PMA51xx PMA71xx itte Microcontroller, 125kHz Receiver FSK/ASK 315

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PMA51xx PMA71xx itte Microcontroller, 125kHz Receiver FSK/ASK 315

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eliminar Libr Guide, V1.1 June 2008
PMA51xx PMA71xx
itte Microcontroller, 125kHz Receiver FSK/ASK 315/434/868/915 Transmitter
Sense Control
Edition 2008-06-18 Published Infineon Technologies Campeon 1-12 85579 Neubiberg, Germany
Infineon Technologies 2008-06-18.
Rights Reserved. Attention please! information herein given describe certain components shall considered guarantee characteristics. Terms delivery rights technical change reserved. hereby disclaim warranties, including limited warranties non-infringement, regarding circuits, descriptions charts stated herein. Information further information technology, delivery terms conditions prices please contact your nearest Infineon Technologies Office Germany Infineon Technologies Companies Infineon Technologies Representatives worldwide (www.infineon.com). Warnings technical requirements components contain dangerous substances. information types question please contact your nearest Infineon Technologies Office. Infineon Technologies Components only used life-support devices systems with express written approval Infineon Technologies, failure such components reasonably expected cause failure that life-support device system, affect safety effectiveness that device system. Life support devices systems intended implanted human body, support and/or maintain sustain and/or protect human life. they fail, reasonable assume that health user other persons endangered.
eliminar Libr Guide, V1.1 June 2008
PMA51xx PMA71xx
itte Microcontroller, 125kHz Receiver FSK/ASK 315/434/868/915 Transmitter
Sense Control
PMA5110
PMA5110 Revision History:2008-06-18 Previous Version: -Page Subject (major changes since previous version) V1.1
Listen Your Comments information within this document that feel wrong, unclear missing all? Your feedback will help continuously improve quality this document. Please send your proposal (including reference this document) sensors@infineon.com
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
1.4.1 1.4.2 2.1.1 2.1.2 2.1.3 2.1.4 2.1.5 2.1.6 2.1.7 2.1.8 2.2.1 2.2.2 2.2.3 2.2.4 2.2.5 2.2.6 2.2.7 2.2.8 2.3.1 2.3.2 2.3.3 2.3.4 2.3.5 2.3.6 2.3.7 2.4.1 2.4.2 2.4.3 2.4.4 2.4.5 2.4.6 2.4.7
Introduction General Considerations Type definitions Wakeup Handler Restricted FLASH areas Restricted areas Restricted FLASH areas Library Functions Meas_Temperature() Description Actions Prototype Inputs Outputs Resource Usage Charge Consumption Execution Time MeasureSupplyVoltage() Description Actions Prototype Inputs Outputs Resource Usage Charge Consumption Execution Time StartSupplyVoltage() Description Actions Prototype Inputs Outputs Resource Usage Execution Information TriggerSupplyVoltage() Description Actions Prototype Inputs Outputs Resource Usage Execution Information
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
2.5.1 2.5.2 2.5.3 2.5.4 2.5.5 2.5.6 2.5.7 2.6.1 2.6.2 2.6.3 2.6.4 2.6.5 2.6.6 2.6.7 2.7.1 2.7.2 2.7.3 2.7.4 2.7.5 2.7.6 2.7.7 2.8.1 2.8.2 2.8.3 2.8.4 2.8.5 2.8.6 2.8.7 2.8.8 2.9.1 2.9.2 2.9.3 2.9.4 2.9.5 2.9.6 2.9.7 2.10 2.10.1
GetSupplyVoltage() Description Actions Prototype Inputs Outputs Resource Usage Execution Information PowerDown() Description Actions Prototype Inputs Outputs Resource Usage Execution Information ThermalShutdown() Description Actions Prototype Inputs Outputs Resource Usage Execution Information Switch2XTAL() Description Actions Prototype Inputs Outputs Resource Usage Charge Consumption Execution Time Switch2RC() Description Actions Prototype Inputs Outputs Resource Usage Execution Information VCOTuning() Description
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
2.10.2 2.10.3 2.10.4 2.10.5 2.10.6 2.10.7 2.10.8 2.11 2.11.1 2.11.2 2.11.3 2.11.4 2.11.5 2.11.6 2.11.7 2.11.8 2.12 2.12.1 2.12.2 2.12.3 2.12.4 2.12.5 2.12.6 2.12.7 2.12.8 2.13 2.13.1 2.13.2 2.13.3 2.13.4 2.13.5 2.13.6 2.13.7 2.13.8 2.14 2.14.1 2.14.2 2.14.3 2.14.4 2.14.5 2.14.6 2.14.7 2.15
Actions Prototype Inputs Outputs Resource Usage Charge Consumption Execution Time VCOTuningLong() Description Actions Prototype Inputs Outputs Resource Usage Charge Consumption Execution Time CalibrateIntervalTimer() Description Actions Prototype Inputs Outputs Resource Usage Charge Consumption Execution Time LFBaudrateCalibration() Description Actions Prototype Inputs Outputs Resource Usage Charge Consumption Execution Time ULongDivision() (32Bit 32Bit) Description Actions Prototype Inputs Outputs Resource Usage Execution Information UIntDivision() (16Bit 16Bit)
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
2.15.1 2.15.2 2.15.3 2.15.4 2.15.5 2.15.6 2.15.7 2.16 2.16.1 2.16.2 2.16.3 2.16.4 2.16.5 2.16.6 2.16.7 2.17 2.17.1 2.17.2 2.17.3 2.17.4 2.17.5 2.17.6 2.17.7 2.18 2.18.1 2.18.2 2.18.3 2.18.4 2.18.5 2.18.6 2.18.7 2.19 2.19.1 2.19.2 2.19.3 2.19.4 2.19.5 2.19.6 2.19.7 2.20 2.20.1 2.20.2 2.20.3
Description Actions Prototype Inputs Outputs Resource Usage Execution Information CRC8Calculation() Description Actions Prototype Inputs Outputs Resource Usage Execution Information CRC8_410() Description Actions Prototype Inputs Outputs Resource Usage Execution Information ReadManufacturerRevNum() Description Actions Prototype Inputs Outputs Resource Usage Execution Information ReadCustomerRevNum() Description Actions Prototype Inputs Outputs Resource Usage Execution Information EraseUserConfigSector() Description Actions Prototype
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
2.20.4 2.20.5 2.20.6 2.20.7 2.21 2.21.1 2.21.2 2.21.3 2.21.4 2.21.5 2.21.6 2.21.7 2.22 2.22.1 2.22.2 2.22.3 2.22.4 2.22.5 2.22.6 2.22.7 2.23 2.23.1 2.23.2 2.23.3 2.23.4 2.23.5 2.23.6 2.23.7 2.24 2.24.1 2.24.2 2.24.3 2.24.4 2.24.5 2.24.6 2.24.7 2.25 2.25.1 2.25.2 2.25.3 2.25.4 2.25.5 2.25.6
Inputs Outputs Resource Usage Execution Information WriteUserConfigSectorLine() Description Actions Prototype Inputs Outputs Resource Usage Execution Information SetLockbyte3() Description Actions Prototype Inputs Outputs Resource Usage Execution Information InitRF() Description Actions Prototype Inputs Outputs Resource Usage Execution Information TransmitRF() Description Actions Prototype Inputs Outputs Resource Usage Execution Information AES128Encrypt() Description Actions Prototype Inputs Outputs Resource Usage
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
2.25.7 2.26 2.26.1 2.26.2 2.26.3 2.26.4 2.26.5 2.26.6 2.26.7 2.27 2.27.1 2.27.2 2.27.3 2.27.4 2.27.5 2.27.6 2.27.7 2.28 2.28.1 2.28.2 2.28.3 2.28.4 2.28.5 2.28.6 2.28.7 2.29 2.29.1 2.29.2 2.29.3 2.29.4 2.29.5 2.29.6 2.29.7 2.30 2.30.1 2.30.2 2.30.3 2.30.4 2.30.5 2.30.6 2.30.7 2.31 2.31.1
