mos/com/include/cc1000.h File Reference

This module provides the functionality of the CC1000 radio. More...

#include "mos.h"
#include "stdarg.h"
#include "com.h"

Go to the source code of this file.

Defines

#define CC1000_MAIN   0x00

#define CC1000_FREQ_2A   0x01

#define CC1000_FREQ_1A   0x02

#define CC1000_FREQ_0A   0x03

#define CC1000_FREQ_2B   0x04

#define CC1000_FREQ_1B   0x05

#define CC1000_FREQ_0B   0x06

#define CC1000_FSEP1   0x07

#define CC1000_FSEP0   0x08

#define CC1000_CURRENT   0x09

#define CC1000_FRONT_END   0x0A

#define CC1000_PA_POW   0x0B

#define CC1000_PLL   0x0C

#define CC1000_LOCK   0x0D

#define CC1000_CAL   0x0E

#define CC1000_MODEM2   0x0F

#define CC1000_MODEM1   0x10

#define CC1000_MODEM0   0x11

#define CC1000_MATCH   0x12

#define CC1000_FSCTRL   0x13

#define CC1000_FSHAPE7   0x14

#define CC1000_FSHAPE6   0x15

#define CC1000_FSHAPE5   0x16

#define CC1000_FSHAPE4   0x17

#define CC1000_FSHAPE3   0x18

#define CC1000_FSHAPE2   0x19

#define CC1000_FSHAPE1   0x1A

#define CC1000_FSDELAY   0x1B

#define CC1000_PRESCALER   0x1C

#define CC1000_TEST6   0x40

#define CC1000_TEST5   0x41

#define CC1000_TEST4   0x42

#define CC1000_TEST3   0x43

#define CC1000_TEST2   0x44

#define CC1000_TEST1   0x45

#define CC1000_TEST0   0x46

#define CC1000_RXTX   7

#define CC1000_F_REG   6

#define CC1000_RX_PD   5

#define CC1000_TX_PD   4

#define CC1000_FS_PD   3

#define CC1000_CORE_PD   2

#define CC1000_BIAS_PD   1

#define CC1000_RESET_N   0

#define CC1000_VCO_CURRENT   4

#define CC1000_LO_DRIVE   2

#define CC1000_PA_DRIVE   0

#define CC1000_BUF_CURRENT   5

#define CC1000_LNA_CURRENT   3

#define CC1000_IF_RSSI   1

#define CC1000_XOSC_BYPASS   0

#define CC1000_PA_HIGHPOWER   4

#define CC1000_PA_LOWPOWER   0

#define CC1000_EXT_FILTER   7

#define CC1000_REFDIV   3

#define CC1000_ALARM_DISABLE   2

#define CC1000_ALARM_H   1

#define CC1000_ALARM_L   0

#define CC1000_LOCK_SELECT   4

#define CC1000_PLL_LOCK_ACCURACY   3

#define CC1000_PLL_LOCK_LENGTH   2

#define CC1000_LOCK_INSTANT   1

#define CC1000_LOCK_CONTINUOUS   0

#define CC1000_CAL_START   7

#define CC1000_CAL_DUAL   6

#define CC1000_CAL_WAIT   5

#define CC1000_CAL_CURRENT   4

#define CC1000_CAL_COMPLETE   3

#define CC1000_CAL_ITERATE   0

#define CC1000_PEAKDETECT   7

#define CC1000_PEAK_LEVEL_OFFSET   0

#define CC1000_MLIMIT   5

#define CC1000_LOCK_AVG_IN   4

#define CC1000_LOCK_AVG_MODE   3

#define CC1000_SETTLING   1

#define CC1000_MODEM_RESET_N   0

#define CC1000_BAUDRATE   4

#define CC1000_DATA_FORMAT   2

#define CC1000_XOSC_FREQ   0

#define CC1000_RX_MATCH   4

#define CC1000_TX_MATCH   0

#define CC1000_DITHER1   3

#define CC1000_DITHER0   2

#define CC1000_SHAPE   1

#define CC1000_FS_RESET_N   0

#define CC1000_PRE_SWING   6

#define CC1000_PRE_CURRENT   4

#define CC1000_IF_INPUT   3

#define CC1000_IF_FRONT   2

#define CC1000_LOOPFILTER_TP1   7

#define CC1000_LOOPFILTER_TP2   6

#define CC1000_CHP_OVERRIDE   5

#define CC1000_CHP_CO   0

