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Applications manual

For AME series

︓

Read command

︓

Write command

:Returning a status of the PG alarm.

READ_LV_ALARM

:Returning a status of the LV alarm.

READ_PG_ALARM

TOTAL_OUTPUT_TIME_2

:Returning an accumulated operation time. (low 16 bits of hour)

:Returning an accumulated operation time. (minute)

TOTAL_INPUT_TIME_1

:Returning an accumulated time that the input voltage has been
applied. (minute)

TOTAL_INPUT_TIME_2

:Returning an accumulated time that the input voltage has been
applied. (low 16 bits of hour)

TOTAL_OUTPUT_TIME_3

:Returning an accumulated operation time. (high 16 bits of
hour)

TOTAL_INPUT_TIME_3

Table 6.1 Command outline (4/4)

6.8 State acquisition commands

READ_STOP_CODE

:Returning the code representing the halt condition.

:Returning an accumulated time that the input voltage has been
applied. (high 16 bits of hour)

TOTAL_OUTPUT_TIME_1

SYS_STORE_USER_SETTING

:Storing settings into the internal non-volatile memory.

6.9 Commands to set address, memory, and communication

SET_WRITE_PROTECT_ON

:Enabling a protection for the Write command.

SET_WRITE_PROTECT_OFF

:Disabling a protection for the Write command.

READ_SELECTION_CH

:Returning the selected slot for setting.

SET_SELECTION_CH

:Setting a selected slot.

READ_WRITE_PROTECT_PRM

:Returning a status of the protection for the Write command.

CTL_ACCUMULATE_MODE_OFF

:Disabling the accumulation mode.

READ_ACCUMULATE_MODE

:Returning a setting status of the accumulation mode.

SYS_RESTORE_FACTORY_SETTING

:Restoring a factory default for settings.

CTL_ACCUMULATE_MODE_ON

:Enabling the accumulation mode.

READ_STORE_USER_SETTING

:Returning a status of the stored setting in the internal non-
volatile memory.

SET_ADDRESS

:Setting a communication address.

READ_ADDRESS_PRM

:Returning a setting value of the communication address.

CTL_ACCUMULATE_EXEC

:Execution command in the accumulation mode.

CTL_ACCUMULATE_CLEAR

:Erasing buffer in the accumulation mode.

:Returning the lower four digits of the product lot number.

READ_ADDRESS

:Returning a communication address.

6.10 Commands to acquire product information

READ_SERIAL

:Returning the product serial number.

READ_IOUT_POINT

:Returning the decimal point position of the return value from
MON_IOUT command.

READ_VOUT_POINT

:Returning the decimal point position of the return value from
MON_VOUT command.

READ_RATED_VOUT

:Returning the rated voltage of the model.

READ_RATED_IOUT

:Returning the rated current of the model.

READ_VIN_POINT

:Returning the decimal point position of the return value from
MON_VIN command.

READ_PRODUCT_INFO

:Returning a information of output module.

READ_LOT_H

:Returning the upper three digits of the product lot number.

READ_LOT_L

READ_PR_ALARM

:Returning a status of the PR alarm.

ver1.1E 2020.2.12

Summary of Contents for AME Series

Page 1: ...Extended UART AME Series Extended UART Manual ver1 1E 2020 2 12 ...

Page 2: ...equence Commands to set accessory functions Monitor commands State acquisition commands Commands to set address memory and communication Commands to acquire product information Appendix List of Extended UART commands Availability and accuracy of Extended UART commands A Revision history Note The contents described in this document are those available at the time of publication and are subject to c...

Page 3: ... monitoring of the operational status of the power supply and changing of various set values are enabled by the Extended UART In addition the non volatilization memory in AME can maintain various set values and information even if input voltage is shut off The communication system consists of a master and slaves One master like a UART module can connect to up to four slaves which is AME units Comm...

Page 4: ...e isolated from the other circuit input output FG various function terminals Figure 2 3 Internal circuit of INFO Applications manual For AME series D1 is not required if TxD uses an open collector UART module Please connect TxD and RxD directly Depending on the type of UART module the Low level may not meet the specification due to high internal impedance Confirmed UART module R 1 5kΩ VF 0 9 1 3V ...

