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Maxim Integrated Products 1
For pricing, delivery, and ordering information, please contact Maxim Direct at 1-888-629-4642, or visit Maxim’s website at www.maxim-ic.com.
DS26900 Demo Kit
General Description
The DS26900 design kit provides a convenient platform to evaluate the DS26900. Connectors are provided to access all of the master and secondary JTAG ports. Jumpers allow configuration of all the DS26900 operating modes, and LEDs provide visual indication of device states.
This document is intended to be used along with the DS26900 data sheet, available online at www.maxim-ic.com/DS26900.
Features
♦ Ribbon Cable Connectors for Master and Secondary JTAG Port Connections
♦ Jumpers for Device Configuration ♦ LEDs for Device State Outputs ♦ Simple Power Connections
Ordering Information
PART DESCRIPTION DS26900DK Demo kit for DS26900
DS26900 Demo Kit Layout
Rev: 110107
_______________________________________________________________________________________ DS26900DK
Rev: 110107 2 of 23
Table of Contents
1. DS26900 DEMO KIT PCB LAYOUT................................................................................................4
2. OPERATION ....................................................................................................................................5
3. DS26900DK CONNECTORS, JUMPERS, AND INDICATORS.......................................................5 3.1 POWER ...........................................................................................................................................5 3.2 RESET ............................................................................................................................................5 3.3 DEVICE STATUS OUTPUTS...............................................................................................................5
3.3.1 Selected Secondary Port Indication....................................................................................................... 5 3.3.2 MGNT2–MGNT0.................................................................................................................................... 6 3.3.3 DPDV, MCI, and ACT ............................................................................................................................ 6
3.4 JTAG PORT CONNECTIONS.............................................................................................................6 3.4.1 JTAG Master Connectors Pinouts ......................................................................................................... 7 3.4.2 JTAG Secondary Port Connections ....................................................................................................... 8
3.5 JUMPERS AND INDICATORS ..............................................................................................................9 4. SAMPLE SETUP............................................................................................................................10
4.1 CONFIGURE DEVICE ......................................................................................................................10 4.2 SELECT MASTER PORT..................................................................................................................10
5. ADDITIONAL INFORMATION/RESOURCES................................................................................11 5.1 DS26900 INFORMATION................................................................................................................11 5.2 DS26900DK INFORMATION...........................................................................................................11 5.3 TECHNICAL SUPPORT ....................................................................................................................11
6. SCHEMATICS ................................................................................................................................11
7. DOCUMENT REVISION HISTORY................................................................................................12
_______________________________________________________________________________________ DS26900DK
Rev: 110107 3 of 23
List of Figures
Figure 1-1. DS26900 Demo Kit Board Floorplan......................................................................................................... 4
List of Tables
Table 3-1. Power Connections .................................................................................................................................... 5 Table 3-2. SSPI4–SSPI0 Connections ......................................................................................................................... 6 Table 3-3. MGNT0–MGNT2 Connections ................................................................................................................... 6 Table 3-4. DPDV, MCI, and ACT Connections............................................................................................................ 6 Table 3-5. JTAG Master Port Connectors ................................................................................................................... 6 Table 3-6. J7, J8, and J9 Master Port Connector Pinouts........................................................................................... 7 Table 3-7. Secondary Port Connections...................................................................................................................... 8 Table 3-8. Jumpers...................................................................................................................................................... 9 Table 3-9. LED Indicators ............................................................................................................................................ 9 Table 4-1. Jumper Settings for Single Package Mode of Operation ......................................................................... 10 Table 4-2. Using External Test Master as the Master Port ....................................................................................... 10 Table 4-3. Using Test Master 1 as the master port ................................................................................................... 10 Table 4-4. Using Test Master 2 as the Master Port................................................................................................... 10
_______________________________________________________________________________________ DS26900DK
Rev: 110107 4 of 23
1. DS26900 Demo Kit PCB Layout
Figure 1-1 shows the location of the master and secondary JTAG ports, jumpers, power connectors, and reset switch.
