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Remove pmu905 related files (moved to pmu905 repo)

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This commit is contained in:
Anders Sandstrom
2021-03-18 10:23:41 +01:00
parent a2a950f4de
commit f3b8a2a059
4 changed files with 0 additions and 620 deletions
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249
ecmc_plugin_socketcan/ecmc_plugin_socketcanApp/Db/pmu905AnalogValues.template
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# Not sure if this should be scaled as voltage or power. The manual states mV as unit but also descibes scalings of power
# 0..7500mV
record(ai,"$(P)CAN${CH_ID}-PWR_A") {
field(DESC, "Analog Values: PWR_A")
field(PINI, "1")
field(INP, "$(P)CAN03-SDO01-Array.[0] CP")
field(EGU, "mV")
}
# Not sure if this should be scaled as voltage or power. The manual states mV as unit.
# 0..7500mV
record(ai,"$(P)CAN${CH_ID}-PWR_B") {
field(DESC, "Analog Values: PWR_B")
field(PINI, "1")
field(INP, "$(P)CAN03-SDO01-Array.[1] CP")
field(EGU, "mV")
}
# Not sure if this should be scaled as voltage or power. The manual states mV as unit.
# 0..7500mV
record(ai,"$(P)CAN${CH_ID}-PWR_OUT") {
field(DESC, "Analog Values: PWR_OUT")
field(PINI, "1")
field(INP, "$(P)CAN03-SDO01-Array.[2] CP")
field(EGU, "mV")
}
# Scaling?
# 0..7500mV
record(ai,"$(P)CAN${CH_ID}-REFL_OUT") {
field(DESC, "Analog Values: REFL_OUT")
field(PINI, "1")
field(INP, "$(P)CAN03-SDO01-Array.[3] CP")
field(EGU, "mV")
}
# Scaling?
# 0..12500mV
record(ai,"$(P)CAN${CH_ID}-V_REG") {
field(DESC, "Analog Values: V_REG")
field(PINI, "1")
field(INP, "$(P)CAN03-SDO01-Array.[4] CP")
field(EGU, "mV")
}
# 0..150 degC. NOTE: LINR=SLOPE will not work for soft devices..
record(calc, "$(P)CAN${CH_ID}-V_TEMP_") {
field(DESC, "Analog Values: V_TEMP")
field(PINI, "1")
field(CALC, "A*0.1")
field(INPA, "$(P)CAN03-SDO01-Array.[5] CP")
field(FLNK, "$(P)CAN${CH_ID}-V_TEMP.PROC")
}
record(ai,"$(P)CAN${CH_ID}-V_TEMP") {
field(DESC, "Analog Values: V_TEMP")
field(PINI, "1")
field(INP, "$(P)CAN${CH_ID}-V_TEMP_.VAL")
field(LINR, "SLOPE")
field(ESLO, "0.1")
field(EOFF, "0")
field(EGU, "degC")
}
# Scaling?
# 0..33.3A
record(ai,"$(P)CAN${CH_ID}-I_DRV") {
field(DESC, "Analog Values: I_DRV")
field(PINI, "1")
field(INP, "$(P)CAN03-SDO01-Array.[6] CP")
field(EGU, "A")
}
# Scaling?
# 0..5000mA
record(ai,"$(P)CAN${CH_ID}-I_PRE") {
field(DESC, "Analog Values: I_PRE")
field(PINI, "1")
field(INP, "$(P)CAN03-SDO01-Array.[7] CP")
field(EGU, "mA")
}
# Scaling?
# 0..33.3A
record(ai,"$(P)CAN${CH_ID}-I_1A") {
field(DESC, "Analog Values: I_1A")
field(PINI, "1")
field(INP, "$(P)CAN03-SDO01-Array.[8] CP")
field(EGU, "A")
