module ti.catalog.msp430.peripherals.adc.SD16

metaonly module ti.catalog.msp430.peripherals.adc.SD16_A

index URL

MSP430F2xx Family SD16_A Module

XDCscript usage
Individual elements

XDCscript usage meta-domain sourced in ti/catalog/msp430/peripherals/adc/SD16_A.xdc

var SD16_A = xdc.useModule('ti.catalog.msp430.peripherals.adc.SD16_A');

module-wide constants & types

values of type SD16_A.SD16AE0_t// SD16_A Analog Enable Bit 0

const SD16_A.SD16AE0_OFF// External input disabled. Negative inputs are internally connected to VSS;

const SD16_A.SD16AE0// External input enabled;

values of type SD16_A.SD16AE1_t// SD16_A Analog Enable Bit 1

const SD16_A.SD16AE1_OFF// External input disabled. Negative inputs are internally connected to VSS;

const SD16_A.SD16AE1// External input enabled;

values of type SD16_A.SD16AE2_t// SD16_A Analog Enable Bit 2

const SD16_A.SD16AE2_OFF// External input disabled. Negative inputs are internally connected to VSS;

const SD16_A.SD16AE2// External input enabled;

values of type SD16_A.SD16AE3_t// SD16_A Analog Enable Bit 3

const SD16_A.SD16AE3_OFF// External input disabled. Negative inputs are internally connected to VSS;

const SD16_A.SD16AE3// External input enabled;

values of type SD16_A.SD16AE4_t// SD16_A Analog Enable Bit 4

const SD16_A.SD16AE4_OFF// External input disabled. Negative inputs are internally connected to VSS;

const SD16_A.SD16AE4// External input enabled;

values of type SD16_A.SD16AE5_t// SD16_A Analog Enable Bit 5

const SD16_A.SD16AE5_OFF// External input disabled. Negative inputs are internally connected to VSS;

const SD16_A.SD16AE5// External input enabled;

values of type SD16_A.SD16AE6_t// SD16_A Analog Enable Bit 6

const SD16_A.SD16AE6_OFF// External input disabled. Negative inputs are internally connected to VSS;

const SD16_A.SD16AE6// External input enabled;

values of type SD16_A.SD16AE7_t// SD16_A Analog Enable Bit 7

const SD16_A.SD16AE7_OFF// External input disabled. Negative inputs are internally connected to VSS;

const SD16_A.SD16AE7// External input enabled;

values of type SD16_A.SD16BUF_t// SD16BUFx Bits

const SD16_A.SD16BUF_0// Buffer disabled;

const SD16_A.SD16BUF_1// Slow speed/current;

const SD16_A.SD16BUF_2// Medium speed/current;

const SD16_A.SD16BUF_3// High speed/current;

values of type SD16_A.SD16DF_t// SD16DF Bit

const SD16_A.SD16DF_OFF// Offset binary;

const SD16_A.SD16DF// 2's complement;

values of type SD16_A.SD16DIV_t// SD16DIVx Bits

const SD16_A.SD16DIV_0// Divide by 1;

const SD16_A.SD16DIV_1// Divide by 2;

const SD16_A.SD16DIV_2// Divide by 4;

const SD16_A.SD16DIV_3// Divide by 8;

values of type SD16_A.SD16GAIN_t// SD16GAINx Bits

const SD16_A.SD16GAIN_1// Multiply by 1;

const SD16_A.SD16GAIN_2// Multiply by 2;

const SD16_A.SD16GAIN_4// Multiply by 4;

const SD16_A.SD16GAIN_8// Multiply by 8;

const SD16_A.SD16GAIN_16// Multiply by 16;

const SD16_A.SD16GAIN_32// Multiply by 32;

values of type SD16_A.SD16IE_t// SD16IE Bit

const SD16_A.SD16IE_OFF// Disabled;

const SD16_A.SD16IE// Enabled;

values of type SD16_A.SD16IFG_t// SD16IFG Bit

const SD16_A.SD16IFG_OFF// No interrupt pending;

const SD16_A.SD16IFG// Interrupt pending;

values of type SD16_A.SD16INCH_t// SD16INCHx Bits

const SD16_A.SD16INCH_0// A0;

const SD16_A.SD16INCH_1// A1;

const SD16_A.SD16INCH_2// A2;

const SD16_A.SD16INCH_3// A3;

const SD16_A.SD16INCH_4// A4;

const SD16_A.SD16INCH_5// A5 - (AVcc - AVss)/11;

const SD16_A.SD16INCH_6// A6 - Temperature Sensor;

const SD16_A.SD16INCH_7// A7 - Short PGA offset measurement;

values of type SD16_A.SD16INTDLY_t// SD16INTDLYx Bits

const SD16_A.SD16INTDLY_0// Fourth sample causes interrupt;

const SD16_A.SD16INTDLY_1// Third sample causes interrupt;

const SD16_A.SD16INTDLY_2// Second sample causes interrupt;

const SD16_A.SD16INTDLY_3// First sample causes interrupt;

values of type SD16_A.SD16IV_SD16MEM0_t// SD16_A SD16MEMx overflow

const SD16_A.SD16IV_SD16MEM0_OFF// No Interrupt pending;

const SD16_A.SD16IV_SD16MEM0// SD16MEM0 SD16IFG;

values of type SD16_A.SD16IV_SD16OVIFG_t// SD16_A Interrupt

const SD16_A.SD16IV_SD16OVIFG_OFF// No Interrupt pending;

const SD16_A.SD16IV_SD16OVIFG// SD16OVIFG;

values of type SD16_A.SD16LP_t// SD16LP Bit

const SD16_A.SD16LP_OFF// Low-power mode is disabled;

const SD16_A.SD16LP// Low-power mode is enabled. The maximum clock frequency for the SD16_A is reduced;

values of type SD16_A.SD16LSBACC_t// SD16LSBACC Bit

const SD16_A.SD16LSBACC_OFF// SD16MEMx contains the most significant 16-bits of the conversion;