Execution Information AES128Decrypt() Description Actions Prototype Inputs Outputs Resource Usage Execution Information Wr_EEByte() Description Actions Prototype Inputs Outputs Resource Usage Execution Information Wr_EEInt() Description Actions Prototype Inputs Outputs Resource Usage Execution Information Wr_EELong() Description Actions Prototype Inputs Outputs Resource Usage Execution Information Wr_EEString() Description Actions Prototype Inputs Outputs Resource Usage Execution Information Get_EEByte() Description
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
2.31.2 2.31.3 2.31.4 2.31.5 2.31.6 2.31.7 2.32 2.32.1 2.32.2 2.32.3 2.32.4 2.32.5 2.32.6 2.32.7 2.33 2.33.1 2.33.2 2.33.3 2.33.4 2.33.5 2.33.6 2.33.7 2.34 2.34.1 2.34.2 2.34.3 2.34.4 2.34.5 2.34.6 2.34.7
Actions Prototype Inputs Outputs Resource Usage Execution Information Get_EEInt() Description Actions Prototype Inputs Outputs Resource Usage Execution Information Get_EELong() Description Actions Prototype Inputs Outputs Resource Usage Execution Information Get_EEString() Description Actions Prototype Inputs Outputs Resource Usage Execution Information
Reference Documents
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Introduction
Introduction
General Considerations
This document describes Library functions which available PMA5110 PMA7110. other products PMA51xx PMA71xx family, please only take relevante features functions into account. PMA5110_ROMLibrary.h (the header file including function prototypes) PMA5110_ROMLibrary.lib (the precompiled Library functions)
Note: charge consumptions execution times stated throughout this document target values measured with samples VBAT 3.0V TAmbient 25°C.
Table
Type
Type definitions
Definition types
Description value without sign value with sign value without sign value with sign value without sign value with sign Range minimum maximum 65535 32767 4294967296 2147483647 -128 -32768 -2147483648
following table defines parameter types used throughout this document.
unsigned char signed char unsigned signed unsigned long signed long
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Introduction
Wakeup Handler
Wakeup-Handler executed every time device wakes from POWER DOWN state. Possible wakeup sources listed "Reference Documents" Page Table
Value Wakeup from POWER DOWN state (independent Wakeup source)
Wakeup Handler
Unit Conditions
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Introduction
Restricted FLASH areas
Library functions certain address areas FLASH. They must changed application proper operation.
1.4.1
Restricted areas
area through (upper Bytes) Bytes used Library functions this area overwritten Library functions.
1.4.2
Restricted FLASH areas
FLASH area 57FAH through 0x57FCH reserved used crystal frequency. crystal frequency (divided two) written that location during FLASH programming production order provide Library functions with correct timebase calibration purposes. applications 19.6875 crystal used crystal frequency divided half into that location. 19687500 9843750 0x963426 values FLASH have written following way: Flash address 57FAH: Flash address 57FBH: Flash address 57FCH:
433.92 applications 18.0800 crystal used crystal frequency divided half into that location. 18080000 9040000 0x89F080 values FLASH have written following way: Flash address 57FAH: Flash address 57FBH: Flash address 57FCH:
applications 18.089583 crystal used crystal frequency divided half into that location. 18089583 9044792 0x8A0338 values FLASH have written following way: Flash address 57FAH: Flash address 57FBH: Flash address 57FCH:
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Introduction applications 19.0625 crystal used crystal frequency divided half into that location. 19062500 9531250 0x916F72 values FLASH have written following way: Flash address 57FAH: Flash address 57FBH: Flash address 57FCH:
FLASH address 57FFH reserved Lockbyte This value must changed application otherwise might result unintentionally locked FLASH User Configuration Sector. Locking this sector irreversibly shall only done either programming Lockbyte together with writing locking FLASH Code Sector dedicated Library function SetLockbyte3(). Note: EraseUserConfigSector() WriteUserConfigSectorLine() used application ensured that these restricted Flash addresses overwritten unintentionally.
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
Table
Library Functions
Library functions
Description Returns ambient temperature Returns battery voltage Page Page Page
following library functions available application usage:
Library function MeasureTemperature() MeasureSupplyVoltage() StartSupplyVoltage() TriggerSupplyVoltage() GetSupplyVoltage() PowerDown() ThermalShutdown() Switch2XTAL() Switch2RC() VCOTuning() VCOTuningLong() CalibrateIntervalTimer() LFBaudrateCalibration() ULongDivision() UIntDivision() CRC8Calculation() CRC8_410() ReadManufacturerRevNum() ReadCustomerRevNum() EraseUserConfigSector() WriteUserConfigSectorLine() SetLockbyte3() InitRF() TransmitRF
These three functions perform Battery Volt- Page measurement during Page Transmission. Page Forces device POWER DOWN state Forces device THERMAL SHUTDOWN state Switches systemclock crystal prepares device Transmission Switches systemclock Oscillator Tunes frequency (stops after lock) Tunes frequency (full range scan) Calibrates Interval Timer precounter Calibrates baudrate divider Divides unsigned values bit) Divides unsigned values bit) Calculates (x^8+x^2+x^1+x^0) Calculates (x^8+x^4+x^1+x^0) Returns device revision number Erases FLASH user configuration sector Writes FLASH line Bytes) FLASH user configuration sector Page Page Page Page Page Page Page Page Page Page Page Page Page Page Page
Returns customers revision number Page
Sets Lockbyte protect User Config- Page uration sector Initializes Transmission Performs Transmission Page Page
Preliminary Library Function Guide
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PMA5110
Library Functions
Library function AES128Encrypt() AES128Decrypt() Wr_EEByte() Wr_EEInt() Wr_EELong() Wr_EEString() Get_EEByte() Get_EEInt() Get_EELong() Get_EEString() Description Performs 128-Bit encryption Performs 128-Bit decryption Writes byte EEPROM Emulation Writes EEPROM Emulation Writes long EEPROM Emulation Writes string EEPROM Emulation Reads byte EEPROM Emulation Reads EEPROM Emulation Reads long EEPROM Emulation Reads string EEPROM Emulation Page Page Page Page Page Page Page Page Page Page Page
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.1.1
Meas_Temperature() Description
This function performs temperature measurement. result calibrated compensated sensitivity offset.
2.1.2
Actions
Measures temperature sensor Compensate using calibration data stored FLASH.