}
# Scaling?
# 0..33.3A
record(ai,"$(P)CAN${CH_ID}-I_2A") {
field(DESC, "Analog Values: I_2A")
field(PINI, "1")
field(INP, "$(P)CAN03-SDO01-Array.[9] CP")
field(EGU, "A")
}
# Element 10 of analog values array is reserved.
# Scaling?
# 0..7500mV
record(ai,"$(P)CAN${CH_ID}-V_REFL_SAVE") {
field(DESC, "Analog Values: V_REFL_SAVE")
field(PINI, "1")
field(INP, "$(P)CAN03-SDO01-Array.[11] CP")
field(EGU, "mV")
}
# Element 12 of analog values array is reserved.
# Scaling?
# 0..57.5V
record(ai,"$(P)CAN${CH_ID}-V_PLUSMON") {
field(DESC, "Analog Values: V_PLUSMON")
field(PINI, "1")
field(INP, "$(P)CAN03-SDO01-Array.[13] CP")
field(EGU, "V")
}
# Scaling?
# 0..223.492A
record(ai,"$(P)CAN${CH_ID}-V_I_DC") {
field(DESC, "Analog Values: V_I_DC")
field(PINI, "1")
field(INP, "$(P)CAN03-SDO01-Array.[14] CP")
field(EGU, "A")
}
# Element 15 of analog values array is reserved.
# Scaling?
# 0..33.3A
record(ai,"$(P)CAN${CH_ID}-I_1B") {
field(DESC, "Analog Values: I_1B")
field(PINI, "1")
field(INP, "$(P)CAN03-SDO01-Array.[16] CP")
field(EGU, "A")
}
# Scaling?
# 0..33.3A
record(ai,"$(P)CAN${CH_ID}-I_2B") {
field(DESC, "Analog Values: I_2B")
field(PINI, "1")
field(INP, "$(P)CAN03-SDO01-Array.[17] CP")
field(EGU, "A")
}
# Element 18 of analog values array is reserved.
# Scaling?
# 0..15000mv
record(ai,"$(P)CAN${CH_ID}-V_12V_MON") {
field(DESC, "Analog Values: V_12V_MON")
field(PINI, "1")
field(INP, "$(P)CAN03-SDO01-Array.[19] CP")
field(EGU, "mV")
}
# Scaling?
# 0..5000mv
record(ai,"$(P)CAN${CH_ID}-VREF_PWR_OPV") {
field(DESC, "Analog Values: VREF_PWR_OPV")
field(PINI, "1")
field(INP, "$(P)CAN03-SDO01-Array.[20] CP")
field(EGU, "mV")
}
# Scaling?
# 0..36.75V
record(ai,"$(P)CAN${CH_ID}-V_AUX_IN") {
field(DESC, "Analog Values: V_AUX_IN")
field(PINI, "1")
field(INP, "$(P)CAN03-SDO01-Array.[21] CP")
field(EGU, "V")
}
# Scaling?
# 0..7500mv
record(ai,"$(P)CAN${CH_ID}-V_5V_ACB") {
field(DESC, "Analog Values: V_5V_ACB")
field(PINI, "1")
field(INP, "$(P)CAN03-SDO01-Array.[22] CP")
field(EGU, "mV")
}
# Scaling?
# 0..5000mv
record(ai,"$(P)CAN${CH_ID}-V_3V5") {
field(DESC, "Analog Values: V_3V5")
field(PINI, "1")
field(INP, "$(P)CAN03-SDO01-Array.[23] CP")
field(EGU, "mV")
}
# Scaling?
# -30..120 degC
record(calc, "$(P)CAN${CH_ID}-AIR_INLET_") {
field(DESC, "Analog Values: AIR_INLET_")
field(PINI, "1")
field(CALC, "A*0.1")
field(INPA, "$(P)CAN03-SDO01-Array.[24] CP")
field(FLNK, "$(P)CAN${CH_ID}-AIR_INLET.PROC")
}
record(ai,"$(P)CAN${CH_ID}-AIR_INLET") {
field(DESC, "Analog Values: V_TEMP")
field(PINI, "1")
field(INP, "$(P)CAN${CH_ID}-AIR_INLET_.VAL")
field(LINR, "SLOPE")
field(ESLO, "0.1")
field(EOFF, "0")
field(EGU, "degC")