const SD16_A.SD16LSBACC// SD16MEMx contains the least significant 16-bits of the conversion;

values of type SD16_A.SD16LSBTOG_t// SD16LSBTOG Bit

const SD16_A.SD16LSBTOG_OFF// SD16LSBACC does not toggle with each SD16MEM0 read;

const SD16_A.SD16LSBTOG// SD16LSBACC toggles with each SD16MEM0 read;

values of type SD16_A.SD16OSR_t// SD16OSRx Bits

const SD16_A.SD16OSR_256// SD16XOSR = 0;

const SD16_A.SD16OSR_128// SD16XOSR = 0;

const SD16_A.SD16OSR_64// SD16XOSR = 0;

const SD16_A.SD16OSR_32// SD16XOSR = 0;

const SD16_A.SD16OSR_512// SD16XOSR = 1;

const SD16_A.SD16OSR_1024// SD16XOSR = 1;

values of type SD16_A.SD16OVIE_t// SD16OVIE Bit

const SD16_A.SD16OVIE_OFF// Overflow interrupt disabled;

const SD16_A.SD16OVIE// Overflow interrupt enabled;

values of type SD16_A.SD16OVIFG_t// SD16OVIFG Bit

const SD16_A.SD16OVIFG_OFF// No overflow interrupt pending;

const SD16_A.SD16OVIFG// Overflow interrupt pending;

values of type SD16_A.SD16REFON_t// SD16REFON Bit

const SD16_A.SD16REFON_OFF// Reference off;

const SD16_A.SD16REFON// Reference on;

values of type SD16_A.SD16SC_t// SD16SC Bit

const SD16_A.SD16SC_OFF// No conversino start;

const SD16_A.SD16SC// Start conversion;

values of type SD16_A.SD16SNGL_t// SD16SNGL Bit

const SD16_A.SD16SNGL_OFF// Continuous conversion mode;

const SD16_A.SD16SNGL// Single conversion mode;

values of type SD16_A.SD16SSEL_t// SD16SSELx Bits

const SD16_A.SD16SSEL_0// MCLK;

const SD16_A.SD16SSEL_1// SMCLK;

const SD16_A.SD16SSEL_2// ACLK;

const SD16_A.SD16SSEL_3// External TACLK;

values of type SD16_A.SD16UNI_t// SD16UNI Bit

const SD16_A.SD16UNI_OFF// Bipolar mode;

const SD16_A.SD16UNI// Unipolar mode;

values of type SD16_A.SD16VMIDON_t// SD16VMIDON Bit

const SD16_A.SD16VMIDON_OFF// Off;

const SD16_A.SD16VMIDON// On;

values of type SD16_A.SD16XDIV_t// SD16XDIVx Bits

const SD16_A.SD16XDIV_0// Divide by 1;

const SD16_A.SD16XDIV_1// Divide by 3;

const SD16_A.SD16XDIV_2// Divide by 16;

const SD16_A.SD16XDIV_3// Divide by 48;

values of type SD16_A.SD16XOSR_t// SD16XOSR Bit

const SD16_A.SD16XOSR_OFF// Extended oversampling ratio. This bit, along with the SD16OSRx bits, select the oversampling ratio. See SD16OSRx bit description for settings;

const SD16_A.SD16XOSR// Extended oversampling ratio. This bit, along with the SD16OSRx bits, select the oversampling ratio. See SD16OSRx bit description for settings;

var obj = new SD16_A.ForceSetDefaultRegister_t// Force Set Default Register;

obj.register = String ...

obj.regForceSet = Bool ...

var obj = new SD16_A.SD16AE_t// SD16_A Analog Input Enable Register;

obj.SD16AE0// SD16_A analog enable 0 External input disabled. Negative inputs are internally connected to VSS. 1 External input enabled = SD16_A.SD16AE0_t ...

obj.SD16AE1// SD16_A analog enable 0 External input disabled. Negative inputs are internally connected to VSS. 1 External input enabled = SD16_A.SD16AE1_t ...

obj.SD16AE2// SD16_A analog enable 0 External input disabled. Negative inputs are internally connected to VSS. 1 External input enabled = SD16_A.SD16AE2_t ...

obj.SD16AE3// SD16_A analog enable 0 External input disabled. Negative inputs are internally connected to VSS. 1 External input enabled = SD16_A.SD16AE3_t ...

obj.SD16AE4// SD16_A analog enable 0 External input disabled. Negative inputs are internally connected to VSS. 1 External input enabled = SD16_A.SD16AE4_t ...

obj.SD16AE5// SD16_A analog enable 0 External input disabled. Negative inputs are internally connected to VSS. 1 External input enabled = SD16_A.SD16AE5_t ...

obj.SD16AE6// SD16_A analog enable 0 External input disabled. Negative inputs are internally connected to VSS. 1 External input enabled = SD16_A.SD16AE6_t ...

obj.SD16AE7// SD16_A analog enable 0 External input disabled. Negative inputs are internally connected to VSS. 1 External input enabled = SD16_A.SD16AE7_t ...

var obj = new SD16_A.SD16CCTL0_t// SD16CCTL0 Register;

obj.SD16UNI// Unipolar mode select 0 Bipolar mode 1 Unipolar mode = SD16_A.SD16UNI_t ...

obj.SD16XOSR// Extended oversampling ratio. This bit, along with the SD16OSRx bits, select the oversampling ratio. See SD16OSRx bit description for settings = SD16_A.SD16XOSR_t ...

obj.SD16SNGL// Single conversion mode select 0 Continuous conversion mode 1 Single conversion mode = SD16_A.SD16SNGL_t ...

obj.SD16OSR// Oversampling ratio When SD16XOSR = 0 00 256 01 128 10 64 11 32 When SD16XOSR = 1 00 512 01 1024 10 Reserved 11 Reserved = SD16_A.SD16OSR_t ...

