Class TPU_PWM
- java.lang.Object
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- org.deepjava.runtime.mpc555.driver.TPU_PWM
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- All Implemented Interfaces:
Impc555
,IntbMpc555HB
,Ippc32
public class TPU_PWM extends Object implements IntbMpc555HB
Driver for generating pulse width modulated (PWM) signals on the TPU.
All 16 channels of TPU-A or TPU-B can be used. All timing data has to be a multiple of the TPU time base clock (806 ns).
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Field Summary
Fields Modifier and Type Field Description (package private) int
channel
(package private) int
diff
(package private) int
period
static int
tpuTimeBase
TPU time base in nanoseconds [ns].-
Fields inherited from interface org.deepjava.runtime.mpc555.Impc555
BAR, BBCMCR, BR0, BR1, BR2, BR3, CCW_A, CCW_B, CFSR0_A, CFSR0_B, CFSR1_A, CFSR1_B, CFSR2_A, CFSR2_B, CFSR3_A, CFSR3_B, CIER_A, CIER_B, CISR_A, CISR_B, CMFA_BaseAddr, CMFA_Size, CMFB_BaseAddr, CMFB_Size, CMFCTL_A, CMFCTL_B, CMFMCR_A, CMFMCR_B, CMFTST_A, CMFTST_B, CMPA, CMPB, CMPC, CMPD, CMPE, CMPF, CMPG, CMPH, COLIR, COMDRAM, COUNTA, COUNTB, CPR0_A, CPR0_B, CPR1_A, CPR1_B, DDRQA_A, DDRQA_B, DDRQS, DER, DMBR, DMOR, DPTMCR, DSCR_A, DSCR_B, DSSR_A, DSSR_B, ECR, EID, EIE, EMCR, excpCodeBase, excpCodeSize, FPECR, HSQR0_A, HSQR0_B, HSQR1_A, HSQR1_B, HSRR0_A, HSRR0_B, HSRR1_A, HSRR1_B, ICTRL, IMB, IMMR, L2U_GRA, L2U_MCR, L2U_RA0, L2U_RA1, L2U_RA2, L2U_RA3, L2U_RBA0, L2U_RBA1, L2U_RBA2, L2U_RBA3, LCTRL1, LCTRL2, LJSRR_A, LJSRR_B, LJURR_A, LJURR_B, MCPSMSCR, MDASM11AR, MDASM11BR, MDASM11SCR, MDASM11SCRD, MDASM12AR, MDASM12BR, MDASM12SCR, MDASM12SCRD, MDASM13AR, MDASM13BR, MDASM13SCR, MDASM13SCRD, MDASM14AR, MDASM14BR, MDASM14SCR, MDASM14SCRD, MDASM15AR, MDASM15BR, MDASM15SCR, MDASM15SCRD, MDASM27AR, MDASM27BR, MDASM27SCR, MDASM27SCRD, MDASM28AR, MDASM28BR, MDASM28SCR, MDASM28SCRD, MDASM29AR, MDASM29BR, MDASM29SCR, MDASM29SCRD, MDASM30AR, MDASM30BR, MDASM30SCR, MDASM30SCRD, MDASM31AR, MDASM31BR, MDASM31SCR, MDASM31SCRD, MI_GRA, MI_RA0, MI_RA1, MI_RA2, MI_RA3, MI_RBA0, MI_RBA1, MI_RBA2, MI_RBA3, MIOS1ER0, MIOS1ER1, MIOS1LVL0, MIOS1LVL1, MIOS1MCR, MIOS1RPR0, MIOS1RPR1, MIOS1SR0, MIOS1SR1, MIOS1TPCR, MIOS1VNR, MISCNT, MISRH, MISRL, MMCSM22CNT, MMCSM22ML, MMCSM22SCR, MMCSM22SCRD, MMCSM6CNT, MMCSM6ML, MMCSM6SCR, MMCSM6SCRD, MPIOSMDDR, MPIOSMDR, MPWMSM0CNTR, MPWMSM0PERR, MPWMSM0PULR, MPWMSM0SCR, MPWMSM16CNTR, MPWMSM16PERR, MPWMSM16PULR, MPWMSM16SCR, MPWMSM17CNTR, MPWMSM17PERR, MPWMSM17PULR, MPWMSM17SCR, MPWMSM18CNTR, MPWMSM18PERR, MPWMSM18PULR, MPWMSM18SCR, MPWMSM19CNTR, MPWMSM19PERR, MPWMSM19PULR, MPWMSM19SCR, MPWMSM1CNTR, MPWMSM1PERR, MPWMSM1PULR, MPWMSM1SCR, MPWMSM2CNTR, MPWMSM2PERR, MPWMSM2PULR, MPWMSM2SCR, MPWMSM3CNTR, MPWMSM3PERR, MPWMSM3PULR, MPWMSM3SCR, MSTAT, NRI, OR0, OR1, OR2, OR3, PDMCR, PISCR, PISCRIK, PITC, PITCK, PITR, PLPRCR, PLPRCRK, PORTQA_A, PORTQA_B, PORTQB_A, PORTQB_B, PORTQS, PQSPAR, PVR, QACR0_A, QACR0_B, QACR1_A, QACR1_B, QACR2_A, QACR2_B, QADC64INT_A, QADC64INT_B, QADC64MCR_A, QADC64MCR_B, QASR0_A, QASR0_B, QASR1_A, QASR1_B, QDSCI_IL, QSCI1CR, QSCI1SR, QSMCMMCR, QSPI_IL, RAMBAR, RECRAM, RJURR_A, RJURR_B, RSR, RSRK, RTC, RTCAL, RTCALK, RTCK, RTCSC, RTCSCK, RTSEC, RTSECK, SC1DR, SC1SR, SC2DR, SC2SR, SCC1R0, SCC1R1, SCC2R0, SCC2R1, SCCR, SCCRK, SCRQ, SCTQ, SGPIOCR, SGPIODT1, SGPIODT2, SIEL, SIMASK, SIPEND, SIUMCR, SIVEC, SPCR0, SPCR1, SPCR2, SPCR3, SPR1022, SPR144, SPR145, SPR146, SPR147, SPR148, SPR149, SPR150, SPR151, SPR152, SPR153, SPR154, SPR155, SPR156, SPR157, SPR158, SPR159, SPR528, SPR536, SPR560, SPR568, SPR638, SPR784, SPR785, SPR786, SPR787, SPR792, SPR793, SPR794, SPR795, SPR80, SPR81, SPR816, SPR817, SPR818, SPR819, SPR82, SPR824, SPR825, SPR826, SPR827, SPSR, SRAMA_BaseAddr, SRAMA_Size, SRAMB_BaseAddr, SRAMB_Size, SRAMMCR_A, SRAMMCR_B, stackSize, SWSR, SYPCR, sysTabBaseAddr, TBK, TBREF0, TBREF0K, TBREF1, TBREF1K, TBSCR, TBSCRK, TESR, TICR_A, TICR_B, TPUMCR_A, TPUMCR_B, TPUMCR2_A, TPUMCR2_B, TPUMCR3_A, TPUMCR3_B, TPURAM0_A, TPURAM0_B, TPURAM1_A, TPURAM1_B, TPURAM10_A, TPURAM10_B, TPURAM11_A, TPURAM11_B, TPURAM12_A, TPURAM12_B, TPURAM13_A, TPURAM13_B, TPURAM14_A, TPURAM14_B, TPURAM15_A, TPURAM15_B, TPURAM2_A, TPURAM2_B, TPURAM3_A, TPURAM3_B, TPURAM4_A, TPURAM4_B, TPURAM5_A, TPURAM5_B, TPURAM6_A, TPURAM6_B, TPURAM7_A, TPURAM7_B, TPURAM8_A, TPURAM8_B, TPURAM9_A, TPURAM9_B, TRANRAM, UIPEND, UMCR, UTSTCREG, VSRMCR