}
# Scaling?
# -30..120 degC
record(calc, "$(P)CAN${CH_ID}-AIR_OUTLET_") {
field(DESC, "Analog Values: AIR_OUTLET_")
field(PINI, "1")
field(CALC, "A*0.1")
field(INPA, "$(P)CAN03-SDO01-Array.[25] CP")
field(FLNK, "$(P)CAN${CH_ID}-AIR_OUTLET.PROC")
}
record(ai,"$(P)CAN${CH_ID}-AIR_OUTLET") {
field(DESC, "Analog Values: V_TEMP")
field(PINI, "1")
field(INP, "$(P)CAN${CH_ID}-AIR_OUTLET_.VAL")
field(LINR, "SLOPE")
field(ESLO, "0.1")
field(EOFF, "0")
field(EGU, "degC")
}
# Element 26 of analog values array is reserved.
# Element 27 of analog values array is reserved.

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ecmc_plugin_socketcan/ecmc_plugin_socketcanApp/Db/pmu905BasicConfig.old.template
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###########################################################################
############## Byte 0
record(bo,"$(P)CAN${CH_ID}-PowerOnCmd") {
field(DESC, "Power on")
field(VAL, "0")
field(ONAM, "On")
field(ZNAM, "Off")
field(OUT, "$(P)CAN${CH_ID}-BasicConfigB0_.B0")
field(FLNK, "$(P)CAN${CH_ID}-BasicConfigB0_.PROC")
}
# Probably not valid for pmu905 (see note bottom in table)
#record(bo,"$(P)CAN${CH_ID}-PEAK_AV") {
# field(DESC, "PEAK/AV")
# field(VAL, "0")
# field(ONAM, "PEAK")
# field(ZNAM, "AV")
# field(OUT, "$(P)CAN${CH_ID}-BasicConfigB0_.B1")
# field(FLNK, "$(P)CAN${CH_ID}-BasicConfigB0_.PROC")
#}
record(mbboDirect,"$(P)CAN${CH_ID}-BasicConfigB0_"){
info(asyn:READBACK,"1")
field(DESC, "Basic Config B0")
field(PINI, "1")
field(VAL, "0")
field(OUT, "$(P)CAN${CH_ID}-SDO02-BasicConfig.[0] CA")
field(FLNK, "$(P)CAN${CH_ID}-SDO02-BasicConfig.PROC")
}
###########################################################################
############## Byte 1..2 Vref 0..5000
record(ao,"$(P)CAN${CH_ID}-VrefPwrCmd") {
field(DESC, "Vref 0..5000")
field(VAL, "0")
field(OUT, "")
field(EGU, "mV")
field(PREC, "0")
field(FLNK, "$(P)CAN${CH_ID}-VrefPwrCmdCalcB1_.PROC")
}
# first byte
record(calc, "$(P)CAN${CH_ID}-VrefPwrCmdCalcB1_") {
field(DESC, "Calc byte 1")
field(CALC, "A & 0xFF")
field(INPA, "$(P)CAN${CH_ID}-VrefPwrCmd.VAL")
field(FLNK, "$(P)CAN${CH_ID}-BasicConfigB1_.PROC")
}
record(ao,"$(P)CAN${CH_ID}-BasicConfigB1_"){
field(DESC, "Basic config B1")
field(VAL, "0")
field(PREC, "0")
field(OUT, "$(P)CAN${CH_ID}-SDO02-BasicConfig.[1] CA")
field(OMSL, "closed_loop")
field(DOL, "$(P)CAN${CH_ID}-VrefPwrCmdCalcB1_.VAL")
field(FLNK, "$(P)CAN${CH_ID}-VrefPwrCmdCalcB2_.PROC")
}
# second byte
record(calc, "$(P)CAN${CH_ID}-VrefPwrCmdCalcB2_") {
field(DESC, "Calc byte 2")
field(CALC, "(A >> 8) & 0xFF")
field(INPA, "$(P)CAN${CH_ID}-VrefPwrCmd.VAL")
field(FLNK, "$(P)CAN${CH_ID}-BasicConfigB2_.PROC")
}
record(ao,"$(P)CAN${CH_ID}-BasicConfigB2_"){
field(DESC, "Basic config B2")
field(VAL, "0")
field(PREC, "0")
field(OUT, "$(P)CAN${CH_ID}-SDO02-BasicConfig.[2] CA")
field(OMSL, "closed_loop")
field(DOL, "$(P)CAN${CH_ID}-VrefPwrCmdCalcB2_.VAL")
field(FLNK, "$(P)CAN${CH_ID}-SDO02-BasicConfig.PROC") # Process now!