#define CC1000_CHP_DISALBE   5

#define CC1000_VCO_OVERRIDE   4

#define CC1000_VCO_AO   0

#define CC1000_BREAK_LOOP   4

#define CC1000_CAL_DAC_OPEN   0

#define CC1000_CHP_CURRENT   0

#define CC1000_CAL_DAC   0

#define CC1000_VCO_ARRAY   0

#define FREQS_NUM   0x1e

#define PARAM_NUM   38

#define SETTING_NUM   6

#define MAIN_INDEX   0x00

#define FREQ2A_INDEX   0x01

#define FREQ1A_INDEX   0x02

#define FREQ0A_INDEX   0x03

#define FREQ2B_INDEX   0x04

#define FREQ1B_INDEX   0x05

#define FREQ0B_INDEX   0x06

#define FSEP1_INDEX   0x07

#define FSEP0_INDEX   0x08

#define RXCURRENT_INDEX   0x09

#define FRONTEND_INDEX   0x0a

#define PAPOW_INDEX   0x0b

#define RXPLL_INDEX   0x0c

#define LOCK_INDEX   0x0d

#define CAL_INDEX   0x0e

#define MODEM2_INDEX   0x0f

#define MODEM1_INDEX   0x10

#define MODEM0_INDEX   0x11

#define MATCH_INDEX   0x12

#define FSCTRL_INDEX   0x13

#define FSHAPE7_INDEX   0x14

#define FSHAPE6_INDEX   0x15

#define FSHAPE5_INDEX   0x16

#define FSHAPE4_INDEX   0x17

#define FSHAPE3_INDEX   0x18

#define FSHAPE2_INDEX   0x19

#define FSHAPE1_INDEX   0x1a

#define FSDELAY_INDEX   0x1b

#define PRESCALER_INDEX   0x1c

#define TEST6_INDEX   0x1d

#define TEST5_INDEX   0x1e

#define TEST4_INDEX   0x1f

#define TEST3_INDEX   0x20

#define TEST2_INDEX   0x21

#define TEST1_INDEX   0x22

#define TEST0_INDEX   0x23

#define TXCURRENT_INDEX   0x24

#define TXPLL_INDEX   0x25

#define FREQ_902_265_MHZ   0x00

#define FREQ_902_791_MHZ   0x01

#define FREQ_903_318_MHZ   0x02

#define FREQ_903_845_MHZ   0x03

#define FREQ_904_371_MHZ   0x04

#define FREQ_904_898_MHZ   0x05

#define FREQ_905_425_MHZ   0x06

#define FREQ_905_951_MHZ   0x07

#define FREQ_906_478_MHZ   0x08

#define FREQ_907_004_MHZ   0x09

#define FREQ_907_531_MHZ   0x0a

#define FREQ_908_058_MHZ   0x0b

#define FREQ_908_584_MHZ   0x0c

#define FREQ_909_111_MHZ   0x0d

#define FREQ_909_638_MHZ   0x0e

#define FREQ_910_164_MHZ   0x0f

#define FREQ_910_691_MHZ   0x10

#define FREQ_911_217_MHZ   0x11

#define FREQ_911_744_MHZ   0x12

#define FREQ_912_271_MHZ   0x13

#define FREQ_912_797_MHZ   0x14

#define FREQ_913_324_MHZ   0x15

#define FREQ_913_851_MHZ   0x16

#define FREQ_914_377_MHZ   0x17

#define FREQ_914_907_MHZ   0x18

#define FREQ_915_430_MHZ   0x19

#define FREQ_915_957_MHZ   0x1a

#define FREQ_916_484_MHZ   0x1b

#define FREQ_917_010_MHZ   0x1c

#define FREQ_917_537_MHZ   0x1d

#define BAUD_0_6_K   0x07

#define BAUD_1_2_K   0x17

#define BAUD_2_4_K   0x27

#define BAUD_4_8_K   0x37

#define BAUD_9_6_K   0x47

#define BAUD_19_2_K   0x57

#define BAUD_38_4_K   0x57

#define BAUD_19_2_K_LOWER_TEST4   0x25

#define CC1000_MODE_RX   0x00

#define CC1000_MODE_TX   0x01

#define CC1000_MODE_PD   0x02

#define CC1000_MODE_SLEEP   0x03

#define CC1000_TX_POWER   0

#define CC1000_RSSI   1

#define CC1000_FREQ   2

#define CC1000_RTS   3

#define CC1000_NO_RTS   4

#define CC1000_GET_TX_POWER   5

#define RADIO_TX_POWER   CC1000_TX_POWER

#define MODE_ON   0

Radio is on.

