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Digital control board documentation (view source)
Revision as of 20:22, 20 August 2010
, 20:22, 20 August 2010→Channel Descriptions
=== Pinout Table ===
=== Pinout Table ===
{| cellpadding=3 border=1 |
{| cellpadding=3 border=1 |
| '''Pin #'''
| '''Pin #''' || '''Net Name''' || '''Signal Name'''
| '''Net Name'''
| '''Description'''
| '''Description'''
|-
|-
| P1
| P1 || FPGA/TMS || [JTAG]
| FPGA/TMS
| JTAG
| JTAG
|-
|-
| P2
| P2 || FPGA/TDI || [JTAG]
| FPGA/TDI
| JTAG
| JTAG
|-
|-
| P3
| P3 || AD7928/CS || SPI_A_iCS
| AD7928/CS
| SPI chip select for ADC
| SPI chip select for ADC
|-
|-
| P4
| P4 || SPI || SPI_SDI
| SPI
| '''Corrected
| '''Erroneously wired SPI bus trace'''<br>Connects to SDO on temp. sensor and DIN on ADC
|-
|-
| P5
| P5 || CLK_5MHZ || SPI_SCLK
| CLK_5MHZ
| 5 MHz clock output for SPI bus (ADC and temp. sensor)
| 5 MHz clock output for SPI bus (ADC and temp. sensor)
|-
|-
| P6
| P6 || No connection ||
| No connection
|
|
|-
|-
| P7
| P7 || No connection ||
| No connection
|
|
|-
|-
| P8
| P8 || DGND ||
| DGND
|
|
|-
|-
| P9
| P9 || No connection ||
| No connection
|
|
|-
|-
| P10
| P10 || No connection ||
| No connection
|
|
|-
|-
| P11
| P11 || +3.3V ||
| +3.3V
|
|
|-
|-
| P12
| P12 || No connection ||
| No connection
|
|
|-
|-
| P13
| P13 || No connection ||
| No connection
|
|
|-
|-
| P14
| P14 || DGND ||
| DGND
|
|
|-
|-
| P15
| P15 || No connection ||
| No connection
|
|
|-
|-
| P16
| P16 || No connection ||
| No connection
|
|
|-
|-
| P17
| P17 || +1.2V ||
| +1.2V
|
|
|-
|-
| P18
| P18 || DGND ||
| DGND
|
|
|-
|-
| P19
| P19 || dBinfo_Start ||
| No connection
|
|
|-
|-
| P20
| P20 || dBinfo_Stream ||
| No connection
|
|
|-
|-
| P21
| P21 || No connection ||
| No connection
|
|
|-
|-
| P22
| P22 || +3.3V ||
| +3.3V
|
|
|-
|-
| P23
| P23 || DGND || [M1: JTAG prog. config.]
| DGND
|
|
|-
|-
| P24
| P24 || DGND || [M2: JTAG prog. config.]
| DGND
|
|
|-
|-
| P25
| P25 || DGND || [M0: JTAG prog. config.]