2.1.3
Prototype
unsigned char Meas_Temperature signed idata Temp_Result
2.1.4
Table
Inputs
Meas_Temperature: Input Parameters
Type signed idata* Name Temp_Result Description iData pointer integer array containing measurement result
Register Address
2.1.5
Table
Outputs
Meas_Temperature: Output values
Name
StatusByte
Register/ Address Type
unsigned char
Description
0000.0000b: Success xxxx.xxx1b: Underflow Result xxxx.xx1xb: Overflow Result xxx1.xxxxb: VMIN warning
*Temp_Result+0
signed
Compensated Tem- 0x8000 -256.0 perature 0x0000 0x7FFF 255.9921875 where 1/128 Temperature 0x8000 -256.0 0x0000 0x7FFF 255.9921875 where 1/128
*Temp_Result+1
signed
Preliminary Library Function Guide
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PMA5110
Library Functions
2.1.6
Table
Type Registers Stack
Resource Usage
Meas_Temperature: Resources
used modified PSW, ADCOFF, ADCC0, ADCC1, ADCDL, ADCDH, ADCM, ADCS, CFG1, CFG2, DIVIC, DPL, DPH, Bytes
2.1.7
Table
Value
Charge Consumption
Meas_Temperature: Charge Consumption
1.695 Unit Conditions systemclock= Oscillator, DIVIC 0x00
Charge Consumption
2.1.8
Table
Value
Execution Time
Meas_Temperature: Execution Time
Unit Conditions systemclock= Oscillator, DIVIC 0x00
Execution Time
Preliminary Library Function Guide
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PMA5110
Library Functions
2.2.1
MeasureSupplyVoltage() Description
This function performs battery voltage measurement. result calibrated compensated offset.
2.2.2
Actions
Measures supply voltage sensor Compensate using calibration data stored FLASH
2.2.3
Prototype
unsigned char MeasureSupplyVoltage signed idata Batt_Result
2.2.4
Table
Inputs
MeasureSupplyVoltage: Input Parameters
Type unsigned idata* Name Batt_Result Description iData pointer integer array containing measurement result
Register Address
2.2.5
Table
Outputs
MeasureSupplyVoltage: Output values
Name
StatusByte
Register/ Address Type
unsigned char
Description
0000.0000b: Success xxxx.xxx1b: Underflow Result xxxx.xx1xb: Overflow Result 0x8000 -4096.0 (Only theoretical number) 0x0000 0x7FFF 4095.875 4096 where
*Batt_Result+0
signed
Compensated battery voltage
*Batt_Result+1
signed
battery voltage 10Bit Result Value: 0000.00xx.xxxx.xxxxb
Preliminary Library Function Guide
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PMA5110
Library Functions
2.2.6
Table
Type Registers Stack
Resource Usage
MeasureSupplyVoltage: Resources
used modified PSW, ADCOFF, ADCC0, ADCC1, ADCDL, ADCDH, ADCM, ADCS, CFG1, CFG2, DPL, DPH, DIVIC, Bytes
2.2.7
Table
Value
Charge Consumption
MeasureSupplyVoltage: Charge Consumption
Unit Conditions systemclock= Oscillator, DIVIC 0x00
Charge Consumption
2.2.8
Table
Value
Execution Time
MeasureSupplyVoltage: Execution Time
Unit Conditions systemclock= Oscillator, DIVIC 0x00
Execution Time
Preliminary Library Function Guide
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PMA5110
Library Functions
2.3.1
StartSupplyVoltage() Description
This function prepares Supply Voltage Sensor battery measurement. StartSupplyVoltage(), TriggerSupplyVoltage() GetSupplyVoltage() used measure battery voltage during Transmission. This function called application before Transmission takes place.
2.3.2
Actions
Prepare Supply Voltage Sensor measurement
2.3.3
Prototype
unsigned char StartSupplyVoltage void
2.3.4
Table
none
Inputs
StartSupplyVoltage: Input Parameters
Type -Name -Description
Register Address
2.3.5
Table
Outputs
StartSupplyVoltage: Output values
Name
Status Byte
Register/ Address Type
unsigned char
Description
always returns
2.3.6
Table
Type Registers Stack
Resource Usage
StartSupplyVoltage: Resources
used modified PSW, DPH, DPL, ADCM, ADCC0, ADCC1, ADCOFF, CFG1, CFG2, Bytes
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.3.7
Table
Value
Execution Information
StartSupplyVoltage: Execution Information
Unit Conditions
Instruction Cycles
Preliminary Library Function Guide
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PMA5110
Library Functions
2.4.1
TriggerSupplyVoltage() Description
This function triggers measure Supply Voltage Sensor battery measurement. StartSupplyVoltage(), TriggerSupplyVoltage() GetSupplyVoltage() used measure battery voltage during Transmission. This function called application after last byte datagram shifted into RFD.
2.4.2
Actions
Trigger Supply Voltage measurement
2.4.3
Prototype
void TriggerSupplyVoltage void
2.4.4
Table
none
Inputs
TriggerSupplyVoltage: Input Parameters
Type -Name -Description
Register Address
2.4.5
Table
Outputs
TriggerSupplyVoltage: Output values
Name
Register/ Address Type
none
Description
2.4.6
Table
Type Registers Stack
Resource Usage
TriggerSupplyVoltage: Resources
used modified -ADCM Bytes
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.4.7
Table
Value
Execution Information
TriggerSupplyVoltage: Execution Information
Unit Conditions
Instruction Cycles
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.5.1
GetSupplyVoltage() Description
This function reads Supply Voltage measurement result. StartSupplyVoltage(), TriggerSupplyVoltage() GetSupplyVoltage() used measure battery voltage during Transmission. This function called application after transmission finished.
2.5.2
Actions
Read Supply Voltage measurement result
2.5.3
Prototype
unsigned char GetSupplyVoltage signed idata Batt_Result
2.5.4
Table
Inputs
GetSupplyVoltage: Input Parameters
Type unsigned idata* Name Batt_Result Description iData pointer integer array containing measurement result
Register Address
2.5.5
Table
Outputs
GetSupplyVoltage: Output values
Name
StatusByte
Register/ Address Type
unsigned char
Description
0000.0000b: Success xxxx.xxx1b: Underflow Result xxxx.xx1xb: Overflow Result 0x8000 -4096.0 (Only theoretical number) 0x0000 0x7FFF 4095.875 4096 where 10Bit Result Value: 0000.00xx.xxxx.xxxxb
*Batt_Result+0
signed
Compensated battery voltage
*Batt_Result+1
signed
battery voltage
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.5.6
Table
Type Registers Stack
Resource Usage
GetSupplyVoltage: Resources
used modified PSW, DPH, DHL, ADCS, ADCDL, ADCDH, CFG1, CFG2, Bytes
2.5.7
Table
Value
Execution Information
GetSupplyVoltage: Execution Information
Unit Conditions
Instruction Cycles
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.6.1
PowerDown() Description
This function forces device POWER DOWN state.
