Basic Monitor Use
| Command | Description | Usage |
| ATW | Unlock ToolWeb for configuration access |
ATWk : Key entry where k is the key ATW0 : Disable all advanced Toolweb accesses |
| SNP | Snoop TLC Connection |
No attempt is made to group by direction, it is purely time based. SNP0 : Stop all snooping SNP1 : Snoop serial port with socket connection SNP2 : Snoop socket connection with serial port SNP3 : Snoop serial connection with 2nd socket port SNP4 : Snoop socket connection with 2nd socket port SNP5 : Snoop 2nd socket connection with serial port SNP6 : Snoop 2nd socket connection with socket port SNP7 : Snoop udp port with 2nd socket connection SNP8 : Snoop udp port with serial port SNP11 : Snoop serial port with 2nd serial port SNP12 : Snoop socket port with 2nd serial port SNP13 : Snoop serial port with 3nd Socket port SNP14 : Snoop socket port with 3nd Socket port SNP15 : Snoop 2nd socket port with 3rd Socket port SNP16 : Snoop UDP port with 3rd Socket port SNP17 : Snoop 2nd UDP port with 3rd Socket port |
| HEL | Show command help |
HEL : Display help menus HELA: Print all help menus in HTML. (LONG.) |
| KEY | Secure Unlock | KEYk : Key entry where k is the key |
| EKO | Disable/enable command echo | EKOn : Turn echo on (n = 0) or off (n = 1) |
| QVM | Quiet/verbose mode | QVMn : Quiet mode (n = 0) or verbose mode (n = 1) |
| LIT | Link Integrity mode |
LITn : Link integrity mode off (n = 0) or on (n = 1). LIT=x : Set link integrity timeout to x milliseconds (x >= 2, x <= 4000000).) |
| TTY | Terminal Emulation Mode |
TTY0 : Default: Behave like legacy products. TTY1 : Behave like a VT100 (useful for pretty screen prints). |
| ECHO | Turn Echo on or off | [] Toggle echo |
Basic Unit Config
| Command | Description | Usage |
| LLT | get or set the power Leveling mode |
LLT a[,b,c,d...] : Set State 1 to a and State 2 to b, etc. (0 forward leveling and 1 is load leveling.) |
| LVL | get or set the power LeVeLing mode |
LVL : Print the current leveling mode. LVL0 : Set the leveling mode to forward leveling. LVL1 : Set the leveling mode to load leveling. LVL2 : Set the leveling mode to voltage leveling. LVL3 : Set the leveling mode to current leveling. |
| RMP | get/set the Ramping Parameters |
RMP : Print the ramping parameters. RMP0=z: Set ramp mode. z=0(Off), z=1(Rate), z=2(Time) RMP1=z: Set ramp up time and down time to z milliseconds. RMP2=z: Set ramp up rate and down rate to z 10ths of Watts per second. RMP5=z: Set ramp up time to z milliseconds. RMP6=z: Set ramp down time to z milliseconds. RMP7=z: Set ramp up to z Watts per second. RMP8=z: Set ramp down to z Watts per second. RMP9=z: Set the setpoint change required to trigger a new ramp. This is non-zero for noisy analog setpoints. RMPx-y=z: Type x (as detailed above) operates only on State y (1-Max Pulse States{e.g. 4}) with data z. |
| SBD | get or set the Serial port BauD rate |
SBD : Prints the serial ports current baud rate. SBDx : Set the serial port baud rate to x. where x = (2 or 1200) x = (3 or 2400) x = (4 or 4800) x = (5 or 9600) x = (6 or 19200) x = (7 or 38400) x = (9 or 115200) |
| OPN | get the OPeN loop status |
OPN : Prints the control loop status (True = Open, False = Closed). Must use THR mode to set open loop status. |
| TST | set the TeST mode status | TST3 : Print the interface enabled status |
| DEC | Configure the DECimation for the 1ms decimation |
DEC0=z : z=0 No Decimation; z=2 Recommended Decimation DEC1=z : Iterate Decimation DEC4=z : Health Monitor Decimation DECE : Print Decimation Settings |
| PSW | get or set the Pulsing Switches |
PSW0 : Turn pulsing off (CW). PSW1 : Turn pulsing on, with internal clock source. PSW2 : Turn pulsing on, with external clock source. PSW3 : Turn pulsing on, with external clock source, but inverted. PSW5=z : Set Delay (ns) from Pulse transition before the AFT algorithm starts tuning. PSW7-y=z : Set setpoint ramping time for pulse state y to z nanoseconds. PSW17-y=z : Set setpoint ramping time for pulse state y to z nanoseconds. PSW11-y=z : Set drive ramping time for pulse state y to z nanoseconds. PSW12-y=z : Set frequency ramping time for pulse state y to z nanoseconds. y is 1-Max Pulse States{e.g. 4} PSW8-y=z : Set Edge Modifier during Fast Pulse Mode for pulse state y to z. PSW10=z : Set the pulse duty factor ramp time in seconds. PSWA : Reset high speed coherent timer on next pulsing off to on transition. PSWB=z : Set pulse sync pass through to On (1) or Off (0). PSW13=z : Set Sync Out High bitvector. PSW13-y=z : Sync Out High during pulse state y (1-Max Pulse States{e.g. 4}). PSW19-y=z : Set gamma blanking time for pulse state y to z nanoseconds. PSW1C=z : Select if Legacy Multi Edge Sync Mode (MES) (0) or True MES Mode (1) PSW1D=z : Select if Sync Emulates DES Sync Out, when in MES Mode (1), or not (0) PSWE : Print Current Pulsing Setup. |
