9-64 No VIA

U2

AT90USB1287

AT90USB1287-16MU

ATMEL

ATMEL

T90USB1287-16MU

1

1

0 AT90USB128

QFN9X9-64 No VIA

U7

ATA6621

ATA6621

ATMEL

ATMEL

ATA6621

1

1

0 ATA6621

QFN5X5-20 NO VIA

U5

ATA6660

ATA6660

ATMEL

ATMEL

ATA6660

1

1

0 ATA6660

SO8

U8

ATA6661

ATA6661-TAQ

ATMEL

ATMEL

ATA6661-TAQ

1

1

0 ATA6661

SO8

U1

KF33BD

KF33BD

ST

FARNELL

9755314

1

1

1,04 KF33BD

SO8

U4

MC74VHC1GT125

MC74VHC1GT125DF1

ON

AVNET

74VHC1GT125DF1

3000

1

129.00 MC74VHC1GT125

SC70-5

Y1

16MHz

LF A161G

CMAC

FARNELL

9713808

1

1

2.26 Crystal 16Mhz HC49

HC49/4H_SMX

BOOT_C

2mm V

M22-2010205

HARWIN

FARNELL

671915

10

1

1.12 Jump 2 Vert - 2mm

SIL2V2mm

BOOT_U

2mm V

M22-2010205

HARWIN

FARNELL

671915

10

1

1.12 Jump 2 Vert - 2mm

SIL2V2mm

D_WD

2mm V

M22-2010205

HARWIN

FARNELL

671915

10

1

1.12 Jump 2 Vert - 2mm

SIL2V2mm

MAST

2mm V

M22-2010205

HARWIN

FARNELL

671915

10

1

1.12 Jump 2 Vert - 2mm

SIL2V2mm

MISO

2mm V

M22-2010205

HARWIN

FARNELL

671915

10

1

1.12 Jump 2 Vert - 2mm

SIL2V2mm

MOSI

2mm V

M22-2010205

HARWIN

FARNELL

671915

10

1

1.12 Jump 2 Vert - 2mm

SIL2V2mm

NISP_C

2mm V

M22-2010205

HARWIN

FARNELL

671915

10

1

1.12 Jump 2 Vert - 2mm

SIL2V2mm

NISP_U

2mm V

M22-2010205

HARWIN

FARNELL

671915

10

1

1.12 Jump 2 Vert - 2mm

SIL2V2mm

NRES_C

2mm V

M22-2010205

HARWIN

FARNELL

671915

10

1

1.12 Jump 2 Vert - 2mm

SIL2V2mm

NRES_U

2mm V

M22-2010205

HARWIN

FARNELL

671915

10

1

1.12 Jump 2 Vert - 2mm

SIL2V2mm

TERM1

2mm V

M22-2010205

HARWIN

FARNELL

671915

10

1

1.12 Jump 2 Vert - 2mm

SIL2V2mm

TERM2

2mm V

M22-2010205

HARWIN

FARNELL

671915

10

1

1.12 Jump 2 Vert - 2mm

SIL2V2mm

NWAKE0

Bouton poussoir CMS KSC421JLFS

ITT CANNON

FARNELL

1201417

1

1

0.42 BP SPNO CMS

BP SPNO

NWAKE1

Bouton poussoir CMS KSC421JLFS

ITT CANNON

FARNELL

1201417

1

1

0.42 BP SPNO CMS

BP SPNO

D4

BZX84-C5V1

BZX84-C5V1

Philips

FARNELL

1081430

5

1

1 ZENER BZX84-C5V1

SOT23

D_CAN

LED CMS Blue

HSMB-C170

Agilent

FARNELL

3225100

1

1

0.51 LED CMS Blue

LED CMS Agilent

D-LIN0

LED CMS Green

HSMG-C170

Agilent

FARNELL

5790852

5

1

0.8 LED CMS Green

LED CMS Agilent

D-LIN1

LED CMS Green

HSMG-C170

Agilent

FARNELL

5790852

5

1

0.8 LED CMS Green

LED CMS Agilent

D-USB

LED CMS Yellow

HSMY-C170

Agilent

FARNELL

5790876

5

1

0.8 LED CMS Yellow

LED CMS Agilent

D1

MBR0540

MBR0540T1G

ON

FARNELL

9556923

1

1

0.65 Schottky 40V 500mA MBR0540

SOD123

D2

MBR0540

MBR0540T1G

ON

FARNELL

9556923

1

1

0.65 Schottky 40V 500mA MBR0540

SOD123

D5

MBR0540

MBR0540T1G

ON

FARNELL

9556923

1

1

0.65 Schottky 40V 500mA MBR0540

SOD123

D6

MBR0540

MBR0540T1G

ON

FARNELL

9556923

1

1

0.65 Schottky 40V 500mA MBR0540

