I have mounted south PMC servo card on a 1U chassis with two acromag cards. The card should be ready to use.
Changes to Servo Card:
I switched resistor R44 with 39k (as we did in North PMC card) to create a 10Hz pole with PZT capacitance. The updated schematic is attached.
Acromag XT1541-000 Configuration:
Attached .zip file contains configuration file and the screenshot of configuration info.
IP Address: 10.0.1.49
Subnet Mask: 255.255.255.0
Gateway Address: 10.0.1.1
Host Name: XT1541-000-SPMC-DAC
XT1541-000-SPMC-DAC Pin Connections
Signal Name |
Acromag Card Pin |
Servo Card Pin |
Notes |
PMCSW1 |
DIO 0 |
P1-6A |
Connected through resistor divider (see option D, attachment, PSL:2058 and PSL:2070)
R1 = 3k || 4.3k ||150k = 1746.55 
R2 = 3.3k || 3.9k || 470k = 1780.73 
This gives Voff = 0.66 V , Von = 4.5 V with Vexc = 9 V on the DAC and Rpullup = 10k  |
PMCSW2 |
DIO 1 |
P1-7A |
Connected through resistor divider (see option D, attachment, PSL:2058 and PSL:2070)
R1 = 3k || 4.3k ||150k = 1746.55 
R2 = 3.3k || 3.9k || 470k = 1780.73 
This gives Voff = 0.66 V , Von = 4.5 V with Vexc = 9 V on the DAC and Rpullup = 10k  |
BLANKING |
DIO 2 |
P1-9A |
Connected through resistor divider (see option D, attachment, PSL:2058 and PSL:2070)
R1 = 270 || 390 ||4.7k = 154.31 
R2 = 300 || 330 || 390k = 157.08 
This gives Voff = 0.66 V , Von = 4.5 V with Vexc = 9 V on the DAC and Rpullup = 1k  |
MGAIN2 |
OUT 00 |
P1-4A |
- |
INOFFSET2 |
OUT 01 |
P1-5A |
- |
PMCRAMP |
OUT 02 |
P1-6A |
- |
Acromag XT1221-000 Configuration:
Attached .zip file contains configuration file and the screenshot of configuration info.
IP Address: 10.0.1.48
Subnet Mask: 255.255.255.0
Gateway Address: 10.0.1.1
Host Name: XT1221-000-SPMC-ADC
All channels are configured for range 10 V with averaging factor set to 200.
XT1221-000-SPMC-ADC Pin Connections
Signal Name |
Acromag Card Pin |
Servo Card Pin |
Notes |
LODET2 |
IN0+ |
P1-1A |
RTN and IN0- connected to GND |
PMCERR |
IN1+ |
P1-2A |
RTN and IN1- connected to GND |
PMCOUT |
IN2+ |
P1-3A |
RTN and IN2- connected to GND |
|