Figure 1-1. DS26900 Demo Kit Board Floorplan
J6
J5
J4
J9
J7
J8
J12
J11
SW1
J10
J13
DA
LLAS
DS26900
xxxxx xxxxx
DS7DS8DS1DS6DS13DS5DS2DS3DS11DS4DS12DS9DS14DS10DS15
JP8JP7
JP9JP10 JP5
JP6
JP1JP2 JP4
JP3JP12JP11JP13JP14
J14 J15
J1
_______________________________________________________________________________________ DS26900DK
Rev: 110107 5 of 23
2. Operation
The simplest configuration to test for communication with the DS26900 demo kit is to connect a JTAG source to master port 1, connect power, and, using JTAG sequences, manipulate some of the device state output LEDs on the board. The SSPIx LEDs can be used to verify that the desired secondary port is being selected. The GPIOx LEDs can be observed to verify that the GPIO pins are being correctly selected. See Section 4 for the basic setup.
3. DS26900DK Connectors, Jumpers, and Indicators
See Figure 1-1 for location of connectors, switches, jumpers, and LED indicators described in this section. Refer to the DS26900 data sheet for a complete explanation of these device functions.
3.1 Power
The DS26900 demo kit is powered from a 3.3V supply. Two banana-type connectors are provided on the backside of the board, one for +3.3V and one for ground. See Table 3-3.
Table 3-1. Power Connections
CONNECTOR FUNCTION J14 +3.3V J15 Ground
3.2 Reset
The reset pushbutton (SW1) controls the DS26900’s RST input. Pushing this button provides an asynchronous reset for all the global registers and logic in the DS26900.
3.3 Device Status Outputs
The status of the following signals can be observed through LEDs on the board. Additionally, connectors J4, J5, and J6 are provided to make electrical connection for driving off-board circuitry.
3.3.1 Selected Secondary Port Indication
SSPI4–SSPI0 provide a binary indication as to which secondary port is currently selected in the manner described below.
4 3 2 1 0 1 1 1 1 1 = No secondary port selected 1 1 1 1 0 = Secondary port 1 selected
.
.
. 0 1 1 0 1 = Secondary port 18 selected
_______________________________________________________________________________________ DS26900DK
Rev: 110107 6 of 23
Table 3-2. SSPI4–SSPI0 Connections
CONNECTOR FUNCTION J6 - 4 SSPI4 J4 - 1 SSPI3 J4 - 2 SSPI2 J4 - 3 SSPI1 J4 - 4 SSPI0
3.3.2 MGNT2–MGNT0
The MGNT2–MGNT0 outputs provide an indication as to which master port currently has control of the device as shown in Table 3-3.
Table 3-3. MGNT0–MGNT2 Connections
CONNECTOR FUNCTION J5 - 3 MGNT2 J5 - 2 MGNT1 J5 - 1 MGNT0
3.3.3 DPDV, MCI, and ACT
The signals DPDV, MCI, and ACT provide indications of various device states as shown in Table 3-4.
Table 3-4. DPDV, MCI, and ACT Connections
CONNECTOR FUNCTION
J6 - 1 MCI: LED ON when more than one of the EREQ, TMREQ1, or TMREQ2 signals is asserted low.
J6 - 2 ACT: LED ON when active. Active state is determined by the MSB of the instruction code and the state of the mode input pins M0 and M1, and the presence of an active master.
J6 - 3 DPDV: LED ON when the DPDV bit in the Device Configuration register is set = 1.
3.4 JTAG Port Connections
Table 3-5. JTAG Master Port Connectors
CONNECTOR FUNCTION (MicroTCA™ JSM NOMENCLATURE)
J7 MASTER 3 (Extended Test Master) J8 MASTER 1 (Test Master 1) J9 MASTER 2 (Test Master 2) J10 SECONDARY PORTS 1–5 J11 SECONDARY PORTS 6–10 J12 SECONDARY PORTS 11–15 J13 SECONDARY PORTS 16–18
MicroTCA is a trademark of of PICMG-PCI Industrial Computer Manufacturers Group, Inc.