| DGND
|
|
|-
|-
| P26
| P26 || +3.3V ||
| +3.3V
|
|
|-
|-
| P27
| P27 || FPGA/CLK_IN || fClk
| FPGA/CLK_IN
| 20 MHz clock input from crystal oscillator
| 20 MHz clock input from crystal oscillator
|-
|-
| P28
| P28 || No connection ||
| No connection
|
|
|-
|-
| P29
| P29 || No connection || (db) state_Q(0)
| No connection
|
|
|-
|-
| P30
| P30 || No connection ||
| No connection
|
|
|-
|-
| P31
| P31 || No connection || (db) state_Q(1)
| No connection
|
|
|-
|-
| P32
| P32 || No connection ||
| No connection
|
|
|-
|-
| P33
| P33 || No connection || (db) state_Q(2)
| No connection
|
|
|-
|-
| P34
| P34 || No connection ||
| No connection
|
|
|-
|-
| P35
| P35 || CP2201/INT || Eth_iINT
| CP2201/INT
| Ethernet controller interrupt
| Ethernet controller interrupt
|-
|-
| P36
| P36 || MASTER_RESET || Rst
| MASTER_RESET
| Connects to RESET jumper in upper left of board (active-low, externally pulled up)
| Connects to RESET jumper in upper left of board (active-low, externally pulled up)
|-
|-
| P37
| P37 || (manually wired) || fClk_out
| No connection
|
|
|-
|-
| P38
| P38 || +1.2V ||
| +1.2V
|
|
|-
|-
| P39
| P39 || No connection ||
| No connection
|
|
|-
|-
| P40
| P40 || CP2201/CS || iCS
| CP2201/CS
| Chip select for ethernet controller
| Chip select for ethernet controller
|-
|-
| P41
| P41 || CP2201/WR || iWR
| CP2201/WR
| Write enable for ethernet controller
| Write enable for ethernet controller
|-
|-
| P42
| P42 || DGND ||
| DGND
|
|
|-
|-
| P43
| P43 || CP2201/RD || iRD
| CP2201/RD
| Read enable for ethernet controller
| Read enable for ethernet controller
|-
|-
| P44
| P44 || CP2201/ALE || ALE
| CP2201/ALE
| Address line enable for ethernet controller
| Address line enable for ethernet controller
|-
|-
| P45
| P45 || +3.3V ||
| +3.3V
|
|
|-
|-
| P46
| P46 || CP2201/RESET || Eth_iRst
| CP2201/RESET
| Reset pin for ethernet controller
| Reset pin for ethernet controller
|-
|-
| P47
| P47 || DGND ||
| DGND
|
|
|-
|-
| P48
| P48 || FPGA/INIT_B || [JTAG]
| FPGA/INIT_B
| Used during FPGA configuration - see Xilinx documentation
| Used during FPGA configuration - see Xilinx documentation
|-
|-
| P49
| P49 || CP2201/AD0 || AD(0)
| CP2201/AD0
| Ethernet controller address/data bus, bit 0
| Ethernet controller address/data bus, bit 0
|-
|-
| P50
| P50 || CP2201/AD1 || AD(1)
| CP2201/AD1
| Ethernet controller address/data bus, bit 1
| Ethernet controller address/data bus, bit 1
|-
|-
| P51
| P51 || FPGA/DIN || [JTAG]
| FPGA/DIN
| Serial data input from EEPROM for configuration
| Serial data input from EEPROM for configuration
|-
|-
| P52
| P52 || CP2201/AD2 || AD(2)
| CP2201/AD2
| Ethernet controller address/data bus, bit 2
| Ethernet controller address/data bus, bit 2
|-
|-
| P53
| P53 || FPGA/CCLK || [JTAG]
| FPGA/CCLK
| Configuration clock (signal generated by FPGA at <br>power on to clock the configuration process)<br>See Xilinx documentation
| Configuration clock (signal generated by FPGA at <br>power on to clock the configuration process)<br>See Xilinx documentation
|-
|-
| P54
| P54 || FPGA/DONE || [JTAG]
| FPGA/DONE
| Gives configuration status - see Xilinx documentation
| Gives configuration status - see Xilinx documentation
|-
|-
| P55
| P55 || +3.3V ||
| +3.3V
|
|
|-
|-
| P56
| P56 || CP2201/AD3 || AD(3)
| CP2201/AD3
| Ethernet controller address/data bus, bit 3
| Ethernet controller address/data bus, bit 3
|-
|-
| P57
| P57 || CP2201/AD4 || AD(4)
| CP2201/AD4
| Ethernet controller address/data bus, bit 4
| Ethernet controller address/data bus, bit 4
|-
|-
| P58
| P58 || DGND ||
| DGND
|
|
|-
|-
| P59
| P59 || CP2201/AD5 || AD(5)
| CP2201/AD5
| Ethernet controller address/data bus, bit 5
