# # CMX-0 Nets File # # # Power Supply Monitoring Nets # ----------------==========-------- # # # Original Rev. 21-Dec-2012 # Rev. 22-Jul-2013 Re-order allocation of BF SysMon resources # Rev. 2-Aug-2013 Drop the BULK_5V0_N bus. Monitor BULK_5V0. # Most Recent Rev. 5-Aug-2013 Added C1942:C1964 filters on the Virtex System Monitor Inputs # # # # This file contains the nets for the power supply # Monitoring. This includes: # # - The nets that feed analog monitoring signals # to the Base Function FPGA System Monitor circuits. # # - The nets that feed analog monitoring signals # to the J13 voltage current monitoring connector. # # - The nets that feed analog monitoring signals # to the CAN-Bus based monitoring circuits are # in the file can_bus_monitoring_nets. # # # # Manual Monitor Points Connector J13 # # Now include the nets for the Manual Monitor Connector J13. # This connector lets one plug in and see the 9 Voltages and # 7 Currents on the card. Each output pin on this connector # is protected with a 100 Ohm series resistor. # Ground the even number pins in J13. NET 'GROUND' J13-2 J13-4 J13-6 J13-8 J13-10 NET 'GROUND' J13-12 J13-14 J13-16 J13-18 J13-20 NET 'GROUND' J13-22 J13-24 J13-26 J13-28 J13-30 NET 'GROUND' J13-32 J13-34 J13-36 J13-38 J13-40 # BSPT_CORE Monitor Points NET 'BSPT_CORE' R1901-2 # Sample BSPT_CORE Voltage NET 'MON_BSPT_CORE_V' R1901-1 J13-1 # 100 Ohm series to Volt Monitor pin NET 'MON_BSPT_CORE_V' C1871-1 # Filter Cap on the Volt Monitor pin NET 'GROUND' C1871-2 # Ground the Filter Capacitor. NET 'BSPT_CORE_CS_AMP_OUT' R1807-1 # Current Sense Amp I-to-V Resistor NET 'GROUND' R1807-2 # Ground the I-to-V Resistor NET 'BSPT_CORE_CS_AMP_OUT' R1902-2 # Current Sense Amp Series Resistor NET 'MON_BSPT_CORE_I' R1902-1 J13-3 # 100 Ohm series to Amp Monitor pin NET 'MON_BSPT_CORE_I' C1872-1 # Filter Cap on the Amp Monitor pin NET 'GROUND' C1872-2 # Ground the Filter Capacitor. # BF_CORE Monitor Points NET 'BF_CORE' R1903-2 # Sample BF_CORE Voltage NET 'MON_BF_CORE_V' R1903-1 J13-5 # 100 Ohm series to Volt Monitor pin NET 'MON_BF_CORE_V' C1873-1 # Filter Cap on the Volt Monitor pin NET 'GROUND' C1873-2 # Ground the Filter Capacitor. NET 'BF_CORE_CS_AMP_OUT' R1757-1 # Current Sense Amp I-to-V Resistor NET 'GROUND' R1757-2 # Ground the I-to-V Resistor NET 'BF_CORE_CS_AMP_OUT' R1904-2 # Current Sense Amp Series Resistor NET 'MON_BF_CORE_I' R1904-1 J13-7 # 100 Ohm series to Amp Monitor pin NET 'MON_BF_CORE_I' C1874-1 # Filter Cap on the Amp Monitor pin NET 'GROUND' C1874-2 # Ground the Filter Capacitor. # GTX_AVTT