AMIS49587C5871RG ON Semiconductor, AMIS49587C5871RG Datasheet
AMIS49587C5871RG
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AMIS49587C5871RG Summary of contents
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... Pb−Free strategy and soldering details, please download the ON Semiconductor Soldering and Mounting Techniques Reference Manual, SOLDERRM/D. This document contains information on a product under development. ON Semiconductor reserves the right to change or discontinue this product without notice. © Semiconductor Components Industries, LLC, 2009 June, 2009 − ...
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APPLICATION EXAMPLE VDD VDDA TX_DATA Figure 1. Typical Application for the AMIS−49587 S−FSK Modem A typical application example is given above. The example shows the AMIS−49587 with its companion devices. Namely the power line driver NCS5650, the application controller and ...
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... Table 1. ORDERING INFORMATION Part No. AMIS49587C5871R AMIS49587C5871RG †For information on tape and reel specifications, including part orientation and tape sizes, please refer to our Tape and Reel Packaging Specification Brochure, BRD8011/D. Table of Contents Application . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...
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ABSOLUTE MAXIMUM RATINGS Stresses above those listed in this clause may cause permanent device failure. Exposure to absolute maximum ratings for extended periods may affect device reliability. Power Supply Pins VDD, VDDA, VSS, VSSA Table 2. ABSOLUTE MAXIMUM RATINGS SUPPLY ...
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M50Hz_IN Table 6. PIN DESCRIPTION Pin No. Pin Name I/O 1 VSSA 2 RX_OUT Out 3 RX_IN In 4 REF_OUT Out 5 M50HZ_IN In 6 IO0 In/Out 7 TDO Out 8 TDI In 9 TCK In 10 TMS In 11 ...
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DC AND AC CHARACTERISTICS Oscillator: Pin XIN, XOUT In production the actual oscillation of the oscillator and duty cycle will not be tested. The production test will be based on the static parameters and the inversion from XIN to XOUT ...
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Transmitter External Parameters: Pin TX_OUT, ALC_IN, TX_ENB To guarantee the transmitter external specifications the TX_CLK frequency must be 12 MHz $ 100 ppm. Table 9. TRANSMITTER EXTERNAL PARAMETERS Parameter Maximum peak output level fTX_OUT = 23.75 kHz fTX_OUT = 95 ...
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Table 11. RECEIVER EXTERNAL PARAMETERS: Pin RX_IN, RX_OUT, REF_OUT Parameter Input offset voltage 42 dB AGC gain = 42 dB Input offset voltage 0 dB AGC gain = 0 dB Max. peak input voltage AGC gain = 0 dB (Note ...
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Table 13. POWER−ON−RESET (POR) Parameter POR threshold Power supply rise time Table 14. DIGITAL OUTPUTS: TDO, CLK_OUT Parameter Low output voltage High output voltage Table 15. DIGITAL OUTPUTS WITH OPEN DRAIN: TX_END, TXD Parameter Low output voltage Table 16. DIGITAL ...
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Table 20. CURRENT CONSUMPTION Parameter Current consumption in receive mode Current consumption in transmit mode Current consumption when RESB = 0 15. CLKARM is < 12 MHz, fCLK = 24 MHz. Main Modem Characteristics Table 21. OPERATING CHARACTERISTICS Parameter Positive ...
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GENERAL DESCRIPTION The AMIS−49587 is a single chip half duplex S−FSK modem dedicated to power line carrier (PLC) data transmission on low− or medium−voltage power lines. The device offers complete handling of the protocol layers from the physical up to ...
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FUNCTIONAL DESCRIPTION The block diagram below represents the main functional units of the AMIS−49587: Transmitter (S− FSK Modulator) TX_ENB TX_OUT TO Power Amplifier ALC_IN Receiver (S− FSK Demodulator) RX_OUT FROM Line Coupler RX_IN AAF REF_OUT Clock and Control Zero M50Hz_IN ...
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ROM. The RAM contains the necessary space to store the working data. The back−end interface is done through the Serial Communication Interface block. This back−end is used for data transmission with the application micro controller (containing the application layer ...
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Table 22. SPACE AND MARK FREQUENCY SELECTION (See Appendix C) ARM Register Reset Description R_FS[15:0] 0000h Step register for the space frequency f S R_FM[15:0] 0000h Step register for the mark frequency f M The space and mark frequency can ...