2.6.2
Actions
Waits until peripherals Transmission Interval Timer value storing) have completed their ongoing operations Enter POWER DOWN state
2.6.3
Prototype
void PowerDown(void)
2.6.4
Table
none
Inputs
PowerDown: Input Parameters
Type -Name -Description
Register Address
2.6.5
Table
Outputs
PowerDown: Output values
Name
Register/ Address Type
none
Description
2.6.6
Table
Type Registers Stack
Resource Usage
PowerDown: Resources
used modified none PSW, FCS, CFG0, Bytes
2.6.7
Table
Value
Execution Information
PowerDown: Execution Information
Unit Conditions ITinit RFSE before entering PDWN
Instruction Cycles
Preliminary Library Function Guide
V1.1, 2008-06-18
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Library Functions
2.7.1
ThermalShutdown() Description
This function forces device THERMAL SHUTDOWN state. application should call this function whenever ambient temperature close maximum operating range (this detected using Meas_Temperature()) protect device while ambient temperature above specified operating conditions. this function called when temperature below TMAX threshold function will return without action application program will continue uninterrupted, temperature above TMAX threshold THERMAL SHUTDOWN state entered.
2.7.2
Actions
Turn TMAX Detector Enter THERMAL SHUTDOWN state TMAX Detector set.
2.7.3
Prototype
void ThermalShutdown(void)
2.7.4
Table
none
Inputs
ThermalShutdown: Input Parameters
Type -Name -Description
Register Address
2.7.5
Table
Outputs
ThermalShutdown: Output values
Name
Register/ Address Type
none
Description
2.7.6
Table
Type Registers Stack
Resource Usage
ThermalShutdown: Resources
used modified PSW, DPL, DPH, TMAX, CFG0, Bytes
Preliminary Library Function Guide
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PMA5110
Library Functions
2.7.7
Table
Value
Execution Information
ThermalShutdown: Execution Information
Unit Conditions Temp. TMAX: function will return without action Temp. TMAX: function will enter THERMAL SHUTDOWN state
Instruction Cycles
Preliminary Library Function Guide
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Library Functions
2.8.1
Switch2XTAL() Description
This function switches system clock from Oscillator crystal oscillator, tunes enables PLL.
2.8.2
Actions
Switch system clock crystal oscillator (Delay time speficied XTCFG) Call library function VCOTuning() tune enable transmission.
2.8.3
Prototype
signed char Switch2XTAL(void)
2.8.4
Table
none
Inputs
Switch2XTAL: Input Parameters
Type -Name -Description
Register Address
2.8.5
Table
Outputs
Switch2XTAL: Output values
Name
StatusByte
Register/Address Type
signed char
Description
StatusByte: Success Tuning Tuning successful, mean tuning curve selected Wrong clock source selected (crystal required)
2.8.6
Table
Type Registers Stack
Resource Usage
Switch2XTAL: Resources
used modified PSW, RFFSLD, RFC, RFVCO, DIVIC, CFG0, Bytes
Preliminary Library Function Guide
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PMA5110
Library Functions
2.8.7
Table
Value
Charge Consumption
Switch2XTAL: Charge Consumption
13.4 Unit Conditions typ: using reduced tuning curves (retuning) max: perform tuning curves (first tuning after RESET) XTCFG=0x03, DIVIC 0x00 systemclock= Oscillator
Charge Consumption
2.8.8
Table
Value
Execution Time
Switch2XTAL: Execution Time
2393 4473 Unit Conditions typ: using reduced tuning curves (retuning) max: perform tuning curves (first tuning after RESET) XTCFG=0x03, DIVIC 0x00 systemclock= Oscillator
Execution Time
Preliminary Library Function Guide
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PMA5110
Library Functions
2.9.1
Switch2RC() Description
This function switches system clock from crystal oscillator back Oscillator. Note: transmission performed before this function called, recommended disable clearing RFC.1[ENFSYN] reduce current consumption.
2.9.2
Actions
Switch system clock Oscillator
2.9.3
Prototype
void Switch2RC(void)
2.9.4
Table
none
Inputs
Switch2RC: Input Parameters
Type -Name -Description
Register Address
2.9.5
Table
Outputs
Switch2RC: Output values
Name
Register/ Address Type
none
Description
2.9.6
Table
Type Registers Stack
Resource Usage
Switch2RC: Resources
used modified none CFG0, TCON, LFDIV1, DSR, Bytes
Preliminary Library Function Guide
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Library Functions
2.9.7
Table
Value
Execution Information
Switch2RC: Execution Information
Unit Conditions
Instruction Cycles
Preliminary Library Function Guide
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Library Functions
2.10 2.10.1
VCOTuning() Description
This function selects appropriate tuning curve enables PLL. does scan complete tuning curve range returns soon locks. Note: transmission performed immediately after this function called, recommended disable clearing RFC.1[ENFSYN] reduce current consumption.
2.10.2
Actions
Select appropriate tuning curve enable rapid transmission
2.10.3
Prototype
signed char VCOTuning(void)
2.10.4
Table
none
Inputs
VCOTuning: Input Parameters
Type -Name -Description
Register Address
2.10.5
Table
Outputs
VCOTuning: Output values
Name
StatusByte
Register/ Address Type
signed char
Description
StatusByte: Success Tuning Tuning successful, mean tuning curve selected Wrong clock source selected (crystal required)
2.10.6
Table
Type Registers Stack
Resource Usage
VCOTuning: Resources
used modified PSW, RFFSLD, RFC, RFVCO, DIVIC, Bytes
Preliminary Library Function Guide
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Library Functions
2.10.7
Table
Value
Charge Consumption
VCOTuning: Charge Consumption
Unit Conditions typ: using reduced tuning curves (retuning) max: perform tuning curves (first tuning after RESET) DIVIC 0x00 systemclock XTAL
Charge Consumption
2.10.8
Table
Value
Execution Time
VCOTuning: Execution Time
1032 2624 Unit Conditions typ: using reduced tuning curves (retuning) max: perform tuning curves (first tuning after RESET) DIVIC 0x00 systemclock XTAL
Execution Time
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V1.1, 2008-06-18
PMA5110
Library Functions
2.11 2.11.1
VCOTuningLong() Description
This function selects appropriate tuning curve enables PLL. contrast VCOTuning function, this routine scans complete curve range. Note: transmission performed immediately after this function called, recommended disable clearing RFC.1[ENFSYN] reduce current consumption.