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Fields inherited from interface org.deepjava.runtime.mpc555.IntbMpc555HB
dualMappedSize, extFlashBase, extFlashSize, extRamBase, extRamSize, heapSize, SRR1init
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Fields inherited from interface org.deepjava.runtime.ppc32.Ippc32
CR, CTR, DAR, DEC, DSISR, FPR0, FPR1, FPR10, FPR11, FPR12, FPR13, FPR14, FPR15, FPR16, FPR17, FPR18, FPR19, FPR2, FPR20, FPR21, FPR22, FPR23, FPR24, FPR25, FPR26, FPR27, FPR28, FPR29, FPR3, FPR30, FPR31, FPR4, FPR5, FPR6, FPR7, FPR8, FPR9, FPSCR, LR, MSR, R0, R1, R10, R11, R12, R13, R14, R15, R16, R17, R18, R19, R2, R20, R21, R22, R23, R24, R25, R26, R27, R28, R29, R3, R30, R31, R4, R5, R6, R7, R8, R9, SPR1, SPR18, SPR19, SPR22, SPR26, SPR268, SPR269, SPR27, SPR272, SPR273, SPR274, SPR275, SPR287, SPR8, SPR9, SPRG0, SPRG1, SPRG2, SPRG3, SRR0, SRR1, TBLread, TBUread, XER
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Constructor Summary
Constructors Constructor Description TPU_PWM(boolean tpuA, int channel, int period, int highTime)
Create a TPU channel for the generation of PWM signals.
Remember:period
andhighTime
have a resolution of 16 bit.
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Method Summary
All Methods Instance Methods Concrete Methods Modifier and Type Method Description void
update(int highTime)
Update the parameters of a PWM signal at a TPU channel.
This method will simply update the period and high time registers without initializing the channel.void
update(int period, int highTime)
Update the parameters of a PWM signal at a TPU channel.
This method will simply update the period and high time registers without initializing the channel.
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Field Detail
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channel
int channel
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period
int period
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diff
int diff
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tpuTimeBase
public static final int tpuTimeBase
TPU time base in nanoseconds [ns].- See Also:
- Constant Field Values
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Constructor Detail
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TPU_PWM
public TPU_PWM(boolean tpuA, int channel, int period, int highTime)
Create a TPU channel for the generation of PWM signals.
Remember:period
andhighTime
have a resolution of 16 bit. However, the maximum value for both values is0x8000
.
The period time should be defined as an integer constant. Example for a period time of T = 50 µs (f = 20 kHz):
private final int pwmPeriod = 50000 / TpuTimeBase;
- Parameters:
tpuA
-true
: use TPU-A,false
: use TPU-B.channel
- TPU channel to initialize. Allowed values are 0..15.period
- Period time as a multiple of the TPU time basehighTime
- PWM signal high time as a multiple of the TPU time base. It has to be less or equal then the period time.
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Method Detail
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update
public void update(int period, int highTime)
Update the parameters of a PWM signal at a TPU channel.
This method will simply update the period and high time registers without initializing the channel. The maximum value for both values is0x8000
.- Parameters:
period
- Period time as a multiple of the TPU time basehighTime
- PWM signal high time as a multiple of the TPU time base. It has to be less or equal then the period time!
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update
public void update(int highTime)
Update the parameters of a PWM signal at a TPU channel.
This method will simply update the period and high time registers without initializing the channel. The maximum value for both values is0x8000
.- Parameters:
highTime
- PWM signal high time as a multiple of the TPU time base. It has to be less or equal then the period time!
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