Page 5: ...e set to 0 The address can be set by connection conditions short open of address setting pins ADDR0 ADDR1 ADDR2 and the signal ground pin SGND 1 1 0 6 1 1 1 7 The address setting pins ADDR0 ADDR1 ADDR2 are isolated from the input the output FG and CN3 1 0 0 4 1 0 1 5 0 1 0 2 0 1 1 3 0 0 0 0 0 1 1 ADDR2 ADDR1 ADDR0 Address 4 4 2 5 2 2 3 1 3 3 2 7 Table 2 4 Voltage of high level by number of units N...

Page 6: ...ted units 2 Synchronization scheme 3 Connection configuration 5 Communication speed 4 Flow control Data format None 6 The master like the UART module should be set according to Table 3 1 No Specification Item Single wire half duplex 1 Communication method 9 Parity 1 bit Even parity 7 Data length Table 3 1 Communication specifications 10 Transfer direction LSB first 2 1 Pin configuration 3 Communic...

Page 7: ...the address contained in the received command packet matches its own address the slave sends a reply packet but if it does not match it will not send anything Parity bit Stop bit Data bits 8bits Figure 4 2 Structure of communication frame Extended UART is half duplex communication do not transmit command packets during reply packet transmission Both the command packet and the reply packet are comp...

Page 8: ...ample of address setting Both the command packet and reply packet have a checksum for detecting communication errors All data excluding the address in Fram 0 2 3 and 4 are totaled and the low four bits are stored to 1 to 4 bit in Frame 1 The checksum configuration is shown in Figure 4 5 1 1 0 Data Figure 4 5 Structure of checksum Applications manual For AME series 7 6 5 4 3 2 1 0 7 6 5 4 3 2 1 0 7...

Page 9: ...nd 10 bits of commands are divided into two with 5 bits and are assigned to the data part of Frames 0 and 2 10 bits of arguments are divided into two with 5 bits and are assigned to the data part of Frames 3 and 4 Figure 4 7 shows the format for a 10 bit command Figure 4 7 Data format of 10 bit command 3 20 bit command 20 bits of commands are divided into four with 5 bits and are assigned to the d...

Page 10: ... command packet is returned 1 Hardware error An Extended UART reply packet consists of the address information the identifier information the checksum and the return value 5 6 e g The command is receieed before the process is completed The command to the empty slot is transmitted e g The empty slot is selected 9 7 8 2 Software error If the command packet sent from the master had errors the reply p...

Page 11: ...e open No output High level of output current open No output Low level of output voltage Low level of input current 0 5 mA The communication function terminals INFO INFOG are isolated from other terminals the input the output FG some function terminals Low level of input voltage 0 8 V Signal input High level of input voltage 2 5 V High level of input current 1 0 mA INFO INFOG Wiring length 20 m Ta...

Page 12: ... rate Item typ Tolerance Unit Remark Terminal Item Min Max Unit Remark Communication speed baud rate 2400 2 bps Table 5 5 Specification of input signal If the signal exceeding the allowable time was input communication error may occur Table 5 6 Specification of output signal Terminal Item Min Max Unit Remark Time corresponding to change from 5 to 95 Tfall Fall time 150 us Time corresponding to cha...

Page 13: ... CTL_RESET_LATCH Clearing luch off W 6 3 Commands to set output voltage SET_VOUT Setting the output voltage W W Setting the GI2 terminal to work for output modules inhibit function SET_GI_TERMINAL_MODE_RC READ_CTL_GI Returning a setting of the GI2 terminal W W READ_VOUT_LOWER_LIMIT_PRM Returning a lower limit for the output voltage adjustment range CTL_CH_REMOTE_ON The output in the arbitrary slot...

Page 14: ... upper limit for the constant current adjustment range READ_CC_UPPER_LIMIT_PRM R SET_TOFF_DELAY_SLOT Setting a power off delay time READ_CC_MODE_PRM W Setting a controlled variable of the constant current W W READ_CC_PRM Returning a value of the constant current Returning a controlled variable of the constant current R 6 5 Commands to set output voltage sequence SET_TON_DELAY_SLOT Table 6 1 Comman...