Monitor Points NET 'GTX_AVTT' R1905-2 # Sample GTX_AVTT Voltage NET 'MON_GTX_AVTT_V' R1905-1 J13-9 # 100 Ohm series to Volt Monitor pin NET 'MON_GTX_AVTT_V' C1875-1 # Filter Cap on the Volt Monitor pin NET 'GROUND' C1875-2 # Ground the Filter Capacitor. NET 'GTX_AVTT_CS_AMP_OUT' R1707-1 # Current Sense Amp I-to-V Resistor NET 'GROUND' R1707-2 # Ground the I-to-V Resistor NET 'GTX_AVTT_CS_AMP_OUT' R1906-2 # Current Sense Amp Series Resistor NET 'MON_GTX_AVTT_I' R1906-1 J13-11 # 100 Ohm series to Amp Monitor pin NET 'MON_GTX_AVTT_I' C1876-1 # Filter Cap on the Amp Monitor pin NET 'GROUND' C1876-2 # Ground the Filter Capacitor. # GTX_AVCC Monitor Points NET 'GTX_AVCC' R1907-2 # Sample GTX_AVCC Voltage NET 'MON_GTX_AVCC_V' R1907-1 J13-13 # 100 Ohm series to Volt Monitor pin NET 'MON_GTX_AVCC_V' C1877-1 # Filter Cap on the Volt Monitor pin NET 'GROUND' C1877-2 # Ground the Filter Capacitor. NET 'GTX_AVCC_CS_AMP_OUT' R1657-1 # Current Sense Amp I-to-V Resistor NET 'GROUND' R1657-2 # Ground the I-to-V Resistor NET 'GTX_AVCC_CS_AMP_OUT' R1908-2 # Current Sense Amp Series Resistor NET 'MON_GTX_AVCC_I' R1908-1 J13-15 # 100 Ohm series to Amp Monitor pin NET 'MON_GTX_AVCC_I' C1878-1 # Filter Cap on the Amp Monitor pin NET 'GROUND' C1878-2 # Ground the Filter Capacitor. # TP_CORE Monitor Points NET 'TP_CORE' R1909-2 # Sample TP_CORE Voltage NET 'MON_TP_CORE_V' R1909-1 J13-17 # 100 Ohm series to Volt Monitor pin NET 'MON_TP_CORE_V' C1879-1 # Filter Cap on the Volt Monitor pin NET 'GROUND' C1879-2 # Ground the Filter Capacitor. NET 'TP_CORE_CS_AMP_OUT' R1607-1 # Current Sense Amp I-to-V Resistor NET 'GROUND' R1607-2 # Ground the I-to-V Resistor NET 'TP_CORE_CS_AMP_OUT' R1910-2 # Current Sense Amp Series Resistor NET 'MON_TP_CORE_I' R1910-1 J13-19 # 100 Ohm series to Amp Monitor pin NET 'MON_TP_CORE_I' C1880-1 # Filter Cap on the Amp Monitor pin NET 'GROUND' C1880-2 # Ground the Filter Capacitor. # BULK_3V3 Monitor Points NET 'BULK_3V3' R1911-2 # Sample BULK_3V3 Voltage NET 'MON_BULK_3V3_V' R1911-1 J13-21 # 100 Ohm series to Volt Monitor pin NET 'MON_BULK_3V3_V' C1881-1 # Filter Cap on the Volt Monitor pin NET 'GROUND' C1881-2 # Ground the Filter Capacitor. NET 'BULK_3V3_CS_AMP_OUT' R1557-1 # Current Sense Amp I-to-V Resistor NET 'GROUND' R1557-2 # Ground the I-to-V Resistor NET 'BULK_3V3_CS_AMP_OUT' R1912-2 # Current Sense Amp Series Resistor NET 'MON_BULK_3V3_I' R1912-1 J13-23 # 100 Ohm series to Amp Monitor pin NET 'MON_BULK_3V3_I' C1882-1 # Filter Cap on the Amp Monitor pin NET 'GROUND' C1882-2 # Ground the Filter Capacitor. # BULK_2V5 