}
###########################################################################
############## Byte 3..4 Vref 4800..10000
record(ao,"$(P)CAN${CH_ID}-VdcCtrlCmd") {
field(DESC, "Vref 4800..10000")
field(VAL, "0")
field(EGU, "mV")
field(PREC, "0")
field(FLNK, "$(P)CAN${CH_ID}-VdcCtrlCmdCalcB3_.PROC")
}
# third byte
record(calc, "$(P)CAN${CH_ID}-VdcCtrlCmdCalcB3_") {
field(DESC, "Calc byte 3")
field(CALC, "A & 0xFF")
field(INPA, "$(P)CAN${CH_ID}-VdcCtrlCmd.VAL")
field(FLNK, "$(P)CAN${CH_ID}-BasicConfigB3_.PROC")
}
record(ao,"$(P)CAN${CH_ID}-BasicConfigB3_"){
field(DESC, "Basic config B3")
field(VAL, "0")
field(PREC, "0")
field(OUT, "$(P)CAN${CH_ID}-SDO02-BasicConfig.[3] CA")
field(OMSL, "closed_loop")
field(DOL, "$(P)CAN${CH_ID}-VdcCtrlCmdCalcB3_.VAL")
field(FLNK, "$(P)CAN${CH_ID}-SDO02-VrefPwrCmdCalcB4_.PROC") # Process next byte
}
# fourth byte
record(calc, "$(P)CAN${CH_ID}-VrefPwrCmdCalcB4_") {
field(DESC, "Calc byte 4")
field(CALC, "(A >> 8) & 0xFF")
field(INPA, "$(P)CAN${CH_ID}-VdcCtrlCmd.VAL")
field(FLNK, "$(P)CAN${CH_ID}-BasicConfigB4_.PROC")
}
record(ao,"$(P)CAN${CH_ID}-BasicConfigB4_"){
field(DESC, "Basic config B4")
field(VAL, "0")
field(PREC, "0")
field(OUT, "$(P)CAN${CH_ID}-SDO02-BasicConfig.[4] CA")
field(OMSL, "closed_loop")
field(DOL, "$(P)CAN${CH_ID}-VdcCtrlCmdCalcB4_.VAL")
field(FLNK, "$(P)CAN${CH_ID}-SDO02-BasicConfig.PROC") # Process now!