Page 15: ... threshold of the output voltage for an alarm signal W READ_VOUT_HV_ALARM_PRM Returning a upper threshold of the output voltage for an alarm signal R MON_VOUT Returning a value of the output voltage R MON_IOUT Returning a value of the output current R MON_TEMPERATURE_1 Returning a value of the temperature for internal components R MON_OUTPUT_POWER Returning a value of the output power R MON_FAN_SP...

Page 16: ...OTECT_PRM Returning a status of the protection for the Write command R CTL_ACCUMULATE_MODE_OFF Disabling the accumulation mode W READ_ACCUMULATE_MODE Returning a setting status of the accumulation mode R SYS_RESTORE_FACTORY_SETTING Restoring a factory default for settings W CTL_ACCUMULATE_MODE_ON Enabling the accumulation mode W READ_STORE_USER_SETTING Returning a status of the stored setting in t...

Page 17: ...elect the target With this command the output voltages of the arbitrary slots get enabled The target slots are set by an argument Command in communication frame 0 2 3 and 4 hexadecimal This is a command to enable the output voltage Remote on off function With this command all output voltages get enabled Return value 1 This is a command to inhibit the output voltage Remote on off function With this...

Page 18: ...he output voltages of the arbitrary slots get inhibited The target slots are set by an argument This is a command to inhibit the output voltage Remote on off function With this command the output voltages of the selected slots get inhibited Return value bit value Examples of argument AME400F AME600F Return value If only empty slot is target this command is not accepted and an error is returned Err...

Page 19: ...ue 1 ON If the input module is target an error is returned Error code 6 Command that do not correspond to the setting target This command returns the output status information enabled inhibited that have been set by communication in all slots This command returns the output status information enabled inhibited that have been set by communication Status Status Status Examples of return value If the...

Page 20: ... to normal state This enables outputs which have been inhibited by GI This cannot enable any output which have been inhibited by the GI terminal And this cannot enable any output which have been inhibited by the remote on off function 6 2 13 READ_CTL_GI 1Eh 09h 1Eh 05h This command returns the state about GI Global Inhibit Return value 0 Global inhibit Return value 1 Normal output This command ret...

Page 21: ...eturns a setting of the GI2 terminal Return value 0 Global inhibit function Return value 1 Remote control function 6 2 17 CTL_RESET_LATCH 1Eh 08h 1Eh 1Fh After this command is transmitted only outputs in all slots can be inhibited by supplying the current to the GI2 terminal This command deactivates the latch that have been activated by OVP etc Latches on all outputs are deactivated Transmit this ...

Page 22: ... 3V 0 3V by volume This command sets the output voltage It sets the value of Argument 1000 to the output voltage in V When Output voltage setting by VTRM terminal function is enabled this command does not work It cannot be set to the value which exceeds 120 of the rated voltage It cannot be set to the value which exceeds the upper limit that have been set by SET_VOUT_UPPER_LIMIT command It cannot ...

Page 23: ...ple of argument Return value Return value 0 Table 6 3 2 SET_VOUT_FACTORY_SETTING Operation example AM06 xxxB Operation Slot1 Output Remark If the state has changed by volume adjustment etc the return value will be different from the value set by SET_VOUT The value of the output voltage that has been stored in the non volatile memory by SYS_STORE_USER_SETTING command does not change This command re...

Page 24: ...output voltage adjustment range is set to the value of Argument 10 This setting is applied to all operations related to the voltage adjustment Internal potentiometer VTRM terminal SET_VOUT command During the constant current operation the output voltage may get lower than this value It cannot be set to the value which is the upper limit which has been set by SET_VOUT_UPPER_LIMIT or more Example of...

Page 25: ...smitted The order of transmitting SET_CC_MODE_INFO command and SET_CC command is no object If the instruction is executed on an output module other than the corresponding output modules an error is returned Error code 6 Command that do not correspond to the setting target Modules in parallel cannot be used with the constant current operation This command cannot be used for parallel operation This ...

Page 26: ...2 Send SET_CC 1700 1700 20 0A Rated output current 1 This command restores the value of the constant current set by SET_CC command to the factory default Example of return value Return value 1150 11 50A 3 Send READ_CC_PRM 1700 17 0A 15 0A 4 Send READ_CC_REFERENCE 1700 17 0A 5 Send SET_CC_UPPER_LIMIT 150 150 6 Send READ_CC_PRM 1700 15 0A Send READ_CC_REFERENCE 15 0A 6 1500 Return value The upper li...