| RFD | get or set the RF Sync Delay (us) |
RFD : Return the present rising pulsing delay in micro-seconds. RFD- : Return the present rising & falling pulsing delay in micro-seconds. RFDz : Set the pulsing rising & falling delay in micro-seconds. RFD1=z : Set the rising edge pulsing delay in micro-seconds. For Master Mode, this delays the Sync Out in all modes For Slave Mode, this delays the RF Output vs Sync In, in Legacy SES/DES Mode, True DES Mode RFD2=z : Set the falling edge pulsing delay in micro-seconds. For Master Mode, this modifies the time in the sync high state of the Sync Out in SES/DES Modes For Slave Mode, this modifies the time in the sync high state in Legacy DES Mode |
| TAP | TAP Transformer Control |
TAP1 : Report actual TAP setting. TAP1=z : Set TAP to: z=1: 25.0 Ohms z=2: 32.7 z=3: 42.7 z=4: 55.9 z=5: 73.1 z=6: 95.2 z=7: 125.0 |
| RTR | Sets fast Reverse Transient Response |
RTR : Print current Parameters. RTRE : Print current Parameters. RTRx=z : Set the Fast Reverse Transient control parameter x to z. where x = 1 for Enable(z=1)/Disable(z=0) where x = 2 for Reverse Power to be above(z is watts) where x = 3 for Duration to be above (z is nanoseconds) |
| RTS | Sets Real Time Stats parameters |
RTSE : Print current RTS Parameters. RTSx=z : Set the RTS control parameter x to z. where x = 1 for block size (z is milliseconds) where x = 2 for pulsing frequency and duty cycle block size (z is milliseconds) |
| REM | get or set the Remote Mode |
REM : Print the Remote Mode. REMx : Set the Remote Mode. (x=1: Remote, x=0: Local) |
| CFG | get, set, or save the ConFiGuration values |
CFG : Print the current configuration values. CFG1 : Set Compensator configuration to default values. CFG2 : Restore Compensator configuration from permanent storage (Undo). CFG3 : Print the current Compensator configuration file names. CFG4-x : Print the configuration values (x is the config) with short description. CFG5-x : Print the configurables (x is the config) with long descriptions (no values). CFGA : Print configurables with help in HTML format (log it). CFGE : Print the current Compensator configuration file information. CFGF : Save the current interface configuration values to flash. : Note: You must use the explicit config commands to save Compensator tables. CFGx=y : Change configuration x to the value y. |
| IFP | set InterFace Priority for TLC. |
IFPx : Set the TLC enabled bit. where x = 0 disables the TLC interface. x = 1 enables the TLC interface. |
| AFP | All interFace Priority for TLC. | |
| RBA | Actual Power Setpoint Readback Compensation |
RBA : Report if compensation is enabled. RBA1 : Turn compensation on. RBA0 : Turn compensation off. |
| MAC | get or set the software MacId |
MAC : Print the software MacId. MAC=x : Set the software MacId to x. : A reboot is generally required to take effect. |
| SCP | Scope |
SCP : Display scope setup SCP1=x : Set sampling frequency = x SCP2=x : Set buffer size = x SCP3=x : Set pretrigger = x% (0-100) SCP4=x : Set trigger holdoff in milliseconds SCP6 : Show triggers SCP6=n : Set n as trigger type SCP6-0=x : Set unsigned integer threshold to x SCP6-1=x : Set float threshold to x SCP6-2=x : Set integer threshold to x SCP7=n : Set data source n as trigger source SCP7-n=d : Point channel n to data source d SCP8 : Trigger SCP9 : Run SCPA : Stop SCPB : Get Data SCPC : Display available scope presets SCPC=x : Set scope to preset x SCPE : Display Scope Status as a number SCP10=x : Turn FIFO mode on (1) or off (0) SCP11=x : Turn Save Fault Scope Data on (1) or off (0) |
| SDS | Scope Data Source |