obj.SD16LSBTOG// LSB toggle. This bit, when set, causes SD16LSBACC to toggle each time the SD16MEM0 register is read. 0 SD16LSBACC does not toggle with each SD16MEM0 read 1 SD16LSBACC toggles with each SD16MEM0 read = SD16_A.SD16LSBTOG_t ...

obj.SD16LSBACC// LSB access. This bit allows access to the upper or lower 16-bits of the SD16_A conversion result. 0 SD16MEMx contains the most significant 16-bits of the conversion. 1 SD16MEMx contains the least significant 16-bits of the conversion = SD16_A.SD16LSBACC_t ...

obj.SD16OVIFG// SD16_A overflow interrupt flag 0 No overflow interrupt pending 1 Overflow interrupt pending = SD16_A.SD16OVIFG_t ...

obj.SD16DF// SD16_A data format 0 Offset binary 1 2's complement = SD16_A.SD16DF_t ...

obj.SD16IE// SD16_A interrupt enable 0 Disabled 1 Enabled = SD16_A.SD16IE_t ...

obj.SD16IFG// SD16_A interrupt flag. SD16IFG is set when new conversion results are available. SD16IFG is automatically reset when the corresponding SD16MEMx register is read, or may be cleared with software. 0 No interrupt pending 1 Interrupt pending = SD16_A.SD16IFG_t ...

obj.SD16SC// SD16_A start conversion 0 No conversion start 1 Start conversion = SD16_A.SD16SC_t ...

var obj = new SD16_A.SD16CTL_t// SD16CTL Register;

obj.SD16XDIV// SD16_A clock divider 000 Divide by 1 001 Divide by 3 010 Divide by 16 011 Divide by 48 1xx Reserved = SD16_A.SD16XDIV_t ...

obj.SD16LP// Low power mode. This bit selects a reduced speed, reduced power mode 0 Low-power mode is disabled 1 Low-power mode is enabled. The maximum clock frequency for the SD16_A is reduced = SD16_A.SD16LP_t ...

obj.SD16DIV// SD16_A clock divider 00 Divide by 1 01 Divide by 2 10 Divide by 4 11 Divide by 8 = SD16_A.SD16DIV_t ...

obj.SD16SSEL// SD16_A clock source select 00 MCLK 01 SMCLK 10 ACLK External TACLK = SD16_A.SD16SSEL_t ...

obj.SD16VMIDON// VMID buffer on 0 Off 1 On = SD16_A.SD16VMIDON_t ...

obj.SD16REFON// Reference generator on 0 Reference off 1 Reference on = SD16_A.SD16REFON_t ...

obj.SD16OVIE// SD16_A overflow interrupt enable. The GIE bit must also be set to enable the interrupt. 0 Overflow interrupt disabled 1 Overflow interrupt enabled = SD16_A.SD16OVIE_t ...

var obj = new SD16_A.SD16INCTL0_t// SD16INCTL0 Register;

obj.SD16INTDLY// Interrupt delay generation after conversion start. These bits select the delay for the first interrupt after conversion start. 00 Fourth sample causes interrupt 01 Third sample causes interrupt 10 Second sample causes interrupt 11 First sample causes interrupt = SD16_A.SD16INTDLY_t ...

obj.SD16GAIN// SD16_A preamplifier gain 000 Multiply by 1 001 Multiply by 2 010 Multiply by 4 011 Multiply by 8 100 Multiply by 16 101 Multiply by 32 110 Reserved 111 Reserved = SD16_A.SD16GAIN_t ...

obj.SD16INCH// SD16_A channel differential pair input 000 A0 001 A1 010 A2 011 A3 100 A4 101 A5-- (AVCC -- AVSS) / 11 110 A6 -- Temperature Sensor 111 A7 -- Short for PGA offset measurement = SD16_A.SD16INCH_t ...

var obj = new SD16_A.regIntVect_t// Interrupt vector description;

obj.registerName = String ...

obj.registerDescription = String ...

obj.isrToggleString = String ...

obj.priorityName = String ...

obj.interruptEnable = Bool ...

obj.interruptHandler = Bool ...

obj.priority = Int ...

module-wide functions

SD16_A.getAll// Find all peripherals of a certain type() returns IPeripheral.Instance[]

SD16_A.getRegisters// Find all registers defined by the peripheral() returns String[]

per-instance config parameters

var params = new SD16_A.Params// Instance config-params object;

params.SD16AE// SD16AE Register = SD16_A.SD16AE_t {

SD16AE0: SD16_A.SD16AE0_OFF,

SD16AE1: SD16_A.SD16AE1_OFF,

SD16AE2: SD16_A.SD16AE2_OFF,

SD16AE3: SD16_A.SD16AE3_OFF,

SD16AE4: SD16_A.SD16AE4_OFF,

SD16AE5: SD16_A.SD16AE5_OFF,

SD16AE6: SD16_A.SD16AE6_OFF,

SD16AE7: SD16_A.SD16AE7_OFF

};

params.SD16CCTL0// SD16CCTL0 Register = SD16_A.SD16CCTL0_t {

SD16UNI: SD16_A.SD16UNI_OFF,

SD16XOSR: SD16_A.SD16XOSR_OFF,

SD16SNGL: SD16_A.SD16SNGL_OFF,

SD16OSR: SD16_A.SD16OSR_256,

SD16LSBTOG: SD16_A.SD16LSBTOG_OFF,

SD16LSBACC: SD16_A.SD16LSBACC_OFF,

SD16OVIFG: SD16_A.SD16OVIFG_OFF,

SD16DF: SD16_A.SD16DF_OFF,

SD16IE: SD16_A.SD16IE_OFF,

SD16IFG: SD16_A.SD16IFG_OFF,

SD16SC: SD16_A.SD16SC_OFF

};