Page 27: ...t value 6 4 12 READ_CC_CONTROL_PRM 1Eh 09h 1Ah 0Ch This command returns the value argument value set by SET_CC_CONTROL command Settable range Status Return value This command sets a controlled variable of the constant current When the constant current is set by SET_CC command etc the time to the setting value can be selected This setting is enabled under the constant current operation The factory ...

Page 28: ...f up to 800ms occurs The factory default is 0 This command sets the value of the delay time in ms from when power conversion is ready to when it starts See Figure 6 5 1 The power conversion starts after delay time set by SET_TON_DELAY_SLOT command when conditions such as AC input disabling the GI and enabling the Remote ON are met This command restores the delay time to power on set by SET_TON_DEL...

Page 29: ..._SLOT command for all slots to the factory default Return value The delay time to power off that has been stored in the non volatile memory by SYS_STORE_USER_SETTING command does not change No delay time is set under conditions which the power conversion cannot be maintained like the lower input voltage than the stop voltage Example of argument This command returns the value the argument value set...

Page 30: ... up time Store the setting value by SYS_STORE_USER_SETTING command after this command is transmitted Then wait for 30 seconds or more after power off The setting will get enabled from next start up Figure 6 5 3 Timing diagram of SET_TON_DELAY_VIN Settable range Example of argument Return value When the delay time is set by the SET_TON_DELAY_SLOT command its operation starts after the one by SET_TO...

Page 31: ...t start up With this command the starting voltage cannot be set to the value which is lower than 5V higher value than the one by SET_STOP_VIN_AC command If specified this command is not accepted and an error is returned Error code 1 The argument outside settable range is specified Settable range Example of argument Return value When the input voltage is 90VAC or less load derating is required Refe...

Page 32: ...he instruction is executed on an output module other than the corresponding output modules an error is returned Error code 6 Command that do not correspond to the setting target If the instruction is executed on an output module other than the corresponding output modules an error is returned Error code 6 Command that do not correspond to the setting target This command sets a ramp rate of the out...

Page 33: ...pplications manual For AME series Figure 6 5 6 Activation chart by the VTRM terminal VTRM 0V 2 5V Vout Vout Vout argument 0 argument 1 argument 2 default approx 50msec approx 280msec 31 ver1 1E 2020 2 12 ...

Page 34: ...he rated output current of AUX changes with the output voltage See Figure 6 6 1 6 6 5 READ_AUX_VOUT_PRM 1Eh 09h 18h 00h This command returns the value argument value set by SET_AUX_VOUT command Example of argument Return value Figure 6 6 1 The rated output current of AUX AME series This command makes the rotation speed of the built in air cooling fan be controled automatically This is the factory ...

Page 35: ...ment binary and abnormal conditions is shown below The factory default of the argument is 00011b Abnormal input voltage and fan stoppage This command setting the PR terminal to work for the detection of the front end module stoppage PG alarm function This command sets the abnormal conditions in which an alarm signal is output from the PR terminal by the argument Return value 1 Status This command ...

Page 36: ...r output module activates This command returns the value argument value set by SET_VOUT_LV_ALARM command Example of argument Return value Settable range Return value Example of argument Status This command sets the threshold voltage for the alarm signal from LV terminal at when the output voltage drops It sets the value of Argument 10 to the output threshold voltage in V for the alarm signal from ...

Page 37: ...is returned Error code 6 Command that do not correspond to the setting target This command sets the threshold voltage for the alarm signal from LV terminal at when the output voltage rises It sets the value of Argument 10 to the output threshold voltage in V for the alarm signal from the LV terminal With this command it can not be set to lower value than the calculation below Calculation Value set...

Page 38: ...en the input is DC the return value is 0 It will be unsettled for five seconds from power on Return value 481 48 1Hz This command returns the output voltage voltage between the sensing terminals The output voltage in V is the value of Returned value 1000 Example of return value Return value 24200 24 200V If the instruction is executed on an output module other than the corresponding output modules...