2.11.2
Actions
Select appropriate tuning curve Enable rapid transmission
2.11.3
Prototype
signed char VCOTuningLong(void)
2.11.4
Table
none
Inputs
VCOTuningLong: Input Parameters
Type -Name -Description
Register Address
2.11.5
Table
Outputs
VCOTuningLong: Output values
Name
StatusByte
Register/ Address Type
signed char
Description
StatusByte: Success Tuning Tuning successful, mean tuning curve selected Wrong clock source selected (crystal required)
2.11.6
Table
Type Registers Stack
Resource Usage
VCOTuningLong: Resources
used modified PSW, RFFSLD, RFC, RFVCO, DIVIC, Bytes
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PMA5110
Library Functions
2.11.7
Table
Value
Charge Consumption
VCOTuningLong: Charge Consumption
Unit Conditions typ: using reduced tuning curves (retuning) max: perform tuning curves (first tuning after RESET) DIVIC 0x00 systemclock XTAL
Charge Consumption
2.11.8
Table
Value
Execution Time
VCOTuningLong: Execution Time
1032 2624 Unit Conditions typ: using reduced tuning curves (retuning) max: perform tuning curves (first tuning after RESET) DIVIC 0x00 systemclock XTAL
Execution Time
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.12 2.12.1
CalibrateIntervalTimer() Description
This function initiates calibration interval timer precounter (ITPL ITPH). function work with both clock sources (12MHz Clock Crystal clock), utilizing special timer mode. Note: accuracy reasons recommended call this function with crystal oscillator selected system clock. case crystal oscillator used crystal frequency divided stored FLASH user configuration sector address 57FAH (MSByte) 57FCH (LSByte). value found this FLASH location within range default clock frequency assumed tuning. This function automatically calibrates addition interval timer On/Off Timer precounter (SFR LFOOTP)
2.12.2
Actions
Calibrate interval timer precounter (SFR ITPL, ITPH) Calibrate On/Off timer precounter (SFR LFOOTP)
2.12.3
Prototype
signed char CalibrateIntervalTimer(unsigned char WU_Frequency)
2.12.4
Table
Inputs
CalibrateIntervalTimer: Input Parameters
Type Name Description base frequency interval timer precounter [Hz] 1dec: (precounter time ~1000 2dec: (precounter time ~500 19dec: (precounter time 20dec: (precounter time unsigned char WU_Frequency
Register Address
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PMA5110
Library Functions
2.12.5
Table
Outputs
CalibrateIntervalTimer: Output values
Name
StatusByte
Register/ Address Type
signed char
Description
StatusByte: Success valid crystal frequency found FLASH Input parameter range
2.12.6
Table
Type Registers Stack
Resource Usage
CalibrateIntervalTimer: Resources
used modified PSW, DPL, DPH, TCON, TMOD, TH0, TL0, CFG0, ITPL, ITPH, LFOOTP, DIVIC, Bytes
2.12.7
Table
Value
Charge Consumption
CalibrateIntervalTimer: Charge Consumption
Unit Conditions DIVIC 0x00 systemclock XTAL
Charge Consumption
2.12.8
Table
Value
Execution Time
CalibrateIntervalTimer: Execution Time
1820 Unit Conditions DIVIC 0x00 systemclock XTAL
Execution Time
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PMA5110
Library Functions
2.13 2.13.1
LFBaudrateCalibration() Description
Calling this function calibrates baudrate divider towards crystal oscillator, thus eliminating impact drift offset Oscillator baudrate accuracy.
Oscillator LFDIV1/0 baudrate
crystal frequency divided stored FLASH user configuration sector address 57FAH (MSByte) 57FCH (LSByte). value found this FLASH location within range this function returns error StatusByte sets LFDIV1 LFDIV0 following nominal value:
12000000 LFDIV1/0 baudrate
2.13.2
Actions
LFDIV1 LFDIV0 according current frequency Oscillator Switch from Oscillator XTAL
2.13.3
Prototype
signed char LFBaudrateCalibration(unsigned baudrate)
2.13.4
Table
Inputs
LFBaudrateCalibration: Input Parameters
Type unsigned Name baudrate Description baudrate 2000dec: 2000 baud 3900dec: 3900 baud 4000dec: 4000 baud
Register Address
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PMA5110
Library Functions
2.13.5
Table
Register/ Address
Outputs
LFBaudrateCalibration: Output values
Type
signed char
Name
StatusByte
Description
StatusByte: Success valid crystal frequency found FLASH Input parameter range
2.13.6
Table
Type Registers Stack
Resource Usage
LFBaudrateCalibration: Resources
used modified R0,R1,R2,R3,R4,R5,R6,R7 DPH, DPL, PSW,CFG0,LFDIV0,LFDIV1, TH0,TL0,TMOD, TCON, Bytes
2.13.7
Table
Value
Charge Consumption
LFBaudrateCalibration: Charge Consumption
Unit Conditions Baudrate 4000 DIVIC 0x00 systemclock XTAL
Charge Consumption
2.13.8
Table
Value
Execution Time
LFBaudrateCalibration: Execution Time
Unit Conditions Baudrate 4000 DIVIC 0x00 systemclock XTAL
Execution Time
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PMA5110
Library Functions
2.14 2.14.1
ULongDivision() (32Bit 32Bit) Description
This function divides unsigned long value (32bit) Dividend unsigned long value (32bit) Divisor.
2.14.2
Actions
Perform division
2.14.3
Prototype
unsigned long ULongDivision(unsigned long idata Dividend, unsigned long idata Divisor)
2.14.4
Table
Inputs
ULongDivision: Input Parameters
Type unsigned long idata* unsigned long idata* Name Dividend Divisor Description iData Pointer Dividend iData Pointer Divisor
Register Address
2.14.5
Table
Outputs
ULongDivision: Output values
Name
Quotient
Register/ Address Type
R4(MSB), R7(LSB) unsigned long
Description
Quotient division (Dividend Divisor)
2.14.6
Table
Type Registers Stack
Resource Usage
ULongDivision: Resources
used modified PSW, DPL, DPH, Bytes
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PMA5110
Library Functions
2.14.7
Table
Value
Execution Information
ULongDivision: Execution Information
Unit Conditions
Instruction Cycles
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.15 2.15.1
UIntDivision() (16Bit 16Bit) Description
This function divides unsigned value (16bit) Dividend unsigned value (16bit) Divisor.
2.15.2
Actions
Perform division
2.15.3
Prototype
unsigned Divisor)
unsigned UIntDivision(unsigned Dividend,
2.15.4
Table
R6(MSB) R7(LSB) R4(MSB) R5(LSB)
Inputs
UIntDivision: Input Parameters
Type unsigned unsigned Name Dividend Divisor Description Dividend Divisor
Register Address
2.15.5
Table
Outputs
UIntDivision: Output values
Name Description
Quotient division (Dividend Divisor)
Register/ Address Type
R6(MSB), R7(LSB)
unsigned Quotient
2.15.6
Table
Type Registers Stack
Resource Usage
UIntDivision: Resources
used modified PSW, Bytes
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PMA5110
Library Functions
2.15.7
Table
Value
Execution Information
UIntDivision: Execution Information
Unit Conditions
Instruction Cycles
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.16 2.16.1
CRC8Calculation() Description
This function calculates CRC-8 checksum memory area using fixed polynomial (x8+x2+x+1).
2.16.2
Actions
Calculate CRC-8
2.16.3
Prototype
unsigned char idata BlockStart, unsigned char BlockLength)
unsigned char CRC8Calculation(unsigned char Preload,
2.16.4
Table
Inputs
CRC8Calculation: Input Parameters
Type unsigned char unsigned char idata* unsigned char Name Preload BlockStart BlockLength Description Preload Value Calculation. Usually 0xFF iData Pointer first Byte Data that used calculating checksum Length Block that used calculation checksum, starting with *BlockStart.
Register Address
2.16.5
Table
Outputs
CRC8Calculation: Output values
Name
CRC_Result
Register/ Address Type
unsigned char
Description
calculated CRC8 checksum
2.16.6
Table
Type Registers Stack
Resource Usage
CRC8Calculation: Resources
used modified PSW, Bytes
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PMA5110
Library Functions
2.16.7
Table
Value
Execution Information
CRC8Calculation: Execution Information
3+x*17 Unit Conditions Number Bytes
Instruction Cycles
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.17 2.17.1
CRC8_410() Description
This function calculates CRC-8 checksum memory area using fixed polynomial (x8+x4+x+1).