_______________________________________________________________________________________ DS26900DK
Rev: 110107 7 of 23
3.4.1 JTAG Master Connectors Pinouts
Connectors J7, J8, and J9 interface to the DS26900’s three master ports. Some signals available at these connectors can be controlled dynamically from the connector or from jumpers. Table 3-6 indicates which signals have alternate jumpers. When driving a signal from the master port connectors the jumper can be removed or placed in a pullup or pulldown position determined by the method of driving the signal.
Table 3-6. J7, J8, and J9 Master Port Connector Pinouts J7 EXTENDED TEST
MASTER J8 TEST MASTER 1 J9 TEST MASTER 2 PIN SIGNAL I/O SIGNAL I/O SIGNAL I/O
1 ETCK I TCK1 I TCK2 I 2 GND — GND — GND — 3 ETDO 0 TDO1 0 TDO2 0 4 GND — GND — GND — 5 ETMS I TMS1 I TMS2 I 6 GND — GND — GND — 7 ECFG * I TRST1 I TRST2 I 8 GND — GND — GND — 9 ETDI I TDI1 I TDI2 I 10 GND — GND — GND — 11 N.C. — N.C. — N.C. — 12 N.C. — N.C. — N.C. — 13 GND — GND — GND — 14 EREQ * I TMREQ1* I TMREQ2* I 15 GND — GND — GND — 16 MGNT0 O MGNT1 O MGNT2 O 17 GND — GND — GND — 18 N.C. — N.C. — N.C. — 19 GND — GND — GND — 20 N.C. — N.C. — N.C. —
* Indicates that a jumper option is available for this signal.
_______________________________________________________________________________________ DS26900DK
Rev: 110107 8 of 23
3.4.2 JTAG Secondary Port Connections
Table 3-7. Secondary Port Connections PORT CONNECTOR SIGNALS PIN PORT CONNECTOR SIGNALS PIN
STCK1 1 STCK10 41 STDI1 3 STDI10 43 STDO1 5 STDO10 45 STRST1 7 STRST10 47
1 J10
STMS1 9
10 J11
STMS10 49 STCK2 11 STCK11 1 STDI2 13 STDI11 3 STDO2 15 STDO11 5 STRST2 17 STRST11 7
2 J10
STMS2 19
11 J12
STMS11 9 STCK3 21 STCK12 11 STDI3 23 STDI12 13 STDO3 25 STDO12 15 STRST3 27 STRST12 17
3 J10
STMS3 29
12 J12
STMS12 19 STCK4 31 STCK13 21 STDI4 33 STDI13 23 STDO4 35 STDO13 25 STRST4 37 STRST13 27
4 J10
STMS4 39
13 J12
STMS13 29 STCK5 41 STCK14 31 STDI5 43 STDI14 33 STDO5 45 STDO14 35 STRST5 47 STRST14 37
5 J10
STMS5 49
14 J12
STMS14 39 STCK6 1 STCK15 41 STDI6 3 STDI15 43 STDO6 5 STDO15 45 STRST6 7 STRST15 47
6 J11
STMS6 9
15 J12
STMS15 49 STCK7 11 STCK16 1 STDI7 13 STDI16 3 STDO7 15 STDO16 5 STRST7 17 STRST16 7
7 J11
STMS7 19
16 J13
STMS16 9 STCK8 21 STCK17 11 STDI8 23 STDI17 13 STDO8 25 STDO17 15 STRST8 27 STRST17 17
8 J11
STMS8 29
17 J13
STMS17 19 STCK9 31 STCK18 41 STDI9 33 STDI18 43 STDO9 35 STDO18 45 STRST9 37 STRST18 47
9 J11
STMS9 39
18 J13
STMS18 49
_______________________________________________________________________________________ DS26900DK
Rev: 110107 9 of 23
3.5 Jumpers and Indicators
Table 3-8. Jumpers
JUMPER DEVICE PIN JP1 TEST JP2 RST JP3 M[1] JP4 M[0] JP5 HIZ JP6 TMREQ2 JP7 TMREQ1 JP8 EREQ JP9 PREN
JP10 ECFG JP11 GPIO[2] JP12 GPIO[3] JP13 GPIO[0] JP14 GPIO[1]
Table 3-9. LED Indicators
LED FUNCTION DS1 DPDV DS2 SSPI4 DS3 SSPI3 DS4 SSPI1 DS5 MGNT2 DS6 MGNT0 DS7 MCI DS8 ACT DS9 GPIO[3] DS10 GPIO[1] DS11 SSPI2 DS12 SSPI0 DS13 MGNT1 DS14 GPIO[2] DS15 GPIO[0] DS16 POWER
_______________________________________________________________________________________ DS26900DK
Rev: 110107 10 of 23
4. Sample Setup
4.1 Configure Device
Jumpers are used to configure the basic settings of the device.