#define MODE_OFF   1

Radio is off.

#define FREQ   0x03

#define PREAMBLE_THRESH   6

Number of preamble bytes you need to see.

#define PREAMBLE_LEN   16

Number of preamble bytes you need to send.

#define PREAMBLE_BYTE   0xAA

Actual byte to send as preamble.

#define FLUSH_BYTE   0xff

Functions

void delay_null ()

Minimum delay.

void cc1000_init (uint8_t freq)

Init the cc1000 radio. The initial procedure is in the cc1000 data sheet.

void cc1000_set (uint8_t newFreq)

Set the radio to a specific frequency.

void cc1000_change_freq (uint8_t new_freq)

Set the radio to a specific frequency.

void cc1000_calibrate ()

Calibrates the CC1000, required.

void cc1000_write (uint8_t addr, uint8_t data)

Write a value to a single CC1000 register.

void cc1000_write_word (short addranddata)

Write a value to a single CC1000 register.

uint8_t cc1000_read (uint8_t addr)

Reads from a single CC1000 register.

uint8_t cc1000_get_mode (void)

Get the current transmit mode of the radio.

void cc1000_mode (uint8_t mode)

Puts the cc1000 into different modes.

void cc1000_on ()

Puts the CC1000 into RX mode.

void cc1000_sleep ()

Puts the CC1000 into sleep mode.

void cc1000_wakeup ()

Wakes the CC1000.

void cc1000_rssi_on ()

Turns on the cc1000 radio.

uint8_t cc1000_get_channel ()

Get the current frequency.

uint8_t cc1000_get_power ()

Get the current power level.

uint8_t cc1000_cmode (uint8_t md)

Sets mode for this driver.

uint8_t cc1000_ioctl (uint8_t request, va_list ap)

Generic io control for this driver.

uint16_t cc1000_get_fec_errors ()

get the number of FEC errors

void cc1000_state_machine ()

state machine to send and receive packet

void cc1000_start_transmit (comBuf *sendPkt)

actually start sending the data

void cc1000_default_init ()

default initializations for the cc1000 MAC layer

void cc1000_init_ec ()

Used to initialize error checking or error correction depending on whether or not we're using FEC or CRC.

Detailed Description

Author:: Adapted from the cc1000 source code provided by chipcon company.

Date:: 04/27/200?

Definition in file cc1000.h.

Function Documentation

void cc1000_calibrate ( )

Follows the steps listed in the cc1000 data sheet

void cc1000_change_freq ( uint8_t new_freq )

Parameters:

new_freq Frequency to set the radio to (FREQ_XXX_XXX_MHZ in cc1000.h)

uint8_t cc1000_get_channel ( )

Returns:
Current frequency

uint8_t cc1000_get_power ( )

Returns:
Current power level (0-255)

void cc1000_init ( uint8_t freq )

Parameters:

freq Assigned frequency (FREQ_XXX_XXX_MHZ in cc1000.h)

void cc1000_mode ( uint8_t mode )

Parameters:

mode Mode to set: CC1000_RX_MODE, CC1000_TX_MODE, CC1000_PD_MODE, CC1000_SLEEP_MODE

uint8_t cc1000_read ( uint8_t addr )

Parameters:

addr Address of the register to read from

Returns:
Data read

void cc1000_set ( uint8_t newFreq )

Parameters:

newFreq Frequency to set the radio to (FREQ_XXX_XXX_MHZ in cc1000.h)

void cc1000_write ( uint8_t addr,

uint8_t data

)

Parameters:

addr Address of the register to write to

data Data to be written

void cc1000_write_word ( short addranddata )

Parameters:

addranddata Address of register and data to be written, stuffed in the same variable.