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The evaluation of the level is done during 1 CHIP_CLK period. Depending on the value of peak level on ALC_IN the attenuation is updated: − Vp < VTL : Increase the level with 1 step ALC_IN ALC − VTL ...
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Received Signal C DREF V SSA Figure 10. External Component Connection for 50/60 Hz Suppression Filter RX_IN is the positive analog input pin of the receiver low noise input op−amp. Together with the output RX_OUT an ...
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CLOCK AND CONTROL Oscillator The oscillator works with a standard parallel resonance crystal of 24 MHz. XIN is the input to the oscillator inverter gain stage and XOUT is the output. XTAL _IN Figure 12. Placement of ...
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AMIS − 49587 Figure 14. Connection to the Application Microcontroller SCI Physical Layer Description The following pins control the serial communication interface. TXD: Transmit data output the data output of the AMIS−49587 and the input of ...
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T_REQ t POLL TxD Status ? RxD Figure 15. Transfer from Base Micro to AMIS−49587 If the length and the checksum of the local frame are both correct, the AMIS−49587 acknowledges with an <ACK> character. In other cases, it answers ...
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TIC value is constant at 10 ms, • bit −> the TIC value represents 5 ...
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Status Message in NOT SET MODE: Table 25. STATUS MESSAGE IN NOT SET MODE Bit 7 Byte Content 1 Start 0 2 Data Data 2 4 Data 3 Where: Not SET Indication is AMIS 49587 is set ...
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Status Message in MASTER MODE: Table 27. STATUS MESSAGE IN SLAVE MODE Bit 7 Byte Content 1 Start 0 2 Data Data 2 4 Data 3 Where: Not SYNC Indication of synchronization with mains Not SET Indication ...
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GENERAL DESCRIPTION OF THE FRAME FORMAT The frame format is the same in both directions: <STX> The fields are: Table 29. LOCAL FRAME DESCRIPTION Field Byte Length <STX> 1 Length 1 Command 1 User_Data 0..247 CHK 2 Remark: As soon ...
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Table 30. MAC ADDRESS RANGE Application Mode Client Server AMDES New & Unlocked Not New & Locked Client Server New & Unlocked BMS New & Locked Not New & Locked Client Server ICC New & Unlocked New & Locked Not ...
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The following figure represents the OSI architecture of the AMIS−49587. LTC AMIS− 49587 Power Line OSI ARCHITECTURE OF AMIS−49587 USER MAC DB LOCAL PHY MIB COUPLER Figure 19. OSI Architecture of AMIS−49587 http://onsemi.com 25 ISA ...
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LOCAL TRANSFER AND CONFIGURATION COMMANDS (LTC) DESCRIPTION The Local Transfer and Configuration Commands (LTC) supplies the following services: • WriteConfigNew_Request: This command is used by the Base Micro to set the configuration in the AMIS−49587. The AMIS−49587 does not need ...
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Table 31. NON CHANGEABLE PARAMETERS AFTER AMIS 49587 IS SET Field R_CONF_TX_DATA_PRE_SLOT_SEL Pad R_CONF→MODE R_CONF→BAUDRATE R_CONF→MAINS_FREQ WriteConfigNew_Confirm (Tag 72h) Description: The WriteConfigNew_Confirm is sent by the AMIS−49587 in order to indicate that the AMIS−49587 configuration has been written in registers ...
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Table 32. GENERAL DESCRIPTION OF WRITECONFIGNEW_REQUEST Field Mac−group−addresses Fs Fm R_ZC_ADJUST NbAlarm R_ALC_CTRL→Value Max_Transmistting_Gain→Value R_ALC_CTRL→Value Max_Transmistting_Gain→Mode R_CONF_TX_DATA_PRE_SLOT_SEL Pad R_CONF→MODE R_CONF→BAUDRATE R_CONF→MAINS_FREQ Pad Search method SINC Filter SYNCHRO−Type→Mode SYNCHRO−Bit→Value SYNCHRO−Bit→Mode SearchInitiatorGain or Min−ReceivingGain Mode Search Initiator Gain or Min−Receiving Gain Max−Receiving−Gain→Value ...
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Table 32. GENERAL DESCRIPTION OF WRITECONFIGNEW_REQUEST Field FSK + Alarm Filter Synchro without Gain Min Repeater Time−out−search−initiator See Appendix C: SUMMARY of writeconfigNew_request for more details on the data for each mode. TEST MODE Description The test mode is used ...