SDS : Display Scope Data Source Setup SDS0-i=x : Change Data Source i Name to x SDS1-i=x : Change Data Source i Address to x SDS2-i=x : Change Data Source i Type to x SDS3-i=x : Change Data Source i Flags to x SDS4-i=x : Change Data Source i Mask to x |
| VLC | Set Vpp level control parameters |
VLC : Print the external Vpp of the control state. VLCx : Print the external Vpp of specific pulse state(x is pulse state). VLCx- : Continuously prints, press ESC to exit. VLCA : Print Current Vpp values(CW/State1, State2, State3, State4) VLCE : Print current VLC setup. VLCx=z : Set the Vpp control parameter x to z. where x = 0 for Vpp Control Mode. 0 is disable. 1 is Pulse state 1 and CW, 2-4 is only work in pulse mode. where x = 1 for Setpoint of Vpp(z is voltage). where x = 2 for Low limit of power( z is watt). where x = 3 for High limit of power (z is watt). where x = 4 for Vpp scale( z is scale, in Volt). where x = 5 for P gain. where x = 6 for I gain. where x = 7 for enable hold on mode 0 is disable. 1 is enabled. where x = 8 for error threshold for hold on mode (V) where x = 9 for hold on mode activate delay (Sec) where x = 10 for Vpp Feedback Signal Checking mode. z = 0 is disable. z = 1 is enable. where x = 11 for Vpp Feedback Signal Checking feedback threshold (z is in voltage) where x = 12 for Vpp Feedback Signal Checking fault generation duration (z is in ms) where x = 13 for Vpp Feedback Signal Checking power threshold (z is in watt) |
| CLC | Set Vpp level control parameters |
CLC : Print the external Imag of control state. CLCx : Print the external Imag of specific pulse state(x is pulse state). CLCx- : Continuously prints, press ESC to exit. CLCE : Print current CLC setup. CLCx=z : Set the Vpp control parameter x to z. where x = 0 for Imag Control Mode. 0 is disable. 1 is Pulse state 1 and CW, 2-4 is only work in pulse mode. where x = 1 for Setpoint of Imag(z is Amp.). where x = 2 for Low limit of power( z is watt). where x = 3 for High limit of power (z is watt). where x = 4 for Imag scale( z is scale, in Amp.). where x = 5 for P gain. where x = 6 for I gain. where x = 7 for enable hold on mode 0 is disable. 1 is enabled. where x = 8 for error threshold for hold on mode ( z is Amp.) where x = 9 for hold on mode activate delay ( z is Sec) |
| SPUL | Software Pulsing |
SPUL HighSetpoint,LowSetpoint,Frequency,DutyCycle Watts Watts Hz Float SPUL 150,10,100,0.75 75%% of the time setpoint is 150, 25%% it is 10. |
| TPUL | Slave Pulsing |
Single Edge Sync Mode (SES) - High Setpoint applies for defined Duty cycle Low Setpoint applies for remaining time Double Edge Sync Mode (DES) - High Setpoint Time Tracks Sync In High Low Setpoint Time Tracks Sync In Low NOTE: Can not change between DES and SES without going through CW TPUL HighSetpoint,LowSetpoint (DES Mode) Watts Watts TPUL 100,10 - setpoint is 100 for High, 10W for low TPUL HighSetpoint,LowSetpoint,DutyCycle,Inversion (Optional) (SES Mode) Watts Watts Float Boolean TPUL 100,10,0.75 - 75%% of the time setpoint is 100, 25%% it is 10. TPUL 100,10,0.75,1 - 25%% of the time setpoint is 100, 75%% it is 10. Inversion means the slave's pulse output goes high when the master's pulse output goes low and vice versa. TPUL HighSetpoint,LowSetpoint,High Delay,Low Delay,Inversion (DES Mode) TPUL 1000,300,50,20,1 - Set the generator output at 1000W 20us after the master pulse goes low, 300W 50us after the master pulse goes high. TPUL HighSetpoint,LowSetpoint,Frequency,DutyCycle,Delay,Inversion (SES Mode) TPUL 1000,300,2000,.333,20,0 - Set the generator output at 1000W (20us after the master pulse goes high) for 167us (1/2kHz * .333) then 300W. |
| QPUL | Up to Quad/Multi level PULsing |
QPUL Pt,Pf,Pd,P1[,DF1,P2,DF2,P3,DF3,P4...] Pt Pulse Type, integer: 1 Internal Pulsing (master) 2 External Pulsing (slave) 3 Inverted External Pulsing (inverted slave) 4 External Pulsing Multi-Edge Sync Mode (slave MES Mode) Pf Pulse Frequency, integer, in Hz. Pd Rising Delay, integer, in microseconds. P# State # Power Setpoint, in Watts DF# State # Duration as Duty Factor or Nanoseconds (See Below). Parameters inside [] are optional depending on desired number of states. There is always one less Duration than there are Power Setpoints. Duration can be specified as a duty factor <= 1.0 or as a time in nanoseconds. Specify a DF as -1.0 when in Double Edge Sync (DES) mode to denote the state that should wait for the falling edge. When in Multi-edge Sync (MES) Mode the DF are not used for the operation so do not enter -1.0 for this mode. NOTE: MES Mode can be forced to always occur if the configuration is enabled QPUL x,y Sets parameter x to y. QPUL 1,234 sets Pf (Pulse Frequency) to 234Hz. |