2.17.2
Actions
Calculate CRC-8
2.17.3
Prototype
unsigned char idata BlockStart, unsigned char BlockLength)
unsigned char CRC8_410(unsigned char Preload,
2.17.4
Table
Inputs
CRC8_410: Input Parameters
Type unsigned char unsigned char idata* unsigned char Name Preload BlockStart BlockLength Description Preload Value Calculation. Usually 0xFF iData Pointer first Byte Data that used calculating checksum Length Block that used calculation checksum, starting with *BlockStart.
Register Address
2.17.5
Table
Outputs
CRC8_410: Output values
Name
CRC_Result
Register/ Address Type
unsigned char
Description
calculated CRC8 checksum
2.17.6
Table
Type Registers Stack
Resource Usage
CRC8_410: Resources
used modified PSW, Bytes
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PMA5110
Library Functions
2.17.7
Table
Value
Execution Information
CRC8_410: Execution Information
10+x*20 Unit Conditions Number Bytes
Instruction Cycles
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.18 2.18.1
ReadManufacturerRevNum() Description
This function returns PMA5110 revision number
2.18.2
Actions
Read 2-byte Revision Number
2.18.3
Prototype
signed ReadManufacturerRevNum (void)
2.18.4
Table
none
Inputs
ReadManufacturerRevNum: Input Parameters
Type -Name -Description
Register Address
2.18.5
Table
Outputs
ReadManufacturerRevNum: Output values
Name
Firmware Revision
Register/ Address Type
R6(MSB), R7(LSB) signed
Description
0x00A1: Design Step
2.18.6
Table
Type Registers Stack
Resource Usage
ReadManufacturerRevNum: Resources
used modified Bytes
2.18.7
Table
Value
Execution Information
ReadManufacturerRevNum: Execution Information
Unit Conditions
Instruction Cycles
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.19 2.19.1
ReadCustomerRevNum() Description
This function returns Customer Library revision number.
2.19.2
Actions
Read 2-byte Revision Number
2.19.3
Prototype
signed ReadCustomerRevNum (void)
2.19.4
Table
none
Inputs
ReadCustomerRevNum: Input Parameters
Type -Name -Description
Register Address
2.19.5
Table
Outputs
ReadCustomerRevNum: Output values
Name
Revision
Register/ Address Type
R6(MSB), R7(LSB) signed
Description
0xCxxx: Customer Code (defined IFX) Customer defined Rev. Number
2.19.6
Table
Type Registers Stack
Resource Usage
ReadCustomerRevNum: Resources
used modified A,PSW, DPL, DPH, Bytes
2.19.7
Table
Value
Execution Information
ReadCustomerRevNum: Execution Information
Unit Conditions
Instruction Cycles
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V1.1, 2008-06-18
PMA5110
Library Functions
2.20 2.20.1
EraseUserConfigSector() Description
This function erases FLASH user configuration sector located FLASH address 5780H 57FFH Lockbyte set. Lockbyte this function will return without action. Note: application software ensure that FLASH only programmed erased when required environmental conditions fulfilled. Special care taken that ambient temperature TFL, supply voltage VbatFL Endurance EnFL within specified range (see "Reference Documents" Page 80.) This function returns effect executed DEBUG mode.
2.20.2
Actions
Erase FLASH user configuration sector
2.20.3
Prototype
signed char EraseUserConfigSector (void)
2.20.4
Table
none
Inputs
EraseUserConfigSector: Input Parameters
Type -Name -Description
Register Address
2.20.5
Table
Outputs
EraseUserConfigSector: Output values
Name
Statusbyte
Register/ Address Type
signed char
Description
success failed
2.20.6
Table
Type Registers Stack
Resource Usage
EraseUserConfigSector: Resources
used modified PSW, DPL, DPH, CRC0, CRC1, CRCC, CRCD, DIVIC, TCON, TH1, TL1, FCS, FCSERM, FCPP0, FCTKAS, FCSP, Bytes
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PMA5110
Library Functions
2.20.7
Table
Value
Execution Information
EraseUserConfigSector: Execution Information
204000 Unit Conditions
Instruction Cycles
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.21 2.21.1
WriteUserConfigSectorLine() Description
This function writes line FLASH user configuration sectors located FLASH address 5780H 587FH Lockbyte set. Lockbyte this function will return without action. written data verified after programming. case verification fails this function will return Note: application software ensure that FLASH only programmed erased when required environmental conditions fulfilled. Special care taken that ambient temperature TFL, supply voltage VbatFL Endurance EnFL within specified range (see "Reference Documents" Page 80.) This function returns effect executed DEBUG mode.
2.21.2
Actions
Write Byte FLASH Line FLASH user configuration sectors
2.21.3
Prototype
unsigned char idata WrData)
signed char (unsigned Startaddress,
2.21.4
Table
Inputs
Input Parameters
Type unsigned Name Stadtaddress Description Startaddress 0x5780: FLASH Line 0x57A0: FLASH Line 0x57C0: FLASH Line 0x57E0: FLASH Line 0x5800: FLASH Line 0x5820: FLASH Line 0x5840: FLASH Line 0x5860: FLASH Line iData Pointer first Byte Byte Data array that going written FLASH Line.
Register Address
unsigned char WrData idata*
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Library Functions
2.21.5
Table
Outputs
Output values
Name
Statusbyte
Register/ Address Type
signed char
Description
success failed
2.21.6
Table
Type Registers Stack
Resource Usage
Resources
used modified A,CFG2,DIVIC,CRCD, Bytes
2.21.7
Table
Value
Execution Information
Execution Information
4400 Unit Conditions
Instruction Cycles
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V1.1, 2008-06-18
PMA5110
Library Functions
2.22 2.22.1
SetLockbyte3() Description
This function sets Lockbyte which protects User Configuration sectors. Attention: This function shows only effect Lockbyte that protects Code Sector set. Note: application software ensure that FLASH only programmed erased when required environmental conditions fulfilled. Special care taken that ambient temperature TFL, supply voltage VbatFL Endurance EnFL within specified range (see "Reference Documents" Page 80.) This function returns effect executed DEBUG mode.
2.22.2
Actions
Lockbyte protecting User Configuration sectors
2.22.3
Prototype
signed char SetLockbyte3(void)
2.22.4
Table
none
Inputs
SetLockbyte3: Input Parameters
Type -Name -Description
Register Address
2.22.5
Table
Outputs
SetLockbyte3: Output values
Name
Statusbyte
Register/ Address Type
signed char
Description
success failed
2.22.6
Table
Type Registers Stack
Resource Usage
SetLockbyte3: Resources
used modified Bytes
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PMA5110
Library Functions
2.22.7
Table
Value
Execution Information
SetLockbyte3: Execution Information
235500 Unit Conditions
Instruction Cycles
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.23 2.23.1
InitRF() Description
This function prepares RF-Transmission configuring corresponding Special Function Registers (SFR).
2.23.2
Actions
correspondig SRFs RF-transmission according user input structrue.