params.SD16CTL// SD16CTL Register = SD16_A.SD16CTL_t {

SD16XDIV: SD16_A.SD16XDIV_0,

SD16LP: SD16_A.SD16LP_OFF,

SD16DIV: SD16_A.SD16DIV_0,

SD16SSEL: SD16_A.SD16SSEL_0,

SD16VMIDON: SD16_A.SD16VMIDON_OFF,

SD16REFON: SD16_A.SD16REFON_OFF,

SD16OVIE: SD16_A.SD16OVIE_OFF

};

params.SD16INCTL0// SD16INCTL0 Register = SD16_A.SD16INCTL0_t {

SD16INTDLY: SD16_A.SD16INTDLY_0,

SD16GAIN: SD16_A.SD16GAIN_1,

SD16INCH: SD16_A.SD16INCH_0

};

params.SD16IV// SD16IV Register = Bits16 SD16_A.SD16IV_SD16OVIFG_OFF;

params.SD16MEM0// SD16MEM0 Register = Bits16 SD16_A.SD16IV_SD16MEM0_OFF;

params.forceSetDefaultRegister// Determine if each Register needs to be forced set or not = SD16_A.ForceSetDefaultRegister_t[] [

{

regForceSet: false

{

regForceSet: false

{

regForceSet: false

{

regForceSet: false

{

regForceSet: false

{

regForceSet: false

}

];

params.interruptSource// ADC10 has 1 interrupt enable = SD16_A.regIntVect_t[2] undefined;

params.name// Specific peripheral name given by the device = String undefined;

params.owner// String specifying the entity that manages the peripheral = String undefined;

per-instance creation

var inst = SD16_A.create// Create an instance-object(IClock.Instance clock, params);

enum SD16_A.SD16AE0_t

index URL

SD16_A Analog Enable Bit 0

XDCscript usage meta-domain

values of type SD16_A.SD16AE0_t

const SD16_A.SD16AE0_OFF;

// External input disabled. Negative inputs are internally connected to VSS

const SD16_A.SD16AE0;

// External input enabled

enum SD16_A.SD16AE1_t

index URL

SD16_A Analog Enable Bit 1

XDCscript usage meta-domain

values of type SD16_A.SD16AE1_t

const SD16_A.SD16AE1_OFF;

// External input disabled. Negative inputs are internally connected to VSS

const SD16_A.SD16AE1;

// External input enabled

enum SD16_A.SD16AE2_t

index URL

SD16_A Analog Enable Bit 2

XDCscript usage meta-domain

values of type SD16_A.SD16AE2_t

const SD16_A.SD16AE2_OFF;

// External input disabled. Negative inputs are internally connected to VSS

const SD16_A.SD16AE2;

// External input enabled

enum SD16_A.SD16AE3_t

index URL

SD16_A Analog Enable Bit 3

XDCscript usage meta-domain

values of type SD16_A.SD16AE3_t

const SD16_A.SD16AE3_OFF;

// External input disabled. Negative inputs are internally connected to VSS

const SD16_A.SD16AE3;

// External input enabled

enum SD16_A.SD16AE4_t

index URL

SD16_A Analog Enable Bit 4

XDCscript usage meta-domain

values of type SD16_A.SD16AE4_t

const SD16_A.SD16AE4_OFF;

// External input disabled. Negative inputs are internally connected to VSS

const SD16_A.SD16AE4;

// External input enabled

enum SD16_A.SD16AE5_t

index URL

SD16_A Analog Enable Bit 5

XDCscript usage meta-domain

values of type SD16_A.SD16AE5_t

const SD16_A.SD16AE5_OFF;

// External input disabled. Negative inputs are internally connected to VSS

const SD16_A.SD16AE5;

// External input enabled

enum SD16_A.SD16AE6_t

index URL

SD16_A Analog Enable Bit 6

XDCscript usage meta-domain

values of type SD16_A.SD16AE6_t

const SD16_A.SD16AE6_OFF;

// External input disabled. Negative inputs are internally connected to VSS

const SD16_A.SD16AE6;

// External input enabled

enum SD16_A.SD16AE7_t

index URL

SD16_A Analog Enable Bit 7

XDCscript usage meta-domain

values of type SD16_A.SD16AE7_t

const SD16_A.SD16AE7_OFF;

// External input disabled. Negative inputs are internally connected to VSS

const SD16_A.SD16AE7;

// External input enabled

enum SD16_A.SD16BUF_t

index URL

SD16BUFx Bits

XDCscript usage meta-domain

values of type SD16_A.SD16BUF_t

const SD16_A.SD16BUF_0;

// Buffer disabled

const SD16_A.SD16BUF_1;

// Slow speed/current

const SD16_A.SD16BUF_2;

// Medium speed/current

const SD16_A.SD16BUF_3;

// High speed/current

enum SD16_A.SD16DF_t

index URL

SD16DF Bit

XDCscript usage meta-domain

values of type SD16_A.SD16DF_t

const SD16_A.SD16DF_OFF;

// Offset binary

const SD16_A.SD16DF;

// 2's complement

enum SD16_A.SD16DIV_t

index URL

SD16DIVx Bits

XDCscript usage meta-domain

values of type SD16_A.SD16DIV_t

const SD16_A.SD16DIV_0;

// Divide by 1

const SD16_A.SD16DIV_1;

// Divide by 2

const SD16_A.SD16DIV_2;

// Divide by 4

const SD16_A.SD16DIV_3;

// Divide by 8

enum SD16_A.SD16GAIN_t

index URL

SD16GAINx Bits

XDCscript usage meta-domain

values of type SD16_A.SD16GAIN_t

const SD16_A.SD16GAIN_1;

// Multiply by 1

const SD16_A.SD16GAIN_2;

// Multiply by 2

const SD16_A.SD16GAIN_4;

// Multiply by 4

const SD16_A.SD16GAIN_8;

// Multiply by 8

const SD16_A.SD16GAIN_16;