| PFREQ | Pulsing Frequency | PFREQ : Prints Pulsing Frequency in Hz. |
| PDUTY | Pulsing Duty Cycle |
PDUTY : Prints State 1 Pulsing Duty Cycle in fractional form. PDUTY 0: Prints All Active State's Pulsing Duty Cycle in fractional form as a comma list. |
| LLT | get or set the power Leveling mode |
LLT a[,b,c,d...] : Set State 1 to a and State 2 to b, etc. (0 forward leveling and 1 is load leveling.) |
| PDELAY | Multi-edge Sync Pulse DELAY |
PDELAY [c,D1,D2,D3,D4...] No Arguments, returns settings c Control 0 Don't write Dx Delays until next xPUL command 1 Write delays now Dx Delay values in nsecs When Master Delays: D1 Modifier to State 1 Time in Sync Out Waveform D2 Modifier to State 2 Time in Sync Out Waveform D3 Modifier to State 3 Time in Sync Out Waveform D4 Modifier to State 4 Time in Sync Out Waveform etc When Slave Delays: D1 State 1 Rising Delay D2 State 2 Rising Delay D3 State 3 Rising Delay D4 State 4 Rising Delay etc NOTE: Parameters inside [] are optional |
| DFT | Directly set or calculate the DFT rotation value. |
DFT E : Readback DFT rotation value DFT x : Set rotation value to x. DFT x,y : Calculate rotation using x as velocity of propagation and y as length(ft). Frequency value is average of min and max limit. DFT x,y,z : Calculate rotation using x as velocity of propagation, y as length(ft) and z as frequency(MHz) Enter velocity of propagation as decimal(50%% would be entered as 0.5) |
| BPUL | Up to Burst PULsing |
BPUL Pt,Pf,Pb,BW,VM,P2,DF2,P3 Pt Pulse Type, integer: 1 Internal Pulsing (master) 2 External Pulsing (slave) 3 Inverted External Pulsing (inverted slave) Pf Pulse Frequency, integer, in Hz. Pb Burst Power Setpoint, in Watts BW Burst Time, in Nanoseconds VM Vpp Control Mode, integer: 0 Disable 1 Enable P2 Pulse setpoint or Vpp setpoint VM is 0 = Forward, Load leveling without Vpp control, in Watt VM is 1 = Vpp control, in voltage DF2 State 2 Duration as Duty Factor or Nanoseconds (See Below). Duration can be specified as a duty factor <= 1.0 or as a time in nanoseconds. P3 Pulse State3 setpoint, in Watt |
Frequency Setup
| Command | Description | Usage |
| FRQ | get or set the FReQuency |
FRQ : Print the frequency in hertz. FRQ=z : Set the frequency to z. FRQx=z : Set State x's frequency to z. : x can be from 1 to 4. : Note: Only active States report the correct value. |
| FTU | set the Frequency TUning control mode |
FTUE : Print current Frequency Tuning Parameters. FTUx=z : Set the frequency tuning control parameter x to z where x = 0 for tune mode (z=1 auto, z=0 manual) x = 1 for no ignition fault (z=1 enabled, z=0 disabled) ## x = 2 for start frequency (z in Hz) x = 3 for tuning start delay (z in ms) x = 4 for no ignition time (z in ms) x = 7 for DFT Distortion setpoint reset threshold (RC) x = 8 for low toggle threshold (RC) ## x = 9 for loss threshold (RC) x = A for DFT Distortion halt threshold (high toggle) (RC) x = C for DFT Distortion setpoint reset threshold (RR) x = D for low toggle threshold (RR) ## x = E for loss threshold (RR) x = F for DFT Distortion halt threshold (high toggle) (RR) ## x = 10 for lower frequency limit (z in Hz) ## x = 11 for upper frequency limit (z in Hz) x = 1B for power below threshold offset mode (z=1 enabled, z=0 disabled) x = 1C for DFT mode of Operation z=0 DFT, z=1 DFT+C1, z=2 C1C2 Only, z=3 DFT+C1C2, z=4 Collabo x = 1D for Allow MW Tuning during state z is a bitvector (1 = State1, 2 = State2, 4 = State3, 8 = State4) x = 22 for Frequency ramp on immediate Frequency change (us) x = 23 for DFT Halt on End Stop (z=1 enabled, z=0 disabled) Uses the Distortion halt threshold for the settle condition x = 24 to choose what frequency DFT/BFT goes to when a state is disabled z = 0 for last states tuned value z = 1 for start frequency z = 2 for manual frequency x = 25 to set the level at which setpoints begin to be tuned x = 26 to choose what frequency DFT/BFT starts from when a state is