}
# Byte 5..7 0

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ecmc_plugin_socketcan/ecmc_plugin_socketcanApp/Db/pmu905BasicConfig.template
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###########################################################################
############## Byte 0
record(bo,"$(P)CAN${CH_ID}-PowerOnCmd") {
field(DESC, "Power on")
field(VAL, "0")
field(ONAM, "On")
field(ZNAM, "Off")
field(OUT, "$(P)CAN${CH_ID}-BasicConfigB0_.B0")
field(FLNK, "$(P)CAN${CH_ID}-BasicConfigB0_.PROC")
}
# Probably not valid for pmu905 (see note bottom in table)
#record(bo,"$(P)CAN${CH_ID}-PEAK_AV") {
# field(DESC, "PEAK/AV")
# field(VAL, "0")
# field(ONAM, "PEAK")
# field(ZNAM, "AV")
# field(OUT, "$(P)CAN${CH_ID}-BasicConfigB0_.B1")
# field(FLNK, "$(P)CAN${CH_ID}-BasicConfigB0_.PROC")
#}
record(mbboDirect,"$(P)CAN${CH_ID}-BasicConfigB0_"){
info(asyn:READBACK,"1")
field(DESC, "Basic Config B0")
field(PINI, "1")
field(VAL, "0")
field(FLNK, "$(P)CAN${CH_ID}-BasicConfigPackArray_.PROC")
}
###########################################################################
############## Byte 1..2 Vref 0..5000
record(ao,"$(P)CAN${CH_ID}-VrefPwrCmd") {
field(DESC, "Vref 0..5000")
field(VAL, "0")
field(OUT, "")
field(EGU, "mV")
field(PREC, "0")
field(FLNK, "$(P)CAN${CH_ID}-VrefPwrCmdCalcB1_.PROC")
}
# first byte
record(calc, "$(P)CAN${CH_ID}-VrefPwrCmdCalcB1_") {
field(DESC, "Calc byte 1")
field(CALC, "A & 0xFF")
field(INPA, "$(P)CAN${CH_ID}-VrefPwrCmd.VAL")
field(FLNK, "$(P)CAN${CH_ID}-VrefPwrCmdCalcB2_.PROC")
}
# second byte
record(calc, "$(P)CAN${CH_ID}-VrefPwrCmdCalcB2_") {
field(DESC, "Calc byte 2")
field(CALC, "(A >> 8) & 0xFF")
field(INPA, "$(P)CAN${CH_ID}-VrefPwrCmd.VAL")
field(FLNK, "$(P)CAN${CH_ID}-BasicConfigPackArray_.PROC")
}
###########################################################################
############## Byte 3..4 Vref 4800..10000
record(ao,"$(P)CAN${CH_ID}-VdcCtrlCmd") {
field(DESC, "Vref 4800..10000")
field(VAL, "0")
field(EGU, "mV")
field(PREC, "0")
field(FLNK, "$(P)CAN${CH_ID}-VdcCtrlCmdCalcB3_.PROC")
}
# third byte
record(calc, "$(P)CAN${CH_ID}-VdcCtrlCmdCalcB3_") {
field(DESC, "Calc byte 3")
field(CALC, "A & 0xFF")
field(INPA, "$(P)CAN${CH_ID}-VdcCtrlCmd.VAL")
field(FLNK, "$(P)CAN${CH_ID}-VdcCtrlCmdCalcB4_.PROC")
}
# fourth byte
record(calc, "$(P)CAN${CH_ID}-VdcCtrlCmdCalcB4_") {
field(DESC, "Calc byte 4")
field(CALC, "(A >> 8) & 0xFF")
field(INPA, "$(P)CAN${CH_ID}-VdcCtrlCmd.VAL")
field(FLNK, "$(P)CAN${CH_ID}-BasicConfigPackArray_.PROC")
}