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RESET AND SYNCHRO COMMANDS Description The reset command is used to replace the AMIS−49587 in the Not Set mode. The synchro commands are sent by the AMIS−49587 to the Base Micro to indicate the changes in the synchronization state of ...
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Desynchro_Request (Tag 11h) Description: The Desynchro_Request command is used by the base micro to enforce the not synchronized state in the AMIS−49587 and therefore it starts looking for a new synchronization. Syntax: Master/Slave/Monitor Initiator Command (arguments) Base Micro Desynchro_Request () ...
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See Section The Objects Available on and The Objects Available Only on AMIS−49587 versions for more details on each object. Syntax: Master/Slave Initiator Command (arguments) Base Micro WriteDB_Request (DB_Data_Id) Frame Format: <STX> Length Table 35. LIST OF WRITEDB ITEMS Field ...
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WriteDB_Confirm (Tag 42h) Description: The WriteDB_Confirm has to be sent by the FPMA when new data have been correctly recorded. The DB_Data_Id_Echo contains the identifier of the data and the value read at its memory location. It may have the ...
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TimeoutSynchro Description: This request is used to modify the value of the timeout synchro confirmation. The Timeout Synchro Confirm is set in seconds. Request Format: <STX> Length Confirm Format: <STX> Length TimeoutNotOK Description: This request is used to modify the ...
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Min Delta Credit Description: This request is used to read the Min Delta Credit in the AMIS−49587. Once the request sent to the AMIS−49587, the Min Delta Credit is automatically set to 7. The AMIS−49587 answers with the value of ...
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Repeater Description: This request is used to modify the repeater state of the AMIS−49587. The repeater state can be Repeater, No Repeater, Repeater Isacall or No Repeater Isacall. Only the 2 last bits are used for this command, so the ...
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DataStats Description: This request is used to read the value of the current data statistics in the AMIS−49587. The request contains one byte which is used to know whether the counters must be reset or not (00: no reset, 01: ...
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Read Version Soft Description: This request is used to read the soft version of the AMIS−49587. Request Format: <STX> Length Confirm Format: <STX> Length Min−ReceivingGain Description: This request is used to modify the Min Receiving Gain of the AMIS−49587. The ...
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DESCRIPTION The local communication exchanges data with the MAC sub−layer. These data (included into local frames) contain information about the DLC frame transmission on the mains (Initial credit, current credit, delta credit, local and destination MAC addresses) and the data ...
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MA_DATA_Indication (Tag 50h) Description: The MA_Data_Indication is sent from the AMIS−49587 (Client or Server) to the base micro to deliver the received DLC frame to the base micro LLC sub−layer. Syntax: Initiator Command (arguments) AMIS−49587 MA_Data_Indication (MAC_Frame) Frame Format : ...
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Table 37. FORMAT OF THE DATA_ISA FIELD Field Name Length Level 2 bytes Transmission_Position 2 bytes When ISA_Request command is received, AMIS−49587 enters in RepeaterCall function and is listening for the repeater call pattern, which is 2 bytes long (2E5C), ...
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DESCRIPTION The monitor mode is used to spy the exchanged frames on the mains. It allows the user to check the transmission quality in a definite point of the mains. In this mode, all the LTC and DB requests are ...
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SPY_Search_Synchro (Tag C0h) Description: The SPY_Search_Synchro is sent periodically by the AMIS−49587 local MAC sub−layer to indicate synchronization is in progress. Syntax: Monitor Initiator Command (arguments) AMIS−49587 Spy_Search_Synchro () Frame Format : <STX> Length SPY_Synchro_Found (Tag D0h) Description: The SPY_Synchro_Found ...
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APPENDIX A: SPECIFIC BEHAVOURS Envelope calculation method The envelops are calculated using sqrt values or absolute values, depending on the baudrate and on the main frequency. The following table describes the different modes : 50 Hz Synchro Sqrt Reception Sqrt ...
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Case of WriteDB Values in the WriteDB LMAC IMAC NEW NOBODY ⇒ AMIS 49587 Starts Synchronization & Stop Time−out−not−addressed & Reset MAC Group Address NEW ≠ NOBODY ⇒ AMIS 49587Starts Synchronization & Start Time−out−not−addressed & Reset MAC Group Address ≠ ...