SOD123

D7

MBR0540

MBR0540T1G

ON

FARNELL

9556923

1

1

0.65 Schottky 40V 500mA MBR0540

SOD123

D3

PESD5V0S2BT

PESD5V0S2BT

PHILIPS

FARNELL

8737720

5

1

2.9 PESD5V0S2BT

SOT23

R2

100K

MC 0.063W 0603 1% 100K

MULTICOMP

FARNELL

9330402

50

1

1.4 Res 100K 0603 1%

0603

R22

100K

MC 0.063W 0603 1% 100K

MULTICOMP

FARNELL

9330402

50

1

1.4 Res 100K 0603 1%

0603

R6

100K

MC 0.063W 0603 1% 100K

MULTICOMP

FARNELL

9330402

50

1

1.4 Res 100K 0603 1%

0603

R7

100K

MC 0.063W 0603 1% 100K

MULTICOMP

FARNELL

9330402

50

1

1.4 Res 100K 0603 1%

0603

R8

100K

MC 0.063W 0603 1% 100K

MULTICOMP

FARNELL

9330402

50

1

1.4 Res 100K 0603 1%

0603

R9

100K

MC 0.063W 0603 1% 100K

MULTICOMP

FARNELL

9330402

50

1

1.4 Res 100K 0603 1%

0603

R1

10K

MC 0.063W 0603 1% 10K

MULTICOMP

FARNELL

9330399

50

1

1.4 Res 10K 0603 1%

0603

R17

10K

RC21

Phycomp

FARNELL

9233504

50

1

1.9 Res 10K 0603 1%

0603

R18

10K

RC21

Phycomp

FARNELL

9233504

50

1

1.9 Res 10K 0603 1%

0603

R19

10K

RC21

Phycomp

FARNELL

9233504

50

1

1.9 Res 10K 0603 1%

0603

R25

10K

RC21

Phycomp

FARNELL

9233504

50

1

1.9 Res 10K 0603 1%

0603

R10

120K

MC 0.063W 0603 1% 120K

MULTICOMP

FARNELL

9238735

50

1

1.4 Res 120K 0603 1%

0603

R16

1K

RC22H

Phycomp

FARNELL

9238484

50

1

2.17 Res 1K 0603 1%

0603

R20

1K

RC22H

Phycomp

FARNELL

9238484

50

1

2.17 Res 1K 0603 1%

0603

R24

22R

MC 0.063W 0603 1% 22R

MULTICOmP

FARNELL

9330844

50

1

1.4 Res 22R 0603 1%

0603

R3

22R

RC22H

Phycomp

FARNELL

9238280

50

1

1.95 Res 22R 0603 1%

0603

R4

22R

RC22H

Phycomp

FARNELL

9238280

50

1

1.95 Res 22R 0603 1%

0603

R14

330R

MC 0.063W 0603 1% 330R

Phycomp

FARNELL

9331018

50

1

1.4 Res 330R 0603 1%

0603

R15

330R

MC 0.063W 0603 1% 330R

Phycomp

FARNELL

9331018

50

1

1.4 Res 330R 0603 1%

0603

R21

330R

MC 0.063W 0603 1% 330R

Phycomp

FARNELL

9331018

50

1

1.4 Res 330R 0603 1%

0603

R5

330R

MC 0.063W 0603 1% 330R

Phycomp

FARNELL

9331018

50

1

1.4 Res 330R 0603 1%

0603

R11

47K

MC 0.063W 0603 1% 47K

MULTICOMP

FARNELL

9238689

50

1

1.4 Res 47K 0603 1%

0603

R23

51K

MC 0.063W 0603 1% 51K

MULTICOMP

FARNELL

9331310

50

1

1.4 Res 51K 0603 1%

0603

R12

56R

RC22H

Phycomp

FARNELL

9238336

50

1

2.17 Res 56R 0603 1%

0603

R13

56R

RC22H

Phycomp

FARNELL

9238336

50

1

2.17 Res 56R 0603 1%

0603

Q2

BC847

BC847

PHILIPS

FARNELL

1081230

10

1

1.4 BC847

SOT23

Q3

BCP54

BCP54-10

PHILIPS

FARNELL

8734828

1

1

0.63 BCP54

SOT223

Q1

SI2301BDS

SI2301BDS

VISHAY

FARNELL

8156670

5

1

2.7 SI2301BDS

SOT23-GSD

Altium Limited Confidential

27/03/2007

Page 1

Summary of Contents for ATAVRAUTO102

Page 1: ...ATAVRAUTO102 Kit User Guide...