| Ethernet controller address/data bus, bit 5
|-
|-
| P60
| P60 || CP2201/AD6 || AD(6)
| CP2201/AD6
| Ethernet controller address/date bus, bit 6
| Ethernet controller address/date bus, bit 6
|-
|-
| P61
| P61 || CP2201/AD7 || AD(7)
| CP2201/AD7
| Ethernet controller address/date bus, bit 7
| Ethernet controller address/date bus, bit 7
|-
|-
| P62
| P62 || No connection ||
| No connection
|
|
|-
|-
| P63
| P63 || DGND ||
| DGND
|
|
|-
|-
| P64
| P64 || No connection ||
| No connection
|
|
|-
|-
| P65
| P65 || No connection ||
| No connection
|
|
|-
|-
| P66
| P66 || +1.2V ||
| +1.2V
|
|
|-
|-
| P67
| P67 || +3.3V ||
| +3.3V
|
|
|-
|-
| P68
| P68 || +3.3V ||
| +3.3V
|
|
|-
|-
| P69
| P69 || DGND ||
| DGND
|
|
|-
|-
| P70
| P70 || ID3 || LocStamp(3)
| ID3
| Backplane location identifier jumper, pins 3 & 4<br>Active-low, FPGA should pull high
| Backplane location identifier jumper, pins 3 & 4<br>Active-low, FPGA should pull high
|-
|-
| P71
| P71 || ID2 || LocStamp(2)
| ID2
| Backplane location identifier jumper, pins 5 & 6<br>Active-low, FPGA should pull high
| Backplane location identifier jumper, pins 5 & 6<br>Active-low, FPGA should pull high
|-
|-
| P72
| P72 || ID1 || LocStamp(1)
| ID1
| Backplane location identifier jumper, pins 7 & 8<br>Active-low, FPGA should pull high
| Backplane location identifier jumper, pins 7 & 8<br>Active-low, FPGA should pull high
|-
|-
| P73
| P73 || ID0 || LocStamp(0)
| ID0
| Backplane location identifier jumper, pins 9 & 10<br>Active-low, FPGA should pull high
| Backplane location identifier jumper, pins 9 & 10<br>Active-low, FPGA should pull high
|-
|-
| P74
| P74 || DGND ||
| DGND
|
|
|-
|-
| P75
| P75 || FPGA/TDO || [JTAG]
| FPGA/TDO
| JTAG
| JTAG
|-
|-
| P76
| P76 || FPGA/TCK || [JTAG]
| FPGA/TCK
| JTAG
| JTAG
|-
|-
| P77
| P77 || ID4 || LocStamp(4)
| ID4
| Backplane location identifier jumper, pins 1 & 2<br>Active-low, FPGA should pull high
| Backplane location identifier jumper, pins 1 & 2<br>Active-low, FPGA should pull high
|-
|-
| P78
| P78 || No connection ||
| No connection
|
|
|-
|-
| P79
| P79 || +3.3V ||
| +3.3V
|
|
|-
|-
| P80
| P80 || DGND ||
| DGND
|
|
|-
|-
| P81
| P81 || +1.2V ||
| +1.2V
|
|
|-
|-
| P82
| P82 || No connection || (db) dbShort
| No connection
| Shorts out the waiting timer in FPGA for Ethernet controller initialization (pulled low)
|
|-
|-
| P83
| P83 || CLK_5MHZ_2 || DAC_Clk
| CLK_5MHZ_2
| 5 MHz clock output for DAC
| 5 MHz clock output for DAC
|-
|-
| P84
| P84 || No connection ||
| No connection
|
|
|-
|-
| P85
| P85 || AD5535/DIN || DAC_serData
| AD5535/DIN
| DAC serial data input (FPGA out -> DAC in)
| DAC serial data input (FPGA out -> DAC in)
|-
|-
| P86
| P86 || No connection ||
| No connection
|
|-
| P87 || DGND ||
|
|
|-
|-
| P87
| P88 || AD5535/SYNC || DAC_setISync
| DGND
|
|
|-
|-
| P89
| P89 || No connection ||
| No connection
|
|
|-
|-
| P90
| P90 || No connection ||
| No connection
|
|
|-
|-
| P91
| P91 || DGND ||
| DGND
|
|
|-
|-
| P92
| P92 || +3.3V ||
| +3.3V
|
|
|-
|-
| P93
| P93 || AD7314/CE || SPI_TCE
| AD7314/CE
| Chip enable for temperature sensor
| Chip enable for temperature sensor
|-
|-
| P94
| P94 || No connection ||
| No connection
|
|
|-
|-
| P95
| P95 || DGND ||
| DGND
|
|
|-
|-
| P96
| P96 || +3.3V ||
| +3.3V
|
|
|-
|-
| P97
| P97 || SPI_SDI ||
| AD7928/DOUT
| '''Corrected
| '''Erroneously wired ADC SPI bus connection'''<br>Connects to DOUT on ADC
|-
|-
| P98
| P98 || AD5535/RESET || DAC_iRst
| AD5535/RESET
|Reset pin for DAC
| Reset pin for DAC
|-
|-
| P99
| P99 || DGND ||
| DGND
| PUDC_B pin - enables pullup resistors on user IO and input-only pins during FPGA config.