enabled z = 0 for last states tuned value z = 1 for start frequency z = 2 for manual frequency z = 3 for restore frequency x = 27 for DFT auto PHI adaptation (z=1 enabled, z=0 disabled) Notes: RR = Reflection Ratio Notes: RC = Reflection Coefficient * 1000 All commands marked above with a ## also have a pulse dependent version as outlined below: FTUx-y=z : Set Pulse Mode dependent parameters y is a value 1-Max Pulse States{e.g. 4}, representing State 1-Max Pulse States{e.g. 4} (Use 2 argument version above for CW) FTUx-y=z : Set parameters for x = 0 for Allow Frequency Control for pulse state y (1-Max Pulse States{e.g. 4}) z=1 Allowed in state, z=0 Not Allowed in state x = 12 for DFT parameters (for y=0-3, z is fractional coefficient) y = 0-2 for PID Terms y = 3 for Gain y = 4 for First Step Additional Gain (Must be integer) y = 5 for Frequency Offset at pulse start y = 6 for Distortion Step Setpoint (z=0-2) x = 20 for Allow Frequency Control for pulse state y (1-Max Pulse States{e.g. 4}) z=1 Allowed in state, z=0 Not Allowed in state x = 30 for DFT Halt Distance y = 1-4 for State Number x = 31 for DFT Gamma Halt Limit y = 1-4 for State Number x = 32 for DFT Gamma Magnitude Limit x = 28 for Auto Kick-Off Mode for pulse state y (1-Max Pulse States{e.g. 4}) z = 0 for Disable z = 1 for Step z = 2 for Interpolation z = 3 for Constant x = 29 for Auto Kick-Off Frequency step for pulse state y (1-Max Pulse States{e.g. 4}) x = 2A for Auto Kick-Off Configuration y = 0 for Kick off gain y = 1 for Susceptance(Y) threshold x = 2B for Auto Kick-Off Stop Thresho |
| FSW | Frequency SWeep |
FSW0 : Set frequency mode to manual at center frequency. FSW1 : Select Sweep Mode for Only CW or PS1 (depending if pulse) FSW2 : Select Sweep Mode for All States (CW and All Pulse States) FSWx-y=z : Sweep from frequency x to y in z milli-seconds (and back). FSWx=z : Sweep from current frequency to x in z milli-seconds (and back). |
| BND | get or set the frequency tuning control BaND |
BND : Print the frequency tuning control band. BNDx : Set the frequency control band to x. where x is a letter from A to C or a number from 0 to Max States{e.g. 4} |
| AFSW | Automatic Frequency SWeep |
AFSW s,x,y,z[,m] : Sweep State s from frequency x to y in z milli-seconds and then go to mode m. State 0 is CW, 1 is Pulse High, 2 is Pulse Low, etc. Mode 0 is Manual, 1 is AFT. |
Data IO
| Command | Description | Usage |
| OFT | Preset Optimization |
OFT : Wait twice settle time for point, average 5 points, entire band. Takes 10 seconds. OFTx=z : Wait twice settle time for point, average x points, entire band. Takes z milliseconds. OFTx-y=z : Wait twice settle time for point, average 5 points, xHz -> yHz. Takes z milliseconds. OFTD : Print 1 if in progress and 0 if done. OFTE : Print status. |
| HPV | Configurable Parameter Command |
HPV : Read present list values HPVs=v : Add v (hex) to slot s (hex) HPV- : Reset timer HPVA : Readback setup list as (hex, hex) pairs |
| TRG | TRiGger generator output - turn it on! | TRG : Turn the RF output on. |
| OFF | turn generator output OFF! | OFF : Turn the RF output off. |
| OEM | get or set the power setpoint |
OEM : Print the power setpoint in watts. OEMx : Set the power setpoint in watts to x. |
| DRV | set the PSU rail on or off |
DRV0 : Turn rf off, turn PSU rail off. DRV1 : Attempt to set the PSU rail to on. DRV2 : Attempt to force the generator into manual rail control mode. DRV3 : Allow the generator to be in automatic rail control mode, if configured for automatic control. DRV : Print rail status. |
| MRF | get or set the Maximum time RF is allowed on in Seconds. |
MRFE : Print the maximum time RF is allowed on in Seconds. MRFx : Set the maximum time RF is allowed on in Seconds to x. : Setting MRFx will also reset the RF on time elapsed to 0. : Maximum time must be less than 4,000,000 seconds (~45 days). |
| CEX | get/set the CEX control mode |
CEXE : Print CEX Mode verbosely. CEXF : Save all CEX configurations. CEX0=0 : Set the CEX control to Master Mode. CEX0=1 : Set the CEX control to Slave Mode. CEX1=z : Set the CEX phase offset to z degrees. CEX2=z : Set the CEX start frequency to z Hz. |
| FRO | Enable/Disable broadcast fast RF off message. |