// Multiply by 16

const SD16_A.SD16GAIN_32;

// Multiply by 32

enum SD16_A.SD16IE_t

index URL

SD16IE Bit

XDCscript usage meta-domain

values of type SD16_A.SD16IE_t

const SD16_A.SD16IE_OFF;

// Disabled

const SD16_A.SD16IE;

// Enabled

enum SD16_A.SD16IFG_t

index URL

SD16IFG Bit

XDCscript usage meta-domain

values of type SD16_A.SD16IFG_t

const SD16_A.SD16IFG_OFF;

// No interrupt pending

const SD16_A.SD16IFG;

// Interrupt pending

enum SD16_A.SD16INCH_t

index URL

SD16INCHx Bits

XDCscript usage meta-domain

values of type SD16_A.SD16INCH_t

const SD16_A.SD16INCH_0;

// A0

const SD16_A.SD16INCH_1;

// A1

const SD16_A.SD16INCH_2;

// A2

const SD16_A.SD16INCH_3;

// A3

const SD16_A.SD16INCH_4;

// A4

const SD16_A.SD16INCH_5;

// A5 - (AVcc - AVss)/11

const SD16_A.SD16INCH_6;

// A6 - Temperature Sensor

const SD16_A.SD16INCH_7;

// A7 - Short PGA offset measurement

enum SD16_A.SD16INTDLY_t

index URL

SD16INTDLYx Bits

XDCscript usage meta-domain

values of type SD16_A.SD16INTDLY_t

const SD16_A.SD16INTDLY_0;

// Fourth sample causes interrupt

const SD16_A.SD16INTDLY_1;

// Third sample causes interrupt

const SD16_A.SD16INTDLY_2;

// Second sample causes interrupt

const SD16_A.SD16INTDLY_3;

// First sample causes interrupt

enum SD16_A.SD16IV_SD16MEM0_t

index URL

SD16_A SD16MEMx overflow

XDCscript usage meta-domain

values of type SD16_A.SD16IV_SD16MEM0_t

const SD16_A.SD16IV_SD16MEM0_OFF;

// No Interrupt pending

const SD16_A.SD16IV_SD16MEM0;

// SD16MEM0 SD16IFG

enum SD16_A.SD16IV_SD16OVIFG_t

index URL

SD16_A Interrupt

XDCscript usage meta-domain

values of type SD16_A.SD16IV_SD16OVIFG_t

const SD16_A.SD16IV_SD16OVIFG_OFF;

// No Interrupt pending

const SD16_A.SD16IV_SD16OVIFG;

// SD16OVIFG

enum SD16_A.SD16LP_t

index URL

SD16LP Bit

XDCscript usage meta-domain

values of type SD16_A.SD16LP_t

const SD16_A.SD16LP_OFF;

// Low-power mode is disabled

const SD16_A.SD16LP;

// Low-power mode is enabled. The maximum clock frequency for the SD16_A is reduced

enum SD16_A.SD16LSBACC_t

index URL

SD16LSBACC Bit

XDCscript usage meta-domain

values of type SD16_A.SD16LSBACC_t

const SD16_A.SD16LSBACC_OFF;

// SD16MEMx contains the most significant 16-bits of the conversion

const SD16_A.SD16LSBACC;

// SD16MEMx contains the least significant 16-bits of the conversion

enum SD16_A.SD16LSBTOG_t

index URL

SD16LSBTOG Bit

XDCscript usage meta-domain

values of type SD16_A.SD16LSBTOG_t

const SD16_A.SD16LSBTOG_OFF;

// SD16LSBACC does not toggle with each SD16MEM0 read

const SD16_A.SD16LSBTOG;

// SD16LSBACC toggles with each SD16MEM0 read

enum SD16_A.SD16OSR_t

index URL

SD16OSRx Bits

XDCscript usage meta-domain

values of type SD16_A.SD16OSR_t

const SD16_A.SD16OSR_256;

// SD16XOSR = 0

const SD16_A.SD16OSR_128;

// SD16XOSR = 0

const SD16_A.SD16OSR_64;

// SD16XOSR = 0

const SD16_A.SD16OSR_32;

// SD16XOSR = 0

const SD16_A.SD16OSR_512;

// SD16XOSR = 1

const SD16_A.SD16OSR_1024;

// SD16XOSR = 1

enum SD16_A.SD16OVIE_t

index URL

SD16OVIE Bit

XDCscript usage meta-domain

values of type SD16_A.SD16OVIE_t

const SD16_A.SD16OVIE_OFF;

// Overflow interrupt disabled

const SD16_A.SD16OVIE;

// Overflow interrupt enabled

enum SD16_A.SD16OVIFG_t

index URL

SD16OVIFG Bit

XDCscript usage meta-domain

values of type SD16_A.SD16OVIFG_t

const SD16_A.SD16OVIFG_OFF;

// No overflow interrupt pending

const SD16_A.SD16OVIFG;

// Overflow interrupt pending

enum SD16_A.SD16REFON_t

index URL

SD16REFON Bit

XDCscript usage meta-domain

values of type SD16_A.SD16REFON_t

const SD16_A.SD16REFON_OFF;

// Reference off

const SD16_A.SD16REFON;

// Reference on

enum SD16_A.SD16SC_t

index URL

SD16SC Bit

XDCscript usage meta-domain

values of type SD16_A.SD16SC_t

const SD16_A.SD16SC_OFF;

// No conversino start

const SD16_A.SD16SC;

// Start conversion

enum SD16_A.SD16SNGL_t

index URL

SD16SNGL Bit

XDCscript usage meta-domain

values of type SD16_A.SD16SNGL_t

const SD16_A.SD16SNGL_OFF;

// Continuous conversion mode

const SD16_A.SD16SNGL;

// Single conversion mode

enum SD16_A.SD16SSEL_t

index URL

SD16SSELx Bits

XDCscript usage meta-domain

values of type SD16_A.SD16SSEL_t

const SD16_A.SD16SSEL_0;