2.23.3
Prototype
void InitRF(struct RF_Config idata idata RFConfig)
2.23.4
Table
Inputs
InitRF: Input Parameters
Type idata Name RF_Config Description Pointer struct with following definition: struct RF_Config ENCODING Encoding; unsigned char dataLength; QUIESCENT Quiescent; INTMASK IntMask; DUTYCONTROL DutyControl; DUTYCYCLE DutyCycle; MODULATION Modulation; INVERSION Invert; FREQUENCY Frequency; OUTSTAGES OutStages; XCAPSHORT XcapShort; unsigned char xtal0; unsigned char xtal1; unsigned baudrate; Remark: Enum variables defined file PMA5110_ROMLibrary.h.
Register Address
2.23.5
Table
Outputs
InitRF: Output values
Name
Register/ Address Type
none
Description
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PMA5110
Library Functions
2.23.6
Table
Type Registers Stack
Resource Usage
InitRF: Resources
used modified PSW, RFENC, RFTX, RFFSPLL, XTAL0, XTAL1, TMOD2, TCON2, TH3, TL3, TH2, TL2, Bytes
2.23.7
Table
Value
Execution Information
InitRF: Execution Information
1020 Unit Conditions
Instruction Cycles
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.24 2.24.1
TransmitRF() Description
This function transmits given data packet according preset corresponding SFRs.
2.24.2
Actions
Transmit given data packet
2.24.3
Prototype
signed char TransmitRF(unsigned char idata *DataArray, unsigned char BlockLength)
2.24.4
Table
Inputs
TransmitRF: Input Parameters
Type Name Description Pointer data block that will transmitted Length data block bytes unsigend char DataArray idata unsigend char BlockLength
Register Address
2.24.5
Table
Outputs
TransmitRF: Output values
Name
Statusbyte
Register/ Address Type
signed char
Description
success BlockLength
2.24.6
Table
Type Registers Stack
Resource Usage
TransmitRF: Resources
used modified PSW, TCON2, RFS, RFD, Bytes
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PMA5110
Library Functions
2.24.7
Table
Value
Execution Information
TransmitRF: Execution Information
13+X(10 Unit Conditions BlockLength Y.Time sending byte (baudrate dep.)
Instruction Cycles
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.25 2.25.1
AES128Encrypt() Description
This function performs Encryption with 128-Bit data 128-Bit key.
2.25.2
Actions
Prepare data encryption Encrypt 128-Bit data with 128-Bit using AES. Copy back results
2.25.3
Prototype
void AES128Encrypt(const unsigned char idata* InputData, unsigned char idata* OutputData, const unsigned char idata*
2.25.4
Table
Inputs
AES128Encrypt: Input Parameters
Type Name Description Pointer 128-Bit data encryption InputData const unsigned char idata* unsigned char OutputData idata* const unsigned char idata*
Register Address
Pointer 128-Bit encryption result Pointer 128-Bit
2.25.5
Table
Outputs
AES128Encrypt: Output values
Name
Register/ Address Type
none
Description
2.25.6
Table
Type Registers Stack
Resource Usage
AES128Encrypt: Resources
used modified A,B,DPTR,IE Bytes
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PMA5110
Library Functions
2.25.7
Table
Value
Execution Information
AES128Encrypt: Execution Information
2072 Unit Conditions Clock High DIVIC 0x00
Execution time
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.26 2.26.1
AES128Decrypt() Description
This function performs Decryption with 128-Bit data 128-Bit key.
2.26.2
Actions
Prepare data decryption Decrypt 128-Bit data with 128-Bit using AES. Copy back results
2.26.3
Prototype
signed char AES128Decrypt(void)
2.26.4
Table
Inputs
AES128Decrypt: Input Parameters
Type Name Description Pointer 128-Bit data decryption InputData const unsigned char idata* unsigned char OutputData idata* const unsigned char idata*
Register Address
Pointer 128-Bit decryption result Pointer 128-Bit
2.26.5
Table
Outputs
AES128Decrypt: Output values
Name
Register/ Address Type
none
Description
2.26.6
Table
Type Registers Stack
Resource Usage
AES128Decrypt: Resources
used modified A,B,DPTR,IE Bytes
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PMA5110
Library Functions
2.26.7
Table
Value
Execution Information
AES128Decrypt: Execution Information
3055 Unit Conditions Clock= High DIVIC 0x00
Execution Time
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.27 2.27.1
Wr_EEByte() Description
This function writes single byte EEPROM Emulation. Attention: This function shows only effect Lockbyte that protects User Configuration Sectors set. Note: application software ensure that FLASH only programmed erased when required environmental conditions fulfilled. Special care taken that ambient temperature TFL, supply voltage VbatFL Endurance EnFL within specified range (see "Reference Documents" Page 80.) This function returns effect executed DEBUG mode.
2.27.2
Actions
current EEPROM content byte content Write back EEPROM content
2.27.3
Prototype
signed char WR_EEByte(unsigned char Address, unsigned char EEByte)
2.27.4
Table
Inputs
Wr_EEByte: Input Parameters
Type Name Description Address byte location (0x00-0x1E) Byte write unsigned char Address unsigend char EEByte
Register Address
2.27.5
Table
Outputs
Wr_EEByte: Output values
Name
Statusbyte
Register/ Address Type
signed char
Description
success Address range Lockbyte
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PMA5110
Library Functions
2.27.6
Table
Type Registers Stack
Resource Usage
Wr_EEByte: Resources
used modified PSW, DPL, DPH, CRC0, CRC1, CRCC, CRCD, DIVIC, TCON, TH1, TL1, FCS, FCSERM, FCPP0, FCTKAS, FCSP, Bytes
2.27.7
Table
Value
Execution Information
Wr_EEByte: Execution Information
4760 212750 Unit Conditions typ.: Writing line without erasing max.: Writing line with erasing (startup every fourth time)
Instruction Cycles
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.28 2.28.1
Wr_EEInt() Description
This function writes value EEPROM Emulation. Attention: This function shows only effect Lockbyte that protects User Configuration Sectors set. Note: application software ensure that FLASH only programmed erased when required environmental conditions fulfilled. Special care taken that ambient temperature TFL, supply voltage VbatFL Endurance EnFL within specified range (see "Reference Documents" Page 80.) This function returns effect executed DEBUG mode.
2.28.2
Actions
current EEPROM content value content Write back EEPROM content
2.28.3
Prototype
signed char WR_EEInt(unsigned char Address, unsigned EEInt)
2.28.4
Table
Inputs
Wr_EEInt: Input Parameters
Type unsigend Name EEInt Description Address location (0x00-0x1D) value write unsigned char Address
Register Address
2.28.5
Table
Outputs
Wr_EEInt: Output values
Name
Statusbyte
Register/ Address Type
signed char
Description
success Address range Lockbyte
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PMA5110
Library Functions
2.28.6
Table
Type Registers Stack
Resource Usage
Wr_EEInt: Resources
used modified PSW, DPL, DPH, CRC0, CRC1, CRCC, CRCD, DIVIC, TCON, TH1, TL1, FCS, FCSERM, FCPP0, FCTKAS, FCSP, Bytes
2.28.7
Table
Value
Execution Information
Wr_EEInt: Execution Information
4760 212750 Unit Conditions typ.: Writing line without erasing max.: Writing line with erasing (startup every fourth time)
Instruction Cycles
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.29 2.29.1
Wr_EELong() Description
This function writes long value EEPROM Emulation. Attention: This function shows only effect Lockbyte that protects User Configuration Sectors set. Note: application software ensure that FLASH only programmed erased when required environmental conditions fulfilled. Special care taken that ambient temperature TFL, supply voltage VbatFL Endurance EnFL within specified range (see "Reference Documents" Page 80.) This function returns effect executed DEBUG mode.