FRO0 : Off message will NOT send if a generator faults. FRO1 : Off message WILL send if a generator faults. FROE : Prints if feature is enabled/disabled. |
| ROF | Return Output Forward power |
ROF : Prints the generator's forward power output in watts. ROF- : Continuously prints, press ESC to exit. ROF1 : Prints the generator's forward power in floating point. |
| ROR | Return Output Reverse power |
ROR : Prints the generator's reverse power output in watts. ROR- : Continuously prints, press ESC to exit. ROR1 : Prints the generator's reverse power in floating point. |
| ROL | Return Output Load power |
ROL : Prints the generator's load power output in watts. ROL- : Continuously prints, press ESC to exit. ROL1 : Prints the generator's load power in floating point. |
| ROD | Return Output Dissipated power |
ROD : Prints the generator's dissipated power output in watts. ROD- : Continuously prints, press ESC to exit. ROD1 : Prints the generator's dissipated power in floating point. |
| SYS | get the SYStem information |
SYS : Prints the generator's most commonly used system information. SYS- : Continuously prints, press ESC to exit. SYS1 : Compensator Fault Vectors SYS2 : Compensator Warning Vectors SYS5 : Compensator Status Vectors SYS6 : Filtered Forward Power SYS7 : Filtered Reverse Power SYS= : Show System Status - Detailed |
| FRE | Fault REset - clears the generator faults | FRE : Reset generator faults and warnings. |
| RFV | Read Fault Vector |
RFV : Print the smart fault vector. RFV1 : Print the complete fault vector. RFV2 : Print the DSP fault vector. RFV3 : Print the long fault vector. RFV= : Verbose fault reporting. |
| RWV | Read Warning Vector |
RWV : Print the basic warning vector. RWV= : Verbose warning reporting. |
| RPS | Report Status |
RPS : Print the basic status vector. RPS1 : Print the Compensator status vector. RPS- : Continuously print the status vector. RPS= : Verbose status reporting. |
| PAI | get the PA current(I) sensor readings in tenths of amps |
PAI : Get the PA Current in tenths of Amps. PAI- : Continuously prints, press ESC to exit. |
| PAV | get the PA Voltage sensor readings in volts |
PAV : Get the PA Voltage in Volts. PAV- : Continuously prints, press ESC to exit. |
| MET | Meter Reading |
METx : Display filtered value of Item x METx- : Continuously display filtered value of Item x, press ESC to exit. METx-0 : Display all information for Item x METx-1 : Display name of Item x METx-2 : Display filtered value of Item x METx-3 : Display raw value of Item x METx-4 : Display fault state of Item x METx-5 : Display warning state of Item x METx-6 : Display out-of-range state of Item x METx-7 : Display calibration state of Item x METx-8 : Display gain of Item x METx-9 : Display offset of Item x METx-10 : Display address of Item x METx-11 : Display Status Min Value METx-12 : Display Status Max Value METx-13 : Display Warning Min Value METx-14 : Display Warning Max Value METx-15 : Display Fault Min Value METx-16 : Display Fault Max Value METx-17 : Display ADC Saturated state of Item x : If x is 0, all available meter channels are printed. METx-7=z: Enable/Disable Calibrating State of Item x. z=1/0 METx-8=z: Set gain of Item x. z is float METx-9=z: Set offset of Item x. z is float |
| CMB | Combiner Tests |
CMB0 : Display Combiner Counts CMB1 : Display Combiner Data |
| ACT | Display the ACTive generator readbacks. |
ACT : Displays desired power setpoint, forward power, reverse power, PA voltage, and RF frequency. ACT1 : Displays various generator readbacks. ACT2 : Displays individual PA Currents. ACT5 : Displays VI Probe Readbacks. ACTA : Display multi-sensor information. ACT- : Continuously prints, press ESC to exit. |
| SRS | get the System Ready Status | SRS : Print the system ready status. |
| TMP | get the TeMPerature readbacks |
TMP : Prints the heatsink temperature information in celsius. TMP- : Continuously prints, press ESC to exit. |
| EVL | prints the EVent Log |
EVL0 : Verbose print. EVLE : Print error count. EVL=m : Set level to m (0 def). |
| RSE | get the power setpoint |
RSE : Print the desired power setpoint in watts. RSE1 : Print the actual power setpoint in watts. RSE2 : Print the desired power setpoint in watts as a float. RSE3 : Print the actual power setpoint in watts as a float. |