Page 39: ...he return value This command returns This command returns the fan speed of the internal air cooling fan 1 The fan speed in rpm is the return value Example of return value Return value 7500 7500rpm This command returns the temperature near the fan in the unit The temperature in C is the returned value signed hexadecimal number Range Examples of return value Example of return value Return value 7500...

Page 40: ...d from input module Module inhibit by communication etc Return value Status 130 131 SET_SELECTION_CH setting target Stop code 106 Cause of stop 003 010 054 062 Stoppage by overvoltage or thermal protection in the output module Stoppage by activation of overcurrent protection If the instruction is executed on an output module other than the corresponding output modules an error is returned Error co...

Page 41: ... 08h 10h 02h 0 232 1 hour Theoretical value Low 16 bits TOTAL_INPUT_TIME_2 0 65 535hour High 16 bits TOTAL_INPUT_TIME_3 If the instruction is executed on an output module other than the corresponding output modules an error is returned Error code 6 Command that do not correspond to the setting target Status Status Range Constitution This command returns the accumulated time for application of the ...

Page 42: ...mulated time for outputs stored in the non volatile memory of the AME If the front end module is selected the accumulated time for output of the front end module is returned If a slot is selected the accumulated time for output of the output module is returned The returned value of TOTAL_OUTPUT_TIME_1 represents minute and it is reset to 0 every 60 minutes The returned value of TOTAL_OUTPUT_TIME_2...

Page 43: ...at which an alarm signal is output when the output voltage rises SET_VOUT_ALARM_FACTORY_SETTING Return the output voltage to output the alarm signal to the factory default By selecting the input module or target slot with this command and sending the corresponding command it is possible to set the selected target and return the setting status The factory default is the front end module The followi...

Page 44: ...port and precision for availability This command disables the Write command See Table 6 1 As an exception SET_WRITE_PROTECT_OFF command SYS_STORE_USER_SETTING command and CTL_ACCUMULATE_EXEC command are accepted Return value 1 This command disables the protection set by SET_WRITE PROTECT_ON command This is the factory default Return value 0 READ_RATED_VOUT Returns the rated voltage READ_RATED_IOUT...

Page 45: ...SLOT Delay time from the output voltage is turned on SET_TOFF_DELAY_SLOT Delay time from the output voltage is turned off SET_TON_DELAY_VIN Delay time from input SET_START_UP_VIN_AC start up input voltage AC SET_STOP_VIN_AC stop input voltage AC SET_FAN_MODE_AUTO Rotational speed control mode of air cooling fan SET_FAN_MODE_FIXED_SPEED Rotational speed control mode of air cooling fan SET_AUX_VOUT ...

Page 46: ...every target module individually Even if this command is sent the setting will not return to the factory default while the input voltage is being applied When the input voltage is turned off after transmitting this command the factory default will be restored after turning the input on The input should not be turned off for at least five seconds after this command is transmitted Otherwise it may n...

Page 47: ...11111b 7 Send SET_SELECTION_CH 0 0 8 Send SYS_RESTORE_FACTORY_SETTING 0 9 Input voltage off 4 Send SYS_STORE_USER_SETTING 1 3 Send SET_SELECTION_CH 0 0 5 Input voltage off Remark 00100b Select Input module 00100b Select Input module 00100b ON OFF setting 1 11111b 00100b 00100b 00100b 5 Input voltage off 0V 6 Input voltage on 10 0V 2 Send SET_SELECTION_CH 1 1 12 0V Select slot 1 10 Input voltage on...

Page 48: ...t of the buffered command Return value 1 In the Accumulate mode the Write command is buffered internally and is not immediately reflected in the product operation When transmitting CTL_ACCUMULATE_EXEC command the command in the buffer will be reflected in the operation Only one command can be held because the buffer is overwritten Because no internal processing is performed at the time of bufferin...

Page 49: ...communication address and the address It sets the communication address to the value specified by the argument However when the argument is 128 the address becomes the value specified by the ADDR terminal The address of the reply packet is that specified by this command The factory default is 128 which means setting by the ADDR terminal Specified range Examples of argument Range 1 7 6 Send CTL_ACC...