Page 2: ...g Started 2 3 2 1 Unpacking the system 2 3 2 2 System Requirements 2 3 Section 3 Using the ATAVRAUTO102 3 5 3 1 Using the ATAVRAUTO102 board 3 5 3 2 Updating the ATAVRAUTO102 firmware 3 5 3 3 Using X...

Page 3: ...and AT90USB1287 1 1 Overview This document describes the ATAVRAUTO102 dedicated to AT90CAN128 and AT90USB1287 AVR microcontrollers This board is designed to allow an easy evalua tion of the products...

Page 4: ...ce On board resources 1 LIN transceiver with internal regulator watchdog ATA6621 1 LIN transceiver ATA6661 1 CAN transceiver ATA6660 8 Mbytes of DataFlash System clock Internal RC oscillator 16Mhz ext...

Page 5: ...B to A cable 1 Getting Started 1 Automotive CD Rom 1 AVR CD Rom software and technical library 1 Dear customer letter 2 2 System Requirements The ATAVRAUTO102 board is used as a tool to analyze car ne...

Page 6: ...er of the user guide Table 2 1 Main Jumpers function Jumper Description D_WD Set to disable the LIN transceiver watch dog default REMOVED MAST Set to use the master mode of LIN0 default SET MISO Set t...

Page 7: ...to work with If LIN0 is a master node set the jumper MAST Run X Analyser 3 2 Updating the ATAVRAUTO102 firmware For the future firmware revision the ATAVRAUTO900 will be used to update AT90CAN128 and...

Page 8: ...in AVR Studio An additional adaptor has to be used to program the board using ISP or JTAG mode The 10 pins connector is used for the JTAGICE mkII device and the 6 pins connector is used for the AVRIS...

Page 9: ...to describe the serial data in and serial data out respectively For AT90CAN128 these pins are mapped to PDI PE0 and PDO PE1 To program the device using AVR ISP programmer connect the AVR ISP to the ad...

Page 10: ...CAN Baudrate higher than 500Kb s a CAN load higher than 50 will imply the loss of CAN frames The Windows Operating System also implies limitations for the application If ATAnalyser is the only running...

Page 11: ...A AVR 06 07 Section 4 Technical specification System Unit Physical Dimensions L 92 x W 45 x H 14 mm Weight 31 g Operating Conditions Internal Voltage Supply Flash 3 3V Internal Voltage Supply Micro 5...

Page 12: ...hich target AVR device is used complete part number Target voltage and speed Clock source and fuse setting of the AVR Programming method ISP JTAG or specific Boot Loader Hardware revisions of the AVR...

Page 13: ...ATAVRAUTO102 User Guide 6 13 7720A AVR 06 07 Section 6 Complete schematics On the next pages the following documents of ATAVRAUTO102 are shown Bill of materials Complete schematics Assembly drawing...

Page 14: ...L2V2mm NISP_U 2mm V M22 2010205 HARWIN FARNELL 671915 10 1 1 12 Jump 2 Vert 2mm SIL2V2mm NRES_C 2mm V M22 2010205 HARWIN FARNELL 671915 10 1 1 12 Jump 2 Vert 2mm SIL2V2mm NRES_U 2mm V M22 2010205 HARW...

Page 15: ...S PCINT0 PB0 10 PCINT1 SCK PB1 11 PCINT7 PC0A OC1C PB7 17 INT4 TOSC1 PE4 18 INT5 TOSC2 PE5 19 RESET 20 VCC 21 GND 22 XTAL2 23 XTAL1 24 OC0B SCL INT0 PD0 25 OC2B SDA INT1 PD1 26 RxD1 INT2 PD2 27 A11 T3...

Page 16: ...PA4 AD4 47 PA3 AD3 48 PB2 MOSI 12 PB3 MISO 13 PB4 OC2A 14 PB5 OC1A 15 PB6 OC1B 16 PD3 TxD1 INT3 28 PD4 IC1 29 PD5 XCK1 TxCAN 30 PD6 T1 RxCAN 31 PD7 T0 32 PG0 WR 33 PG1 RD 34 PC0 A8 35 PC1 A9 36 PC2 A...

Page 17: ...Complete schematics ATAVRAUTO102 User Guide 6 17 7720A AVR 06 07...

Page 18: ...ise Atmel products are not suitable for and shall not be used in automotive applications Atmel s products are not intended authorized or warranted for use as components in applications intended to sup...

Page 19: ...Mouser Electronics Authorized Distributor Click to View Pricing Inventory Delivery Lifecycle Information Microchip ATAVRAUTO102...

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