| TIM | get or set the RTC time and date |
TIM : Report the RTC time and date. TIM0-x=y : Set date = x and time = y. : x = YYYYMMDD y = HHMMSS : Time is in 24 hour time. TIM1 : Report Network Time Protocol IP Address TIM1=0 : Set Network Time Protocol to Automatic TIM1=1 : Turn Network Time Protocol Off TIM1=x : Only synch Network Time to IP Address x : x = xxx.xxx.xxx.xxx TIM2 : Report the effective time zone. TIM2=x : Set effective time zone to x. : Hours relative to UTC (GMT). (Must be integer.) |
| WAT | WATchdog the generator. Reboot it! |
WAT : Reboot the generator. WAT1 : Reboot the DSP. WAT2 : Reboot the ORK. |
| URT | Fakeout URT functionality. Does nothing. | URT : Return success. |
| SOL | Solenoid Control |
SOL : Report solenoid mode. SOL1 : Turn solenoid on. SOL0 : Turn solenoid off. |
| RSI | Report Statistics | RSI : Print all statistical information. |
| ROT | Report RF On Time | ROT : Print RF On Time (in seconds). |
| RUT | Report AC On (RUn) Time | RUT : Print AC On Time (in seconds). |
| FNG | Report FingerPrinting |
FNG4 : Save Factory Print 50 Ohm. Factory Only. FNG5 : Save Factory Print Open. Factory Only. FNG6 : Save Factory Print Short. Factory Only. FNG7 : Collect and analyze SelfTest 50 Ohm. FNG8 : Collect and analyze SelfTest Open. FNG9 : Collect and analyze SelfTest Short. FNG10: Collect and analyze whatever is currently running. |
| MHPV | Configurable Parameter Command |
MHPV : Read current list values MHPV x,y : Write current Main(x), Aux(y) Cap Positions then read list values - NOOP MHPV x,y,z : Write current Main(x), Aux(y) Cap Positions and Frequency(z) then read list values - NOOP |
| PWR | Report various power and related data | [] Report. |
| BCTOFF | Broadcast RF OFF |
BCTOFF Broadcast RF Off, and turn RF off locally, Trigger Scopes BCTOFF 1 Broadcast RF Off, and turn RF off locally, No scopes BCTOFF 2 Print the Delay time between broadcast off, and local off, in msecs BCTOFF 2,x Set the Delay time between broadcast off, and local off, in msecs |
Matchwork
| Command | Description | Usage |
Product Details
| Command | Description | Usage |
| WHO | Instrument type readback |
WHO : Return SuperNova assembly number WHO1 : Return SuperNova type name WHO2 : Return SuperNova assembly number and edit |
| RVE | Read system VErsions | RVE : Print the system versions. |
| IPA | get the IP Address for Ethernet |
IPA : Prints the IP address in use. IPAE : Report IP related setup. IPA=1 : Set IP assignment to manual. IPA=2 : Set IP assignment to DHCP. IPA=6 : Set IP assignment to none. IPA1=x : Set manual IP address to IP Address x IPA2=x : Set manual mask to x IPA3=x : Set default gateway to x IPA4=x : Set primary DNS server to x IPA5=x : Set secondary DNS server to x : x = xxx.xxx.xxx.xxx |
| CHK | Report the CHecKsum |
CHK : Prints the checksum. CHK1 : Prints the combined checksum of all code and configs. CHKx-y : Prints checksum address x to y. |
| FAT | Report the FATal Errors | FAT : Prints the fatal errors. |
| PCK | Report the PCI ChecKsum | PCKx-y : Prints checksum of PCI address x to y. |
| SER | Report Serial Numbers |
SER : Report the generator serial number. SER1 : Report the ORK serial number. SER2 : Report the comp/core serial number. SER3 : Report the interface serial number. SER4 : Report the backporch serial number. |
| DAT | Report Manufacture Date | DAT : Report the generator manufacture date. |
| ASN | Report Assembly Numbers |
ASN : Report the generator assembly number. ASN1 : Report the ORK assembly number. ASN2 : Report the comp/core assembly number. ASN3 : Report the interface assembly number. ASN4 : Report the backporch assembly number. |
| INF | Report information about generator hardware | INF : Report information about generator hardware. |
| THR | THRough connection to DSP | THR : Connect to DSP UART. |
| FDB | Find DSP's Baudrate | FDB : Find the DSP's Baudrate. |
| DBD | Set DSP's Baudrate |
DBDx : Set new baud rate x: 0=300 4=4800 8=56700 C=500000 1=600 5=9600 9=115200 D=1000000 2=1200 6=19200 A=250000 3=2400 7=38400 B=333333 |
| CDB | Capture the DSP Bootloader | CDB : Capture the DSP Bootloader. |
App Config-Cal
Advanced Debug
| Command | Description | Usage |
| PCD | Power Calibration Data |