Page 50: ...tput module F Return value 24024 Output module G Return value 24048 Output module H Return value 0 blank 6 10 5 READ_RATED_VOUT 1Eh 09h 11h 00h Return value 12000 12V Return value 5000 5V If the front end input module is target an error is returned Error code 6 Command that do not correspond to the setting target Range Range Range This command returns the information of the selected module If a fr...

Page 51: ...t modules an error is returned Error code 6 Command that do not correspond to the setting target This command returns the rated current of the selected model The rated output current is set to the value of Returned value 100 Examples of return value This command returns the number of the decimal places of MON_IOUT command for the position of decimal point Return value 2 This command returns the nu...

Page 52: ...Argument CTL_RESET_LATCH 20bit 1Eh 08h 1Eh 1Fh SET_VOUT_FACTORY_SETTING 20bit 1Eh 09h 0Bh 1Fh READ_VOUT_PRM 20bit 1Eh 09h 1Bh 10h SET_VOUT_UPPER_LIMIT 10bit 17h 04h Argument READ_VOUT_REFERENCE 20bit 1Eh 09h 1Bh 00h SET_VOUT_LOWER_LIMIT 10bit 17h 05h Argument READ_VOUT_UPPER_LIMIT_PRM 20bit 1Eh 09h 1Bh 14h Commands to set constant current SET_CC_MODE_ITRM 20bit 1Eh 09h 0Ah 00h SET_VOUT_LIMIT_FACTO...

Page 53: ...SET_AUX_VOUT 10bit 17h 10h Argument READ_FAN_MODE_PRM 20bit 1Eh 09h 17h 00h SET_FAN_MODE_FIXED_SPEED 20bit 1Eh 09h 07h 01h SET_VIN_LV_ALARM 10bit 16h 18h Argument READ_AUX_VOUT_PRM 20bit 1Eh 09h 18h 00h SET_PR_TERMINAL_MODE_PR 20bit 1Eh 09h 0Eh 08h READ_VIN_LV_ALARM_PRM 20bit 1Eh 09h 1Eh 03h SET_ALARM_STATUS 10bit 16h 19h Argument READ_PR_TERMINAL_MODE_PRM 20bit 1Eh 09h 1Eh 0Dh SET_PR_TERMINAL_MOD...

Page 54: ...E_PROTECT_PRM 20bit 1Eh 09h 15h 00h SET_WRITE_PROTECT_OFF 20bit 1Eh 09h 05h 02h SYS_RESTORE_FACTORY_SETTING 20bit 1Eh 09h 01h 1Fh SYS_STORE_USER_SETTING 20bit 1Eh 09h 00h 10h CTL_ACCUMULATE_MODE_ON 20bit 1Eh 08h 1Ch 10h READ_STORE_USER_SETTING 20bit 1Eh 09h 1Eh 00h READ_ACCUMULATE_MODE 20bit 1Eh 08h 1Ch 12h CTL_ACCUMULATE_MODE_OFF 20bit 1Eh 08h 1Ch 11h SET_ADDRESS 10bit 1Ah 10h Argument CTL_ACCUMU...

Page 55: ...M READ_REMOTE_CH_PRM READ_REMOTE_START_UP_PRM READ_REMOTE_CONTROL CTL_POWER_ON_GI CTL_POWER_OFF_GI SET_GI_TERMINAL_MODE_GI READ CTL_GI READ_GI_TERMINAL_MODE_PRM SET_GI_TERMINAL_MODE_RC Commands to set output voltage SET_VOUT 1 FS 0 5 FS CTL_RESET_LATCH SET_VOUT_FACTORY_SETTING READ_VOUT_PRM SET_VOUT_UPPER_LIMIT READ_VOUT_REFERENCE SET_VOUT_LOWER_LIMIT READ_VOUT_UPPER_LIMIT_PRM SET_VOUT_LIMIT_FACTO...

Page 56: ...G READ_CC_PRM SET_CC_UPPER_LIMIT READ_CC_REFERENCE SET_CC_LIMIT_FACTORY_SETTING READ_CC_UPPER_LIMIT_PRM READ_CC_CONTROL_PRM SET_CC_CONTROL READ_TON_DELAY_SLOT_PRM Commands to set output voltage sequence SET_TON_DELAY_SLOT 2 2 2 2 2 2 or 50msec SET_TOFF_DELAY_SLOT 2 2 2 2 2 2 or 50msec SET_TON_DELAY_FACTORY_SETTING SET_TOFF_DELAY_FACTORY_SETTING READ_TOFF_DELAY_SLOT_PRM READ_TON_DELAY_VIN_PRM SET_T...