Monitor Points NET 'BULK_2V5' R1913-2 # Sample BULK_2V5 Voltage NET 'MON_BULK_2V5_V' R1913-1 J13-25 # 100 Ohm series to Volt Monitor pin NET 'MON_BULK_2V5_V' C1883-1 # Filter Cap on the Volt Monitor pin NET 'GROUND' C1883-2 # Ground the Filter Capacitor. NET 'BULK_2V5_CS_AMP_OUT' R1507-1 # Current Sense Amp I-to-V Resistor NET 'GROUND' R1507-2 # Ground the I-to-V Resistor NET 'BULK_2V5_CS_AMP_OUT' R1914-2 # Current Sense Amp Series Resistor NET 'MON_BULK_2V5_I' R1914-1 J13-27 # 100 Ohm series to Amp Monitor pin NET 'MON_BULK_2V5_I' C1884-1 # Filter Cap on the Amp Monitor pin NET 'GROUND' C1884-2 # Ground the Filter Capacitor. # BULK_5V0 Monitor Point NET 'BULK_5V0' R1915-2 # Sample BULK_5V0 Voltage NET 'MON_BULK_5V0_V' R1915-1 J13-29 # 100 Ohm series to Volt Monitor pin NET 'MON_BULK_5V0_V' C1885-1 # Filter Cap on the Volt Monitor pin NET 'GROUND' C1885-2 # Ground the Filter Capacitor. # VREF_P Monitor Point NET 'VREF_P' R1916-2 # Sample VREF_P Voltage NET 'MON_VREF_P_V' R1916-1 J13-31 # 100 Ohm series to Volt Monitor pin NET 'MON_VREF_P_V' C1886-1 # Filter Cap on the Volt Monitor pin NET 'GROUND' C1886-2 # Ground the Filter Capacitor. # # Base Function System Monitor Auxiliary Analog Inputs # # Resistor Voltage Dividers are used to scale input # signals to the 0.0V to +1.0V range of the 12 # available Base-Function Auxiliary Analog Inputs # # We are using the 12 available Base-Function # System-Monitor Auxiliary Analog Inputs to # measure the following Voltages and Currents: # # The "AKA" Components are used to route the Ground # side of the differential analog pair to the # relivant Ground pin outside of the FPGAs footprint. # # The 12 available System Monitor Auxiliary Analog # inputs are: 01, 03, 04, 07, 08, 09, 10, 11, 12, # 13, 14, 15 and are used in order to monitor # the following: # # BF_CORE Voltage and Current # GTX_AVTT Voltage and Current # GTX_AVCC Voltage and Current # TP_CORE Current # BULK_3V3 Voltage and Current # BULK_2V5 Voltage and Current # VREF_P Voltage # # BF_CORE BF System-Monitor Points NET 'MON_BF_CORE_V' R1941-2 # Sample the MON_BF_CORE_V NET 'BF_SYSMON_04_P' R1941-1 R1942-2 C1942-2 # Scale to +1V F.S. NET 'GROUND' AKA1942-2 R1942-1 C1942-1 # Ground Voltage Divider NET 'BF_SYSMON_04_N' AKA1942-1 # Neg Diff Analog Input NET 'MON_BF_CORE_I' R1943-2 # Sample the MON_BF_CORE_I NET 'BF_SYSMON_03_P' R1943-1 R1944-2 C1944-2 # Scale to +1V F.S. NET 'GROUND' AKA1944-2 R1944-1 C1944-1 # Ground Voltage Divider NET 'BF_SYSMON_03_N' AKA1944-1 # Neg Diff Analog Input # GTX_AVTT BF System-Monitor Points NET 