2.29.2
Actions
current EEPROM content long value content Write back EEPROM content
2.29.3
Prototype
signed char WR_EELong(unsigned char Address, unsigned long idata *EELong)
2.29.4
Table
Inputs
Wr_EELong: Input Parameters
Type unsigend long idata* Name EELong Description Address byte location (0x00-0x1B) Pointer long value write unsigned char Address
Register Address
2.29.5
Table
Outputs
Wr_EELong: Output values
Name
Statusbyte
Register/ Address Type
signed char
Description
success Address range Lockbyte
Preliminary Library Function Guide
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PMA5110
Library Functions
2.29.6
Table
Type Registers Stack
Resource Usage
Wr_EELong: Resources
used modified PSW, DPL, DPH, CRC0, CRC1, CRCC, CRCD, DIVIC, TCON, TH1, TL1, FCS, FCSERM, FCPP0, FCTKAS, FCSP, Bytes
2.29.7
Table
Value
Execution Information
Wr_EELong: Execution Information
4760 212750 Unit Conditions typ.: Writing line without erasing max.: Writing line with erasing (startup every fourth time)
Instruction Cycles
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.30 2.30.1
Wr_EEString() Description
This function writes string EEPROM Emulation. Attention: This function shows only effect Lockbyte that protects User Configuration Sectors set. Note: application software ensure that FLASH only programmed erased when required environmental conditions fulfilled. Special care taken that ambient temperature TFL, supply voltage VbatFL Endurance EnFL within specified range (see "Reference Documents" Page 80.) This function returns effect executed DEBUG mode.
2.30.2
Actions
current EEPROM content string content Write back EEPROM content
2.30.3
Prototype
signed char WR_EEString(unsigned char Address, unsigned char Length, unsigned char idata Buffer)
2.30.4
Table
Inputs
Wr_EEString: Input Parameters
Type Name Description Address string location (0x00-0x1E) String length (0-31) (addr length 0x20) Pointer buffer with string content unsigned char Address unsigend char Length unsigend char Buffer idata*
Register Address
2.30.5
Table
Outputs
Wr_EEString: Output values
Name
Statusbyte
Register/ Address Type
signed char
Description
success Address range Lockbyte
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.30.6
Table
Type Registers Stack
Resource Usage
Wr_EEString: Resources
used modified PSW, DPL, DPH, CRC0, CRC1, CRCC, CRCD, DIVIC, TCON, TH1, TL1, FCS, FCSERM, FCPP0, FCTKAS, FCSP, Bytes
2.30.7
Table
Value
Execution Information
Wr_EEString: Execution Information
4760 212750 Unit Conditions typ.: Writing line without erasing max.: Writing line with erasing (startup every fourth time)
Instruction Cycles
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.31 2.31.1
Get_EEByte() Description
This function reads single byte EEPROM Emulation.
2.31.2
Actions
Read byte from current EEPROM content
2.31.3
Prototype
unsigned char Get_EEByte(unsigned char Address)
2.31.4
Table
Inputs
Get_EEByte: Input Parameters
Type Name Description Address byte location (0x00-0x1E) unsigned char Address
Register Address
2.31.5
Table
Outputs
Get_EEByte: Output values
Name
EEByte
Register/ Address Type
unsigned char
Description
Address range/ data written 0xXX: success
2.31.6
Table
Type Registers Stack
Resource Usage
Get_EEByte: Resources
used modified PSW, DPL, DPH, Bytes
2.31.7
Table
Value
Execution Information
Get_EEByte: Execution Information
Unit Conditions
Instruction Cycles
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.32 2.32.1
Get_EEInt() Description
This function reads EEPROM Emulation.
2.32.2
Actions
Read from current EEPROM content
2.32.3
Prototype
unsigned Get_EEInt(unsigned char Address)
2.32.4
Table
Inputs
Get_EEInt: Input Parameters
Type Name Description Address byte location (0x00-0x1D) unsigned char Address
Register Address
2.32.5
Table
Outputs
Get_EEInt: Output values
Name
EEInt
Register/ Address Type
R6,R7 unsigned
Description
Address range/ data written 0xXXXX: success
2.32.6
Table
Type Registers Stack
Resource Usage
Get_EEInt: Resources
used modified PSW, DPL, DPH, Bytes
2.32.7
Table
Value
Execution Information
Get_EEInt: Execution Information
Unit Conditions
Instruction Cycles
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.33 2.33.1
Get_EELong() Description
This function reads long EEPROM Emulation.
2.33.2
Actions
Read long from current EEPROM content
2.33.3
Prototype
unsigned long Get_EELong(unsigned char Address)
2.33.4
Table
Inputs
Get_EELong: Input Parameters
Type Name Description Address byte location (0x00-0x1B) unsigned char Address
Register Address
2.33.5
Table
Outputs
Get_EELong: Output values
Name
EELong
Register/ Address Type
R4-R7 (MSB unsigned long
Description
Address range/ data written 0xXXXXXXXX: success
2.33.6
Table
Type Registers Stack
Resource Usage
Get_EELong: Resources
used modified PSW, DPL, DPH, Bytes
2.33.7
Table
Value
Execution Information
Get_EELong: Execution Information
Unit Conditions
Instruction Cycles
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.34 2.34.1
Get_EEString() Description
This function reads string EEPROM Emulation.
2.34.2
Actions
Read string from current EEPROM content
2.34.3
Prototype
signed char Get_EEString(unsigned char Address, unsigned char Length, unsigend char idata Buffer)
2.34.4
Table
Inputs
Get_EEString: Input Parameters
Type Name Description Address byte location (0x00-0x1E) String length (0-31) (addr length 0x20) Pointer location place string content unsigned char Address unsigend char Length unsigned char Buffer idata*
Register Address
2.34.5
Table
Outputs
Get_EEString: Output values
Name
Status
Register/ Address Type
signed char
Description
success Address range/string long data written
2.34.6
Table
Type Registers Stack
Resource Usage
Get_EEString: Resources
used modified PSW, DPL, DPH, Bytes
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Library Functions
2.34.7
Table
Value
Execution Information
Get_EEString: Execution Information
7*Length Unit Conditions
Instruction Cycles
Preliminary Library Function Guide
V1.1, 2008-06-18
PMA5110
Reference Documents
Reference Documents
This section contains documents used cross- reference throughout this document. Table Reference Number Reference Documents Document description PMA5110_DS_Preliminary_V1_2.pdf
Preliminary Library Function Guide
V1.1, 2008-06-18
www.infineon.com
Published Infineon Technologies

PMA51xx PMA71xx itte Microcontroller, 125kHz Receiver FSK/ASK 315

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