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STATUS MESSAGE IN SLAVE MODE Bit 7 Byte Content 1 Start 0 2 Data Data 2 4 Data 3 Where: Not LOCKED Indication if AMIS 49587 is Unlocked NEW Indication if AMIS 49587 is New Not SYNC ...
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Status Message in MONITOR MODE: STATUS MESSAGE IN SLAVE MODE Bit 7 Byte Content 1 Start 0 2 Data Data 2 TS_Nb[2:0] 4 Data 3 DEP[2:0] Where: Not SYNC Indication of synchronization with mains Not SET Indication ...
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Table 39. WRITECONFIGNEW_REQUEST FOR MASTER MODE Field R_CONF→BAUDRATE R_CONF→MAINS_FREQ Pad Search method SINC Filter SYNCHRO−Type→Mode SYNCHRO−Bit→Value SYNCHRO−Bit→Mode SearchInitiatorGain or Min−ReceivingGain Mode Search Initiator Gain or Min−Receiving Gain Max−Receiving−Gain→Value Max−Receiving−Gain→Mode Time out Inter Character TIC Bad CRC transmitting Pad correcting FSK ...
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WriteConfigNew_Request for Slave Mode Table 40. DESCRIPTION OF WRITECONFIGNEW_REQUEST IN SLAVE MODE Field First Initiator MAC Address (FIMA) Last Initiator MAC Address (LIMA) Local MAC Address Active Initiator Address Time−out−synchro−confirm Time−out−frame−not−ok Time−out−not−addressed Mac−group−addresses Fs Fm R_ZC_ADJUST NbAlarm R_ALC_CTRL→Value Max_Transmistting_Gain→Value R_ALC_CTRL→Value ...
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Table 40. DESCRIPTION OF WRITECONFIGNEW_REQUEST IN SLAVE MODE Field Max−Receiving−Gain→Mode Time out Inter Character TIC Bad CRC transmitting Pad correcting FSK + Alarm Filter Synchro without Gain Min Repeater Time−out−search−initiator WriteConfig_Request for Monitor Mode Table 41. DESCRIPTION OF WRITECONFIGNEW_REQUEST IN ...
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Table 41. DESCRIPTION OF WRITECONFIGNEW_REQUEST IN MONITOR MODE Field R_CONF→BAUDRATE R_CONF→MAINS_FREQ Pad Search method SINC Filter SYNCHRO−Type→Mode SYNCHRO−Bit→Value SYNCHRO−Bit→Mode SearchInitiatorGain or Min−ReceivingGain Mode Search Initiator Gain or Min−Receiving Gain Max−Receiving−Gain→Value Max−Receiving−Gain→Mode Time out Inter Character TIC Bad CRC transmitting Pad ...
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APPENDIX D: CODING Pre−Defined Characters The valid one−byte values for the starting characters in the local frame are listed below : Table 42. PRE−DEFINED CHARACTERS Character STX ACK NAK ? Synchronization State Codes The valid one−byte values for the Synchronization ...
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Table 45. TRANSMISSION STATUS Field Name Value LM_TU3 20d LM_TU4 30d Command Codes The valid one−byte value for the Command field of the local frame are listed below: Table 46. COMMAND CODES Command Synchro_Indication AMIS−49587 (Synchro_Data) Desynchro_Request Base Micro() Reset_Request ...
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Name Synchro Reset WriteConfig WriteDB MA_Data ISA_Call ISB_Call SPY_No_SubFrame SPY_SubFrame SPY_Search_Synchro SPY_Synchro_Found SPY_No_Alarm_Found SPY_Alarm_Found APPENDIX E : TIMINGS TIME−OUT VALUES The values of the AMIS−49587 constant timings are listed below: Table 47. TIME−OUT VALUES Time−out Tpoll Delay max. awaited by ...
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http://onsemi.com 55 ...
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http://onsemi.com 56 ...
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In this document, reference is made to: − [2] IEC 61334−5−1 The Spread Frequency Shift Keying (S−FSK) profile (International Electro−Technical Commission) RELATED DOCUMENTS http://onsemi.com 57 ...
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PACKAGE DIMENSIONS PLCC 28 LEAD CASE 776AA−01 ISSUE O http://onsemi.com 58 ...
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