|
|-
|-
| P100
| P100 || FPGA/PROG_B || [JTAG]
| FPGA/PROG_B
| Used during FPGA configuration - see Xilinx documentation
| Used during FPGA configuration - see Xilinx documentation
|}
|}
===Pinout Table===
===Pinout Table===
Note that the header is positioned on the board rotated 180 degrees from the position in which it is shown in the Xilinx documentation. Care must be taken when connecting the flying leads to ensure they are connected to the right pins. Connecting the flying leads to the wrong side of the header will cause all of the leads to short on the digital board's ground plane. This will certainly cause undesired operation, and may or may not cause damage. Improper wiring is most likely to cause damage if one of the flying leads is connected to an odd numbered pin. '''Note from the pinout table below that no flying lead connections should ever be made to the odd numbered pins on the JTAG header.'''
Note that the header is positioned on the board rotated 180 degrees from the position in which it is shown in the Xilinx documentation. Care must be taken when connecting the flying leads to ensure they are connected to the right pins. Improper wiring will certainly cause undesired operation, and may cause damage as well. Damage is most likely to occur if one of the flying leads is improperly connected to an odd numbered pin, since it will short to the PCB's ground plane.
{| cellpadding=3 border=1 |
{| cellpadding=3 border=1 |
| '''Pin #'''
| '''Pin #'''
| '''Net Name'''
| '''Net Name'''
| '''Flying Lead'''
| '''Description'''
| '''Description'''
|-
|-
| 1, 3, 5, 7, 9, 11, 13 (odd pins)
| 1, 3, 5, 7, 9, 11, 13 (odd pins)
| DGND
| DGND
| Ground pins for signal integrity<br>'''Never connect a flying lead to these pins'''<br>Doing so will short to ground and may cause permanent damage if the Platform USB II cable does not have protection against this.
| Black (connect to any odd numbered pin)
| Ground pins for signal integrity<br>'''Never connect a flying lead other than the black lead to an odd numbered pin'''<br>Doing so will short to ground and may cause permanent damage if the Platform USB II cable does not have protection against this.
|-
|-
| 2
| 2
| +3.3V
| +3.3V
| <span style="color: red">Red/VREF</span>
| Power source for all JTAG logic
| Power source for all JTAG logic
|-
|-
| 4
| 4
| FPGA/TMS
| FPGA/TMS
| <span style="color: green">Green/TMS</span>
| JTAG TMS - connects to EEPROM and FPGA
| JTAG TMS - connects to EEPROM and FPGA
|-
|-
| 6
| 6
| FPGA/TCK
| FPGA/TCK
| <span style="color: yellow">Yellow/TCK</span>
| JTAG TCK - connects to EEPROM and FPGA
| JTAG TCK - connects to EEPROM and FPGA
|-
|-
| 8
| 8
| FPGA/TDO
| FPGA/TDO
| <span style="color: purple">Purple/TDO</span>
| JTAG boundary scan chain endpoint
| JTAG boundary scan chain endpoint
|-
|-
| 10
| 10
| EEPROM/TDI
| EEPROM/TDI
| White/TDI
| JTAG boundary scan chain start point
| JTAG boundary scan chain start point
|-
|-
| 12
| 12
| No connection
| No connection
|
| Pin is floating
| Pin is floating
|-
|-
| 14
| 14
| No connection
| No connection
|
| Pin is floating
| Pin is floating
|}
|}
''The gray HALT flying lead is not connected.''