'MON_GTX_AVTT_V' R1945-2 # Sample the MON_GTX_AVTT_V NET 'BF_SYSMON_01_P' R1945-1 R1946-2 C1946-2 # Scale to +1V F.S. NET 'GROUND' AKA1946-2 R1946-1 C1946-1 # Ground Voltage Divider NET 'BF_SYSMON_01_N' AKA1946-1 # Neg Diff Analog Input NET 'MON_GTX_AVTT_I' R1947-2 # Sample the MON_GTX_AVTT_I NET 'BF_SYSMON_07_P' R1947-1 R1948-2 C1948-2 # Scale to +1V F.S. NET 'GROUND' AKA1948-2 R1948-1 C1948-1 # Ground Voltage Divider NET 'BF_SYSMON_07_N' AKA1948-1 # Neg Diff Analog Input # GTX_AVCC BF System-Monitor Points NET 'MON_GTX_AVCC_V' R1949-2 # Sample the MON_GTX_AVCC_V NET 'BF_SYSMON_11_P' R1949-1 R1950-2 C1950-2 # Scale to +1V F.S. NET 'GROUND' AKA1950-2 R1950-1 C1950-1 # Ground Voltage Divider NET 'BF_SYSMON_11_N' AKA1950-1 # Neg Diff Analog Input NET 'MON_GTX_AVCC_I' R1951-2 # Sample the MON_GTX_AVCC_I NET 'BF_SYSMON_08_P' R1951-1 R1952-2 C1952-2 # Scale to +1V F.S. NET 'GROUND' AKA1952-2 R1952-1 C1952-1 # Ground Voltage Divider NET 'BF_SYSMON_08_N' AKA1952-1 # Neg Diff Analog Input # TP_CORE BF System-Monitor Point NET 'MON_TP_CORE_I' R1953-2 # Sample the MON_TP_CORE_I NET 'BF_SYSMON_14_P' R1953-1 R1954-2 C1954-2 # Scale to +1V F.S. NET 'GROUND' AKA1954-2 R1954-1 C1954-1 # Ground Voltage Divider NET 'BF_SYSMON_14_N' AKA1954-1 # Neg Diff Analog Input # BULK_3V3 BF System-Monitor Points NET 'MON_BULK_3V3_V' R1955-2 # Sample the MON_BULK_3V3_V NET 'BF_SYSMON_12_P' R1955-1 R1956-2 C1956-2 # Scale to +1V F.S. NET 'GROUND' AKA1956-2 R1956-1 C1956-1 # Ground Voltage Divider NET 'BF_SYSMON_12_N' AKA1956-1 # Neg Diff Analog Input NET 'MON_BULK_3V3_I' R1957-2 # Sample the MON_BULK_3V3_I NET 'BF_SYSMON_10_P' R1957-1 R1958-2 C1958-2 # Scale to +1V F.S. NET 'GROUND' AKA1958-2 R1958-1 C1958-1 # Ground Voltage Divider NET 'BF_SYSMON_10_N' AKA1958-1 # Neg Diff Analog Input # BULK_2V5 BF System-Monitor Points NET 'MON_BULK_2V5_V' R1959-2 # Sample the MON_BULK_2V5_V NET 'BF_SYSMON_09_P' R1959-1 R1960-2 C1960-2 # Scale to +1V F.S. NET 'GROUND' AKA1960-2 R1960-1 C1960-1 # Ground Voltage Divider NET 'BF_SYSMON_09_N' AKA1960-1 # Neg Diff Analog Input NET 'MON_BULK_2V5_I' R1961-2 # Sample the MON_BULK_2V5_I NET 'BF_SYSMON_13_P' R1961-1 R1962-2 C1962-2 # Scale to +1V F.S. NET 'GROUND' AKA1962-2 R1962-1 C1962-1 # Ground Voltage Divider NET 'BF_SYSMON_13_N' AKA1962-1 # Neg Diff Analog Input # VREF_P BF System-Monitor Point NET 'MON_VREF_P_V' R1963-2 # Sample the MON_VREF_P_V NET 'BF_SYSMON_15_P' R1963-1 R1964-2 C1964-2 # Scale to +1V F.S. NET 'GROUND' AKA1964-2 R1964-1 C1964-1 # Ground Voltage Divider NET 'BF_SYSMON_15_N' AKA1964-1 # Neg Diff Analog Input