PCD1 : Set file to default values PCD2 : Restore file from permanent storage PCD3 : File Name PCD4 : File Flash Size PCD5 : File Actual Size PCD6 : File Checksum PCD7 : Permanent Storage Writes PCDE : Report file information PCDF : Save file to permanent storage PCD3=z : Set File Name to z PCDx-0 : Display Item x as Decimal PCDx-1 : Display Item x as Float PCDx-2 : Display Item x as Hex PCDx-0=z : Set Item x to z as Decimal PCDx-1=z : Set Item x to z as Float PCDx-2=z : Set Item x to z as Hex PCDx-3=z : Set bits in z of Item x PCDx-4=z : Clear bits in z of Item x |
| MCD | Meter Calibration Data |
MCD1 : Set file to default values MCD2 : Restore file from permanent storage MCD3 : File Name MCD4 : File Flash Size MCD5 : File Actual Size MCD6 : File Checksum MCD7 : Permanent Storage Writes MCDE : Report file information MCDF : Save file to permanent storage MCD3=z : Set File Name to z MCDx-0 : Display Item x as Decimal MCDx-1 : Display Item x as Float MCDx-2 : Display Item x as Hex MCDx-0=z : Set Item x to z as Decimal MCDx-1=z : Set Item x to z as Float MCDx-2=z : Set Item x to z as Hex MCDx-3=z : Set bits in z of Item x MCDx-4=z : Clear bits in z of Item x |
| LCD | Limiter Calibration Data |
LCD1 : Set file to default values LCD2 : Restore file from permanent storage LCD3 : File Name LCD4 : File Flash Size LCD5 : File Actual Size LCD6 : File Checksum LCD7 : Permanent Storage Writes LCDE : Report file information LCDF : Save file to permanent storage LCD3=z : Set File Name to z LCDx-0 : Display Item x as Decimal LCDx-1 : Display Item x as Float LCDx-2 : Display Item x as Hex LCDx-0=z : Set Item x to z as Decimal LCDx-1=z : Set Item x to z as Float LCDx-2=z : Set Item x to z as Hex LCDx-3=z : Set bits in z of Item x LCDx-4=z : Clear bits in z of Item x |
| HCD | Hardware Calibration Data |
HCD1 : Set file to default values HCD2 : Restore file from permanent storage HCD3 : File Name HCD4 : File Flash Size HCD5 : File Actual Size HCD6 : File Checksum HCD7 : Permanent Storage Writes HCDE : Report file information HCDF : Save file to permanent storage HCD3=z : Set File Name to z HCDx-0 : Display Item x as Decimal HCDx-1 : Display Item x as Float HCDx-2 : Display Item x as Hex HCDx-0=z : Set Item x to z as Decimal HCDx-1=z : Set Item x to z as Float HCDx-2=z : Set Item x to z as Hex HCDx-3=z : Set bits in z of Item x HCDx-4=z : Clear bits in z of Item x |
| SCB | Calibration Mode |
SCB1 : Enter calibration mode. SCB0 : Exit calibration mode. |
| CAL | Save the CALibrated values | CALF : Save the current calibration values. |
| AIC | Calibrate Analog Input |
AICx : Calibrate Input x using Reverse Channel as calibrated Source. AICx-y : Calibrate Input x using Channel y as calibrated Source. AICx-2E: Default the Calibration for Input x. AICx-2F: Calibrate Input x using externally supplied voltage reference. AICF : Write analog configuration to EEPROM. |
| AOC | Calibrate Analog Output |
Note: The 0 input analog out varies over time (as components heat up). AOCx : Semi-Automatically calibrate Output x. AOCx-1: Manually calibrate Offset x. AOCx-2: Manually calibrate Gain x. AOCx-3: Manually calibrate Output Power x. AOCx=y: Set Output x to y milliVolts. AOCF : Write analog configuration to EEPROM. |
| POC | get or set the Power Offset Calibration |
POC : Print the power offset calibration. POC- : Continuously prints, press ESC to exit. POC=y : Set the power offset calibration to y. where y is from 0 to 400 (corresponds to 0.95 to 1.15) |
| RPG | Get or set the reverse power readback gain and offset. |
Reverse power readback = (Actual reverse + Offset) X Gain Offset value is always effected to reverse readback. Effected gain factor if actual reverse power is less then threshold of setpoint. RPG : Print the reverse power readback gain and offset values. RPG0=z : Set DeviceNet Readback Correction mode where z = 0 is disable z = 1 is Reverse correction(Alpha) z = 2 is Reverse reducer(VSWR+Alpha) RPG1-y=z : Set the reverse power readback gain parameter x to z. where y = 0 for Threshold (Percent of Setpoint) y = 1 for Gain y = 2 for Offset RPG2-y=z : Set Alpha factor for reverse correction, y is pulse state RPG3-y=z : Set VSWR for reverse reducer, y is pulse state, z is VSWR, minimum is 1) RPG4-y=z : Reverse power reducer test. y is forward power, z is reverse power |