===JTAG Overview===
===JTAG Overview===
| '''Digital Board Eurocard Pin #'''
| '''Digital Board Eurocard Pin #'''
| '''Amplifier Board Eurocard Pin #'''
| '''Amplifier Board Eurocard Pin #'''
| '''Physical Channel #'''
| '''Amplifier Channel #'''
|-
|-
| 0
| 0
| B1
| B1
| B3
| B3
|
| B6
|
| 6
|-
|-
| 1
| 1
| A2
| A2
| C4
| C4
|
| B7
|
| 7
|-
|-
| 2
| 2
| D1
| D1
| B2
| B2
|
| B4
|
| 4
|-
|-
| 3
| 3
| C2
| C2
| C3
| C3
|
| B5
|
| 5
|-
|-
| 4
| 4
| B3
| B3
| B4
| B4
|
| B8
|
| 8
|-
|-
| 5
| 5
| E2
| E2
| C2
| C2
|
| B3
|
| 3
|-
|-
| 6
| 6
| F3
| F3
| B1
| B1
|
| B2
|
| 2
|-
|-
| 7
| 7
| A4
| A4
| B5
| B5
|
| B10
|
| 10
|-
|-
| 8
| 8
| E4
| E4
| C5
| C5
|
| B9
|
| 9
|-
|-
| 9
| 9
| B5
| B5
| C6
| C6
|
| B11
|
| 11
|-
|-
| 10
| 10
| F5
| F5
| C1
| C1
|
| B1
|
| 1
|-
|-
| 11
| 11
| A6
| A6
| C7
| C7
|
| B13
|
| 13
|-
|-
| 12
| 12
| E6
| E6
| B6
| B6
|
| B12
|
| 12
|-
|-
| 13
| 13
| B7
| B7
| B7
| B7
|
| B14
|
| 14
|-
|-
| 14
| 14
| F7
| F7
| C10
| C10
|
| B19
|
| 19
|-
|-
| 15
| 15
| E8
| E8
| C8
| C8
|
| B15
|
| 15
|-
|-
| 16
| 16
| A8
| A8
| B8
| B8
|
| B16
|
| 16
|-
|-
| 17
| 17
| B9
| B9
| C9
| C9
|
| B17
|
| 17
|-
|-
| 18
| 18
| F9
| F9
| C16
| C16
|
| B31
|
| GAINMODE
|-
|-
| 19
| 19
| E10
| E10
| B11
| B11
|
| B22
|
| 22
|-
|-
| 20
| 20
| A10
| A10
| B9
| B9
|
| B18
|
| 18
|-
|-
| 21
| 21
| B11
| B11
| B10
| B10
|
| B20
|
| 20
|-
|-
| 22
| 22
| C12
| C12
| B12
| B12
|
| B24
|
| 24
|-
|-
| 23
| 23
| D13
| D13
| B13
| B13
|
| B26
|
| 26
|-
|-
| 24
| 24
| E12
| E12
| B14
| B14
|
| B28
|
| 28
|-
|-
| 25
| 25
| A12
| A12
| C11
| C11
|
| B21
|
| 21
|-
|-
| 26
| 26
| B13
| B13
| C12
| C12
|
| B23
|
| 23
|-
|-
| 27
| 27
| H13
| H13
| B16
| B16
|
| B30
|
| 30
|-
|-
| 28
| 28
| G14
| G14
| B15
| B15
|
| B27
|
| 27
|-
|-
| 29
| 29
| C14
| C14
| C13
| C13
|
| B25
|
| 25
|-
|-
| 30
| 30
| F13
| F13
| C15
| C15
|
| B29
|
| 29
|-
|-
| 31
| 31
| E14
| E14
| C14
| C14
|
| Not connected
| DACHEALTH<br>See [[#Channel Descriptions | ADC Channel Descriptions]].
