ATSTK600-RC45

Manufacturer Part NumberATSTK600-RC45
DescriptionSTK600 ROUTING CARD AVR
ManufacturerAtmel
SeriesAVR®
ATSTK600-RC45 datasheet
 


Specifications of ATSTK600-RC45

Module/board TypeRouting CardFor Use With/related ProductsSTK600
Lead Free Status / RoHS StatusLead free / RoHS Compliant  
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AVR600: STK600 Expansion, routing and socket
1 Introduction
This application note describes the process of developing new routing, socket and
®
expansion cards for the STK
600. It also describes the physical parameters for
creating such cards.
The STK600 starter kit from Atmel has a sandwich design to match a specific part
package and pin out to the generic pin headers. It also features an expansion area
where most part pins are available.
While the variety of IC packages is relatively limited, the number of possible pin
outs increases rapidly with the number of pins. i.e. a 6 pin IC can have 720 (6!)
different pin outs!
The routing / socket card design provides a low cost solution to support upcoming
devices as the socket is the cost driving factor.
STK600 users might also want to create their own routing cards to include
specialized hardware to prototype their design.
Figure 1-1. STK600 router and socket card
boards
8-bit
Microcontrollers
Application Note
Rev. 8170B-AVR-12/10

ATSTK600-RC45 Summary of contents

  • Page 1

    ... STK 600. It also describes the physical parameters for creating such cards. The STK600 starter kit from Atmel has a sandwich design to match a specific part package and pin out to the generic pin headers. It also features an expansion area where most part pins are available. ...

  • Page 2

    Routing cards 2.1 Connector footprints AVR600 2 The routing cards sit between the generic socket card and the STK600. It has one pair of electric pads underneath to mate with the STK600 spring loaded connector, and one pair of ...

  • Page 3

    Physical dimensions and component placement 8170B-AVR-12/10 Figure 2-2. Routing card connector pad placement and dimensions Figure 2-3. Clip hole dimensions The board thickness should be 1.6mm to be compatible with the clips. Note that components on the main board ...

  • Page 4

    STK600 socket connectors pinout AVR600 4 Figure 2-4. Height restricted areas due to main board components The following figure shows the pinout for the STK600 headers. This correspond to the routing card connectors J1 and J2 Figure 2-5. STK600 ...

  • Page 5

    Table 2-2. STK600 J201 left, routing card J1 connector pin out Signal name VTG 2 PA1 4 PA3 6 PA5 8 PA7 10 VTG 12 PB1 14 PB3 16 PB5 18 PB7 20 VTG 22 PC1 24 PC3 26 ...

  • Page 6

    Table 2-3. STK600 J202 right, routing card connector J2 pin out AVR600 6 Signal name PH5 78 PH7 80 VTG 82 AREF0 84 AREF1 86 TGT_MOSI 88 TGT_MISO 90 TGT_SCK 92 TDI 94 TDO 96 TMS 98 TCK 100 Signal ...

  • Page 7

    Signal descriptions 8170B-AVR-12/10 Signal name PN7 50 VTG 52 PP1 54 PP3 56 PP5 58 PP7 60 VTG 62 PQ1 64 PQ3 66 PQ5 68 PQ7 70 VBUST 72 UVCON 74 Vcc 76 Vext 78 TGT_PDATA1 80 TGT_PDATA3 82 ...

  • Page 8

    Socket cards 3.1 Power design issues 3.2 Connector MPN AVR600 8 STK600 Signal name TGT_SCK, TGT_MISO, TGT_MOSI TGT_TDI, TGT_TDO, TGT_TMS, TGT_TCK VBUST UID UVCON DP, DN TGT_PDATA(0-7) TGT_CTRL0 TGT_CTRL1 TGT_CTRL2 TGT_CTRL3 TGT_CTRL4 TGT_CTRL5 TGT_CTRL6 TGT_CTRL7 BOARD_IDn Notes: 1. Not ...

  • Page 9

    Physical dimensions and component placement 4 Expansion cards 4.1 Connector MPN 8170B-AVR-12/10 Figure 3-1. Socket card connector placement and dimensions J1 7mm The board thickness should be 1.6mm to be compatible with the clips. The STK600 features an expansion ...

  • Page 10

    Physical dimensions and component placement AVR600 10 Figure 4-1. Expansion card connector placement and dimensions There is no requirement to board thickness. 8170B-AVR-12/10 ...

  • Page 11

    STK600 Expansion connectors pin out 8170B-AVR-12/10 Figure 4-2. Pinout for expansion connectors Table 4-2. STK600 J301 “expand0” connector pin out Signal name VTG 2 PA1 4 PA3 6 PA5 8 PA7 10 VTG 12 PB1 14 PB3 16 PB5 ...

  • Page 12

    Table 4-2. STK600 J302 “expand1” connector pinout AVR600 12 Signal name PD1 34 PD3 36 PD5 38 PD7 40 VTG 42 PE1 44 PE3 46 PE5 48 PE7 50 VTG 52 PF1 54 PF3 56 PF5 58 PF7 60 VTG ...

  • Page 13

    Signal name PJ3 6 PJ5 8 PJ7 10 VTG 12 PK1 14 PK3 16 PK5 18 PK7 20 VTG 22 PL1 24 PL3 26 PL5 28 PL7 30 VTG 32 PM1 34 PM3 36 PM5 38 PM7 40 VTG ...

  • Page 14

    ID System 5.1 Signal usage AVR600 14 Signal name TGT_PDATA5 84 TGT_PDATA7 86 TGT_PCTRL1 88 TGT_PCTRL3 90 TGT_PCTRL5 92 TGT_PCTRL7 94 Vcc3 96 BOARD_ID1 98 BOARD_ID7 100 The STK600 features an id system to identify which routing, socket and ...

  • Page 15

    ID functions 5.3 Examples 8170B-AVR-12/10 The functions and their output according to input A and ...

  • Page 16

    Design example AVR600 16 For an expansion card to report the ID 0xCF: Route BOARD_ID0 to BOARD_ID6 and VCC to BOARD_ID7 Figure 5-2. Expansion card id example For a router card to report the ID 0xCC: Route BOARD_ID0 to ...

  • Page 17

    Figure 6-1. Schema capture of socket card Both the socket and routing card must also include the clip holes: Figure 6-2. Clip holes included in schematic. 8170B-AVR-12/10 AVR600 17 ...

  • Page 18

    ... Figure 6-3. Schema capture of routing card Copyright © 2008, Atmel Corporation AVR600 18 8170B-AVR-12/10 ...

  • Page 19

    ... Disclaimer: The information in this document is provided in connection with Atmel products. No license, express or implied, by estoppel or otherwise, to any intellectual property right is granted by this document or in connection with the sale of Atmel products. EXCEPT AS SET FORTH IN THE ATMEL TERMS AND CONDITIONS OF SALES LOCATED ON THE ATMEL WEBSITE, ATMEL ASSUMES NO LIABILITY WHATSOEVER AND DISCLAIMS ANY EXPRESS, IMPLIED OR STATUTORY WARRANTY RELATING TO ITS PRODUCTS INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTY OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, OR NON-INFRINGEMENT ...