// MCLK

const SD16_A.SD16SSEL_1;

// SMCLK

const SD16_A.SD16SSEL_2;

// ACLK

const SD16_A.SD16SSEL_3;

// External TACLK

enum SD16_A.SD16UNI_t

index URL

SD16UNI Bit

XDCscript usage meta-domain

values of type SD16_A.SD16UNI_t

const SD16_A.SD16UNI_OFF;

// Bipolar mode

const SD16_A.SD16UNI;

// Unipolar mode

enum SD16_A.SD16VMIDON_t

index URL

SD16VMIDON Bit

XDCscript usage meta-domain

values of type SD16_A.SD16VMIDON_t

const SD16_A.SD16VMIDON_OFF;

// Off

const SD16_A.SD16VMIDON;

// On

enum SD16_A.SD16XDIV_t

index URL

SD16XDIVx Bits

XDCscript usage meta-domain

values of type SD16_A.SD16XDIV_t

const SD16_A.SD16XDIV_0;

// Divide by 1

const SD16_A.SD16XDIV_1;

// Divide by 3

const SD16_A.SD16XDIV_2;

// Divide by 16

const SD16_A.SD16XDIV_3;

// Divide by 48

enum SD16_A.SD16XOSR_t

index URL

SD16XOSR Bit

XDCscript usage meta-domain

values of type SD16_A.SD16XOSR_t

const SD16_A.SD16XOSR_OFF;

// Extended oversampling ratio. This bit, along with the SD16OSRx bits, select the oversampling ratio. See SD16OSRx bit description for settings

const SD16_A.SD16XOSR;

// Extended oversampling ratio. This bit, along with the SD16OSRx bits, select the oversampling ratio. See SD16OSRx bit description for settings

struct SD16_A.ForceSetDefaultRegister_t

index URL

Force Set Default Register

XDCscript usage meta-domain

var obj = new SD16_A.ForceSetDefaultRegister_t;

obj.register = String ...

obj.regForceSet = Bool ...

DETAILS

Type to store if each register needs to be forced initialized even if the register is in default state.

SEE

ForceSetDefaultRegister_t

struct SD16_A.SD16AE_t

index URL

SD16_A Analog Input Enable Register

XDCscript usage meta-domain

var obj = new SD16_A.SD16AE_t;

obj.SD16AE0 = SD16_A.SD16AE0_t ...

// SD16_A analog enable 0 External input disabled. Negative inputs are internally connected to VSS. 1 External input enabled

obj.SD16AE1 = SD16_A.SD16AE1_t ...

// SD16_A analog enable 0 External input disabled. Negative inputs are internally connected to VSS. 1 External input enabled

obj.SD16AE2 = SD16_A.SD16AE2_t ...

// SD16_A analog enable 0 External input disabled. Negative inputs are internally connected to VSS. 1 External input enabled

obj.SD16AE3 = SD16_A.SD16AE3_t ...

// SD16_A analog enable 0 External input disabled. Negative inputs are internally connected to VSS. 1 External input enabled

obj.SD16AE4 = SD16_A.SD16AE4_t ...

// SD16_A analog enable 0 External input disabled. Negative inputs are internally connected to VSS. 1 External input enabled

obj.SD16AE5 = SD16_A.SD16AE5_t ...

// SD16_A analog enable 0 External input disabled. Negative inputs are internally connected to VSS. 1 External input enabled

obj.SD16AE6 = SD16_A.SD16AE6_t ...

// SD16_A analog enable 0 External input disabled. Negative inputs are internally connected to VSS. 1 External input enabled

obj.SD16AE7 = SD16_A.SD16AE7_t ...

// SD16_A analog enable 0 External input disabled. Negative inputs are internally connected to VSS. 1 External input enabled

struct SD16_A.SD16CCTL0_t

index URL

SD16CCTL0 Register

XDCscript usage meta-domain

var obj = new SD16_A.SD16CCTL0_t;

obj.SD16UNI = SD16_A.SD16UNI_t ...

// Unipolar mode select 0 Bipolar mode 1 Unipolar mode

obj.SD16XOSR = SD16_A.SD16XOSR_t ...

// Extended oversampling ratio. This bit, along with the SD16OSRx bits, select the oversampling ratio. See SD16OSRx bit description for settings

obj.SD16SNGL = SD16_A.SD16SNGL_t ...

// Single conversion mode select 0 Continuous conversion mode 1 Single conversion mode

obj.SD16OSR = SD16_A.SD16OSR_t ...

// Oversampling ratio When SD16XOSR = 0 00 256 01 128 10 64 11 32 When SD16XOSR = 1 00 512 01 1024 10 Reserved 11 Reserved

obj.SD16LSBTOG = SD16_A.SD16LSBTOG_t ...

// LSB toggle. This bit, when set, causes SD16LSBACC to toggle each time the SD16MEM0 register is read. 0 SD16LSBACC does not toggle with each SD16MEM0 read 1 SD16LSBACC toggles with each SD16MEM0 read

obj.SD16LSBACC = SD16_A.SD16LSBACC_t ...

// LSB access. This bit allows access to the upper or lower 16-bits of the SD16_A conversion result. 0 SD16MEMx contains the most significant 16-bits of the conversion. 1 SD16MEMx contains the least significant 16-bits of the conversion

obj.SD16OVIFG = SD16_A.SD16OVIFG_t ...

// SD16_A overflow interrupt flag 0 No overflow interrupt pending 1 Overflow interrupt pending

obj.SD16DF = SD16_A.SD16DF_t ...

// SD16_A data format 0 Offset binary 1 2's complement

obj.SD16IE = SD16_A.SD16IE_t ...

// SD16_A interrupt enable 0 Disabled 1 Enabled

obj.SD16IFG = SD16_A.SD16IFG_t ...