| No amplifier connection<br>DACHEALTH<br>See [[#Channel Descriptions | ADC Channel Descriptions]].
|}
|}
| 15
| 15
| AD5535/CATHODE
| AD5535/CATHODE
| This is the thermal diode output from the DAC. Should read 4.35V (typical) at 25°C. Drops 2.20mV/°C.
| This is the thermal diode output from the DAC. Should read 4.35V (typical) at 25°C. Drops -2.20mV/°C.
|-
|-
| VIN2
| VIN2
| 12
| 12
| ADC_EXT1
| ADC_EXT1
| This trace routes to the backplane via Eurocard pin A7. It is intended to measure the output of thermistor on the amplifier board.
| This trace routes to the backplane via Eurocard pin A8. It is intended to measure one of the transistor base voltages on the amplifier board.
|-
|-
| VIN5
| VIN5
| 10
| 10
| ADC_EXT2
| ADC_EXT2
| This trace routes to the backplane via Eurocard pin A8. It is intended to measure one of the transistor base voltages on the amplifier board.
| This trace routes to the backplane via Eurocard pin A7. It is intended to measure the output of thermistor on the amplifier board.
|-
|-
| VIN7
| VIN7
=== Ethernet Jack ===
=== Ethernet Jack ===
To the right of the CP2201 is a Pulse J0011D21NL ethernet jack, labelled J1. This jack has a built-in 1:1 inductive coupling. For best results, connect this jack to a nearby ethernet switch. The jack may also be connected directly to a computer using a crossover cable. Though auto-crossover is not supported by the CP2201, if the computer's NIC supports it, a crossover cable is not necessary to connect directly to a computer.
To the right of the CP2201 is a Pulse J0011D21NL ethernet jack, labelled J1. This jack has a built-in 1:1 inductive coupling. For best results, connect this jack to a nearby ethernet switch. The jack may also be connected directly to a computer using a crossover cable. Though auto-crossover is not supported by the CP2201, if the computer's NIC supports it, a crossover cable is not necessary to connect directly to a computer.
==== Ethernet Jack Pins ====
These are visible only on the back side of the board. Pin 1 is indicated by a square pad. Pin 8 is the farthest pin from pin 1. Pins are numbered such that the 4 pins closer to the plastic thru-hole connectors are odd (1, 3, 5, 7), and the four pins closer to the CP2201 are are even (2, 4, 6, 8).
* Pin 1: TX+
* Pin 2: AC coupled to DGND
* Pin 3: TX-
* Pin 4: RX+
* Pin 5: AC coupled to DGND
* Pin 6: RX-
* Pin 7: No connection
* Pin 8: DGND (direct)
The two large thru-hole pins (not numbered) connect to the metal shielding on the outside of the jack. These are directly connected to DGND to shield against electrical noise inside the jack.
The two plastic thru-hole pins are not conductive and have no electrical connection. They are present only for structural purposes, presumably to prevent stress on the solder points when an ethernet wire is inserted or removed from the jack.
=== Crystal Oscillator ===
=== Crystal Oscillator ===
== Eurocard Connector ==
== Eurocard Connector ==
At the bottom of the control board is the Eurocard connector. The Eurocard connector connects the board to the backplane and also connects the board to its power supplies. The Eurocard has 48 pins arranged in three rows of 16 pins each. Rows B and C are exclusively used to pass SiPM bias voltages to the backplane as described in [[#Channel Mapping | DAC Channel Mapping]]. Here is a table describing the purpose of pins in row A:
At the bottom of the control board is the Eurocard connector, labelled P2. The Eurocard connector connects the board to the backplane and also connects the board to its power supplies. The Eurocard has 48 pins arranged in three rows of 16 pins each. Rows B and C are exclusively used to pass SiPM bias voltages to the backplane as described in [[#Channel Mapping | DAC Channel Mapping]]. Here is a table describing the purpose of pins in row A:
=== Row A Pinout Table ===
=== Row A Pinout Table ===