Table 4-1. Jumper Settings for Single Package Mode of Operation
JUMPER SETTING/FUNCTION JP3, JP4 M[1:0] = 00: Configures device to single package mode
JP10 PREN = 1: Enables internal pull resistors JP2 RST = 1: Enables switch SW1 to perform reset function JP1 TEST = 1: Disable factory test mode JP5 HIZ = 1: Disable output high-impedance mode
4.2 Select Master Port
The following signals can be controlled through jumper settings or from the J7, J8, and J9 master port connectors. If using the signals from the connectors, the jumpers may be removed or configured as pullup or pulldown resistors as needed.
Table 4-2. Using External Test Master as the Master Port
JUMPER CONNECTOR PIN SETTING/FUNCTION
JP8 J7 - 14 EREQ = 0: Selects external test master as the master port
JP10 J7 - 7 ECFG = 0: Enables Configuration Mode ECFG = 1: Enables Transparent (normal) Mode
Table 4-3. Using Test Master 1 as the master port
JUMPER CONNECTOR PIN SETTING/FUNCTION
JP8 J7 - 14 EREQ = 1: Deselects external test master as the master port
JP7 J8 - 14 TREQ1 = 0: Selects test master 1 as the master port
— J8 - 7 TRST1 = 0: Enables Configuration Mode TRST1 = 1: Enables Transparent (normal) Mode
Table 4-4. Using Test Master 2 as the Master Port
JUMPER CONNECTOR PIN SETTING/FUNCTION
JP8 J7 - 14 EREQ = 1: Deselects external test master as the master port
JP7 J8 - 14 TREQ1 = 1: Deselects test master 1 as the master port
JP6 J9 - 14 TREQ2 = 0: Selects test master 2 as the master port
— J9 - 7 TRST2 = 0: Enables Configuration Mode TRST2 = 1: Enables Transparent (normal) Mode
_______________________________________________________________________________________ DS26900DK
Rev: 110107 11 of 23
5. Additional Information/Resources
5.1 DS26900 Information
For more information about the DS26900, refer to the DS26900 data sheet at www.maxim-ic.com/DS26900.
5.2 DS26900DK Information
For more information about the DS26900DK including software downloads, refer to the DS26900DK Quick View page at www.maxim-ic.com/DS26900DK.
5.3 Technical Support
For additional technical support, e-mail your questions to [email protected].
6. Schematics
The schematics are featured in the following 11 pages.
_______________________________________________________________________________________ DS26900DK
Rev: 110107 12 of 23
Maxim cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a Maxim product. No circuit patent licenses are implied. Maxim reserves the right to change the circuitry and specifications without notice at any time.
Maxim Integrated Products , 120 San Gabrie l Dr ive , Sunnyvale , CA 94086 408-737-7600 © 2007 Maxim Integrated Products is a registered trademark of Maxim Integrated Products.
7. Document Revision History
REVISION DATE DESCRIPTION
110107 Initial release.
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DATE
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:
EN
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112 2
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DATE
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:
EN
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112 2
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112 2
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DATE
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:
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112 2
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PAG
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DATE
:TI
TLE
:
EN
GIN
EE
R:
AA
BB
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112 2
334 4
556 6
778 8
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DATE
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112 2
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