// SD16_A interrupt flag. SD16IFG is set when new conversion results are available. SD16IFG is automatically reset when the corresponding SD16MEMx register is read, or may be cleared with software. 0 No interrupt pending 1 Interrupt pending

obj.SD16SC = SD16_A.SD16SC_t ...

// SD16_A start conversion 0 No conversion start 1 Start conversion

struct SD16_A.SD16CTL_t

index URL

SD16CTL Register

XDCscript usage meta-domain

var obj = new SD16_A.SD16CTL_t;

obj.SD16XDIV = SD16_A.SD16XDIV_t ...

// SD16_A clock divider 000 Divide by 1 001 Divide by 3 010 Divide by 16 011 Divide by 48 1xx Reserved

obj.SD16LP = SD16_A.SD16LP_t ...

// Low power mode. This bit selects a reduced speed, reduced power mode 0 Low-power mode is disabled 1 Low-power mode is enabled. The maximum clock frequency for the SD16_A is reduced

obj.SD16DIV = SD16_A.SD16DIV_t ...

// SD16_A clock divider 00 Divide by 1 01 Divide by 2 10 Divide by 4 11 Divide by 8

obj.SD16SSEL = SD16_A.SD16SSEL_t ...

// SD16_A clock source select 00 MCLK 01 SMCLK 10 ACLK External TACLK

obj.SD16VMIDON = SD16_A.SD16VMIDON_t ...

// VMID buffer on 0 Off 1 On

obj.SD16REFON = SD16_A.SD16REFON_t ...

// Reference generator on 0 Reference off 1 Reference on

obj.SD16OVIE = SD16_A.SD16OVIE_t ...

// SD16_A overflow interrupt enable. The GIE bit must also be set to enable the interrupt. 0 Overflow interrupt disabled 1 Overflow interrupt enabled

struct SD16_A.SD16INCTL0_t

index URL

SD16INCTL0 Register

XDCscript usage meta-domain

var obj = new SD16_A.SD16INCTL0_t;

obj.SD16INTDLY = SD16_A.SD16INTDLY_t ...

// Interrupt delay generation after conversion start. These bits select the delay for the first interrupt after conversion start. 00 Fourth sample causes interrupt 01 Third sample causes interrupt 10 Second sample causes interrupt 11 First sample causes interrupt

obj.SD16GAIN = SD16_A.SD16GAIN_t ...

// SD16_A preamplifier gain 000 Multiply by 1 001 Multiply by 2 010 Multiply by 4 011 Multiply by 8 100 Multiply by 16 101 Multiply by 32 110 Reserved 111 Reserved

obj.SD16INCH = SD16_A.SD16INCH_t ...

// SD16_A channel differential pair input 000 A0 001 A1 010 A2 011 A3 100 A4 101 A5-- (AVCC -- AVSS) / 11 110 A6 -- Temperature Sensor 111 A7 -- Short for PGA offset measurement

struct SD16_A.regIntVect_t

index URL

Interrupt vector description

XDCscript usage meta-domain

var obj = new SD16_A.regIntVect_t;

obj.registerName = String ...

obj.registerDescription = String ...

obj.isrToggleString = String ...

obj.priorityName = String ...

obj.interruptEnable = Bool ...

obj.interruptHandler = Bool ...

obj.priority = Int ...

DETAILS

Type to describe a single interrupt vector pin and all its possible configurations.

SEE

regIntVect_t

SD16_A.getAll() // module-wide

index URL

Find all peripherals of a certain type

XDCscript usage meta-domain

SD16_A.getAll() returns IPeripheral.Instance[]

DETAILS

The type of the peripherals returned is defined by the type of the caller.

RETURNS

Returns an array of IPeripheral instances

SD16_A.getRegisters() // module-wide

index URL

Find all registers defined by the peripheral

XDCscript usage meta-domain

SD16_A.getRegisters() returns String[]

RETURNS

Returns an array of register names

Instance Config Parameters

index URL

XDCscript usage meta-domain

var params = new SD16_A.Params;

// Instance config-params object

params.SD16AE = SD16_A.SD16AE_t {

// SD16AE Register

SD16AE0: SD16_A.SD16AE0_OFF,

SD16AE1: SD16_A.SD16AE1_OFF,

SD16AE2: SD16_A.SD16AE2_OFF,

SD16AE3: SD16_A.SD16AE3_OFF,

SD16AE4: SD16_A.SD16AE4_OFF,

SD16AE5: SD16_A.SD16AE5_OFF,

SD16AE6: SD16_A.SD16AE6_OFF,

SD16AE7: SD16_A.SD16AE7_OFF

};

params.SD16CCTL0 = SD16_A.SD16CCTL0_t {

// SD16CCTL0 Register

SD16UNI: SD16_A.SD16UNI_OFF,

SD16XOSR: SD16_A.SD16XOSR_OFF,

SD16SNGL: SD16_A.SD16SNGL_OFF,

SD16OSR: SD16_A.SD16OSR_256,

SD16LSBTOG: SD16_A.SD16LSBTOG_OFF,

SD16LSBACC: SD16_A.SD16LSBACC_OFF,

SD16OVIFG: SD16_A.SD16OVIFG_OFF,

SD16DF: SD16_A.SD16DF_OFF,

SD16IE: SD16_A.SD16IE_OFF,

SD16IFG: SD16_A.SD16IFG_OFF,

SD16SC: SD16_A.SD16SC_OFF

};

params.SD16CTL = SD16_A.SD16CTL_t {

// SD16CTL Register

SD16XDIV: SD16_A.SD16XDIV_0,

SD16LP: SD16_A.SD16LP_OFF,

SD16DIV: SD16_A.SD16DIV_0,

SD16SSEL: SD16_A.SD16SSEL_0,

SD16VMIDON: SD16_A.SD16VMIDON_OFF,

SD16REFON: SD16_A.SD16REFON_OFF,

SD16OVIE: SD16_A.SD16OVIE_OFF

};

params.SD16INCTL0 = SD16_A.SD16INCTL0_t {

// SD16INCTL0 Register

SD16INTDLY: SD16_A.SD16INTDLY_0,

SD16GAIN: SD16_A.SD16GAIN_1,

SD16INCH: SD16_A.SD16INCH_0

};

params.SD16IV = Bits16 SD16_A.SD16IV_SD16OVIFG_OFF;