Page 57: ...AN_MODE_FIXED_SPEED Commands to set accessory functions SET_FAN_MODE_AUTO SET_AUX_VOUT 5 FS READ_FAN_MODE_PRM SET_VIN_LV_ALARM READ_AUX_VOUT_PRM SET_PR_TERMINAL_MODE_PR READ_VIN_LV_ALARM_PRM READ_PR_TERMINAL_MODE_PRM SET_PR_TERMINAL_MODE_PG READ_ALARM_STATUS_PRM SET_ALARM_STATUS READ_VOUT_LV_ALARM_PRM SET_VOUT_LV_ALARM READ_VOUT_HV_ALARM_PRM SET_VOUT_HV_ALARM Monitor commands MON_VIN 3 FS SET_VOUT...

Page 58: ...TIME_2 TOTAL_OUTPUT_TIME_1 SET_SELECTION_CH Commands to set address memory and communication TOTAL_OUTPUT_TIME_3 SET_WRITE_PROTECT_ON READ_SELECTION_CH READ_WRITE_PROTECT_PRM SET_WRITE_PROTECT_OFF SYS_RESTORE_FACTORY_SETTING SYS_STORE_USER_SETTING CTL_ACCUMULATE_MODE_ON READ_STORE_USER_SETTING READ_ACCUMULATE_MODE CTL_ACCUMULATE_MODE_OFF CTL_ACCUMULATE_CLEAR CTL_ACCUMULATE_EXEC READ_ADDRESS_PRM SE...

Page 59: ...pendix3 Block diagram for PMBus Table 4 1 No Status of user store memory Memory source for restoration of Parameter memory Remark 1 There is no data factory shipping status etc Default store memory 2 There is data User store memory 2 1 Pin configuration Appendix3 Control block overview Applications manual For AME series Master device Extended UART Extended UART interface Operating memory Status me...

Page 60: ...ALARM READ_PR_ALARM READ_PR_TERMINAL_MODE_PRM READ_PRODUCT_INFO READ_RAMP_RATE_PRM READ_RATED_IOUT READ_RATED_VOUT READ_REMOTE_CH_PRM READ_REMOTE_CONTROL READ_FAN_MODE_PRM READ_GI_TERMINAL_MODE_PRM READ_IOUT_POINT READ_LOT_H READ_LOT_L READ_LV_ALARM READ_CC_CONTROL_PRM READ_CC_MODE_PRM READ_CC_PRM READ_CC_REFERENCE READ_CC_UPPER_LIMIT_PRM READ_CTL_GI MON_VOUT READ_ACCUMULATE_MODE READ_ADDRESS READ...

Page 61: ... 13 6 9 1 6 5 9 6 5 11 SET_VOUT_UPPER_LIMIT SET_WRITE_PROTECT_OFF SET_WRITE_PROTECT_ON SYS_RESTORE_FACTORY_SETTING SYS_STORE_USER_SETTING TOTAL_INPUT_TIME_1 SET_VOUT_ALARM_FACTORY_SETTING SET_VOUT_FACTORY_SETTING SET_VOUT_HV_ALARM SET_VOUT_LIMIT_FACTORY_SETTING SET_VOUT_LOWER_LIMIT SET_VOUT_LV_ALARM SET_TOFF_DELAY_SLOT SET_TON_DELAY_FACTORY_SETTING SET_TON_DELAY_SLOT SET_TON_DELAY_VIN SET_VIN_LV_A...

Page 62: ..._STORE_USER_SETTING 3 app 7 Appendix2 has been modified 44 Additional content added to SYS_RESTORE_FACTORY_SETTING 2020 2 12 1 1E No Date Ver Page Note 1 2019 11 11 1 0E First edition issued 30 4 app 8 Appendix3 has been added 8 9 7 5 2 1 Pin configuration A Revision history Applications manual For AME series A 1 ver1 1E 2020 2 12 ...

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