#
### COLLECT all bytes
#record(acalcout, "$(P)CAN${CH_ID}-BasicConfigCalc_") {
# field(DESC, "Calc to gather data from other records")
# field(NELM, "7")
# #field(CALC, "A>>0;B>>1;C>>2;D>>3;E>>4;0>>5;0>>6;") # Fill to 7 bytes
# #field(CALC, "AA+ARR([A,B,C,D,E,0,0]);") # Fill to 7 bytes
# #field(CALC, "AA:=ARR(A,B,C,D,E,0,0)") # Fill to 7 bytes
# #field(CALC, "CAT(AA[0,1],A);CAT(AA[0,2],B)") # Fill to 7 bytes
# #field(CALC, "AA+ARR(A,B,C,D,E,0,0)") # Fill to 7 bytes
# #field(CALC, "ARR(A,B,C,D,E,0,0);") # Fill to 7 bytes
# #field(CALC, "ARR([A,B,C,D,E,0,0]);") # Fill to 7 bytes
# #field(CALC, "AA[0]=A;AA[1]=B;AA[2]=C;AA[3]=D;AA[4]=E;AA[5]=0;AA[6]=0;AA*1;") # Fill to 7 bytes
# #field(CALC, "AA[0]:=A;AA[1]:=B;AA[2]:=C;AA[3]:=D;AA[4]:=E;AA[5]:=0;AA[6]:=0;AA;") # Fill to 7 bytes
# #field(CALC, "AA[0]:=A;AA[1]:=B;AA[2]:=C;AA[3]:=D;") # Fill to 7 bytes
# #field(CALC, "AA:=IX;AA;") # Fill to 7 bytes
# field(INPA, "$(P)CAN${CH_ID}-BasicConfigB0_.VAL") # Byte 0
# field(INPB, "$(P)CAN${CH_ID}-VrefPwrCmdCalcB1_.VAL") # Byte 1
# field(INPC, "$(P)CAN${CH_ID}-VrefPwrCmdCalcB2_.VAL") # Byte 2
# field(INPD, "$(P)CAN${CH_ID}-VdcCtrlCmdCalcB3_.VAL") # Byte 3
# field(INPE, "$(P)CAN${CH_ID}-VdcCtrlCmdCalcB4_.VAL") # Byte 4
# #field(INAA, "$(P)CAN${CH_ID}-SDO02-BasicConfig") # Whole array
# field(OUT, "$(P)CAN${CH_ID}-SDO02-BasicConfig") # Send the data
# field(FLNK, "$(P)CAN${CH_ID}-SDO02-BasicConfig.PROC") # Send the data
#}
#
# Dummy 0 array
#record(waveform,"$(P)CAN${CH_ID}-BasicConfigDummy_"){
# field(DESC, "DUMMY ARRAY")
# field(NELM, "7")
# field(PINI, "YES")
# field(VAL, "0")
#}
#
record(aSub, "$(P)CAN${CH_ID}-BasicConfigPackArray_") {
field(INAM, "ecmcWriteArrayUint8ElementsInit")
field(SNAM, "ecmcWriteArrayUint8Elements")
field(FTA, "UCHAR")
field(NOA, "1")
field(INPA, "7")
field(FTB, "UCHAR")
field(NOB, "1")
field(INPB, "$(P)CAN${CH_ID}-BasicConfigB0_.VAL") # Byte 0
field(FTC, "UCHAR")
field(NOC, "1")
field(INPC, "$(P)CAN${CH_ID}-VrefPwrCmdCalcB1_.VAL") # Byte 1
field(FTD, "UCHAR")
field(NOD, "1")
field(INPD, "$(P)CAN${CH_ID}-VrefPwrCmdCalcB2_.VAL") # Byte 2
field(FTE, "UCHAR")
field(NOE, "1")
field(INPE, "$(P)CAN${CH_ID}-VdcCtrlCmdCalcB3_.VAL") # Byte 3
field(FTF, "UCHAR")
field(NOF, "1")
field(INPF, "$(P)CAN${CH_ID}-VdcCtrlCmdCalcB4_.VAL") # Byte 4
field(FTG, "UCHAR")
field(NOG, "1")
field(INPG, "0") # Byte 5
field(FTH, "UCHAR")
field(NOH, "1")
field(INPH, "0") # Byte 6
field(FTVA, "UCHAR")
field(OUTA, "$(P)CAN${CH_ID}-SDO02-BasicConfig")
field(NOVA, "7")
field(FLNK, "$(P)CAN${CH_ID}-SDO02-BasicConfig.PROC") # Send the data
}