// SD16IV Register

params.SD16MEM0 = Bits16 SD16_A.SD16IV_SD16MEM0_OFF;

// SD16MEM0 Register

params.forceSetDefaultRegister = SD16_A.ForceSetDefaultRegister_t[] [

// Determine if each Register needs to be forced set or not

{

regForceSet: false

{

regForceSet: false

{

regForceSet: false

{

regForceSet: false

{

regForceSet: false

{

regForceSet: false

}

];

params.interruptSource = SD16_A.regIntVect_t[2] undefined;

// ADC10 has 1 interrupt enable

params.name = String undefined;

// Specific peripheral name given by the device

params.owner = String undefined;

// String specifying the entity that manages the peripheral

config SD16_A.SD16AE // instance

index URL

SD16AE Register

XDCscript usage meta-domain

var params = new SD16_A.Params;

...

params.SD16AE = SD16_A.SD16AE_t {

SD16AE0: SD16_A.SD16AE0_OFF,

SD16AE1: SD16_A.SD16AE1_OFF,

SD16AE2: SD16_A.SD16AE2_OFF,

SD16AE3: SD16_A.SD16AE3_OFF,

SD16AE4: SD16_A.SD16AE4_OFF,

SD16AE5: SD16_A.SD16AE5_OFF,

SD16AE6: SD16_A.SD16AE6_OFF,

SD16AE7: SD16_A.SD16AE7_OFF

};

config SD16_A.SD16CCTL0 // instance

index URL

SD16CCTL0 Register

XDCscript usage meta-domain

var params = new SD16_A.Params;

...

params.SD16CCTL0 = SD16_A.SD16CCTL0_t {

SD16UNI: SD16_A.SD16UNI_OFF,

SD16XOSR: SD16_A.SD16XOSR_OFF,

SD16SNGL: SD16_A.SD16SNGL_OFF,

SD16OSR: SD16_A.SD16OSR_256,

SD16LSBTOG: SD16_A.SD16LSBTOG_OFF,

SD16LSBACC: SD16_A.SD16LSBACC_OFF,

SD16OVIFG: SD16_A.SD16OVIFG_OFF,

SD16DF: SD16_A.SD16DF_OFF,

SD16IE: SD16_A.SD16IE_OFF,

SD16IFG: SD16_A.SD16IFG_OFF,

SD16SC: SD16_A.SD16SC_OFF

};

config SD16_A.SD16CTL // instance

index URL

SD16CTL Register

XDCscript usage meta-domain

var params = new SD16_A.Params;

...

params.SD16CTL = SD16_A.SD16CTL_t {

SD16XDIV: SD16_A.SD16XDIV_0,

SD16LP: SD16_A.SD16LP_OFF,

SD16DIV: SD16_A.SD16DIV_0,

SD16SSEL: SD16_A.SD16SSEL_0,

SD16VMIDON: SD16_A.SD16VMIDON_OFF,

SD16REFON: SD16_A.SD16REFON_OFF,

SD16OVIE: SD16_A.SD16OVIE_OFF

};

config SD16_A.SD16INCTL0 // instance

index URL

SD16INCTL0 Register

XDCscript usage meta-domain

var params = new SD16_A.Params;

...

params.SD16INCTL0 = SD16_A.SD16INCTL0_t {

SD16INTDLY: SD16_A.SD16INTDLY_0,

SD16GAIN: SD16_A.SD16GAIN_1,

SD16INCH: SD16_A.SD16INCH_0

};

config SD16_A.SD16IV // instance

index URL

SD16IV Register

XDCscript usage meta-domain

var params = new SD16_A.Params;

...

params.SD16IV = Bits16 SD16_A.SD16IV_SD16OVIFG_OFF;

config SD16_A.SD16MEM0 // instance

index URL

SD16MEM0 Register

XDCscript usage meta-domain

var params = new SD16_A.Params;

...

params.SD16MEM0 = Bits16 SD16_A.SD16IV_SD16MEM0_OFF;

config SD16_A.forceSetDefaultRegister // instance

index URL

Determine if each Register needs to be forced set or not

XDCscript usage meta-domain

var params = new SD16_A.Params;

...

const params.forceSetDefaultRegister = SD16_A.ForceSetDefaultRegister_t[] [

{

regForceSet: false

{

regForceSet: false

{

regForceSet: false

{

regForceSet: false

{

regForceSet: false

{

regForceSet: false

}

];

config SD16_A.interruptSource // instance

index URL

ADC10 has 1 interrupt enable

XDCscript usage meta-domain

var params = new SD16_A.Params;

...

params.interruptSource = SD16_A.regIntVect_t[2] undefined;

config SD16_A.name // instance

index URL

Specific peripheral name given by the device

XDCscript usage meta-domain

var params = new SD16_A.Params;

...

params.name = String undefined;

DETAILS

Devices can have more than one peripheral of the same type. In such cases, device data sheets give different names to the instances of a same peripheral. For example, the name for a timer module could be TimerA3, and a device that has two such timers can name them TA0 and TA1.

config SD16_A.owner // instance

index URL

String specifying the entity that manages the peripheral

XDCscript usage meta-domain

var params = new SD16_A.Params;

...

params.owner = String undefined;

Instance Creation

index URL

XDCscript usage meta-domain

var params = new SD16_A.Params;

// Allocate instance config-params

params.config = ...

// Assign individual configs

var inst = SD16_A.create(IClock.Instance clock, params);

// Create an instance-object

generated on Thu, 27 Sep 2012 23:23:46 GMT