Generated on Mon Nov 23 06:25:59 2009 for MANTIS by

1.4.6


Defines
#define	CC1000_MAIN 0x00
#define	CC1000_FREQ_2A 0x01
#define	CC1000_FREQ_1A 0x02
#define	CC1000_FREQ_0A 0x03
#define	CC1000_FREQ_2B 0x04
#define	CC1000_FREQ_1B 0x05
#define	CC1000_FREQ_0B 0x06
#define	CC1000_FSEP1 0x07
#define	CC1000_FSEP0 0x08
#define	CC1000_CURRENT 0x09
#define	CC1000_FRONT_END 0x0A
#define	CC1000_PA_POW 0x0B
#define	CC1000_PLL 0x0C
#define	CC1000_LOCK 0x0D
#define	CC1000_CAL 0x0E
#define	CC1000_MODEM2 0x0F
#define	CC1000_MODEM1 0x10
#define	CC1000_MODEM0 0x11
#define	CC1000_MATCH 0x12
#define	CC1000_FSCTRL 0x13
#define	CC1000_FSHAPE7 0x14
#define	CC1000_FSHAPE6 0x15
#define	CC1000_FSHAPE5 0x16
#define	CC1000_FSHAPE4 0x17
#define	CC1000_FSHAPE3 0x18
#define	CC1000_FSHAPE2 0x19
#define	CC1000_FSHAPE1 0x1A
#define	CC1000_FSDELAY 0x1B
#define	CC1000_PRESCALER 0x1C
#define	CC1000_TEST6 0x40
#define	CC1000_TEST5 0x41
#define	CC1000_TEST4 0x42
#define	CC1000_TEST3 0x43
#define	CC1000_TEST2 0x44
#define	CC1000_TEST1 0x45
#define	CC1000_TEST0 0x46
#define	CC1000_RXTX 7
#define	CC1000_F_REG 6
#define	CC1000_RX_PD 5
#define	CC1000_TX_PD 4
#define	CC1000_FS_PD 3
#define	CC1000_CORE_PD 2
#define	CC1000_BIAS_PD 1
#define	CC1000_RESET_N 0
#define	CC1000_VCO_CURRENT 4
#define	CC1000_LO_DRIVE 2
#define	CC1000_PA_DRIVE 0
#define	CC1000_BUF_CURRENT 5
#define	CC1000_LNA_CURRENT 3
#define	CC1000_IF_RSSI 1
#define	CC1000_XOSC_BYPASS 0
#define	CC1000_PA_HIGHPOWER 4
#define	CC1000_PA_LOWPOWER 0
#define	CC1000_EXT_FILTER 7
#define	CC1000_REFDIV 3
#define	CC1000_ALARM_DISABLE 2
#define	CC1000_ALARM_H 1
#define	CC1000_ALARM_L 0
#define	CC1000_LOCK_SELECT 4
#define	CC1000_PLL_LOCK_ACCURACY 3
#define	CC1000_PLL_LOCK_LENGTH 2
#define	CC1000_LOCK_INSTANT 1
#define	CC1000_LOCK_CONTINUOUS 0
#define	CC1000_CAL_START 7
#define	CC1000_CAL_DUAL 6
#define	CC1000_CAL_WAIT 5
#define	CC1000_CAL_CURRENT 4
#define	CC1000_CAL_COMPLETE 3
#define	CC1000_CAL_ITERATE 0
#define	CC1000_PEAKDETECT 7
#define	CC1000_PEAK_LEVEL_OFFSET 0
#define	CC1000_MLIMIT 5
#define	CC1000_LOCK_AVG_IN 4
#define	CC1000_LOCK_AVG_MODE 3
#define	CC1000_SETTLING 1
#define	CC1000_MODEM_RESET_N 0
#define	CC1000_BAUDRATE 4
#define	CC1000_DATA_FORMAT 2
#define	CC1000_XOSC_FREQ 0
#define	CC1000_RX_MATCH 4
#define	CC1000_TX_MATCH 0
#define	CC1000_DITHER1 3
#define	CC1000_DITHER0 2
#define	CC1000_SHAPE 1
#define	CC1000_FS_RESET_N 0
#define	CC1000_PRE_SWING 6
#define	CC1000_PRE_CURRENT 4
#define	CC1000_IF_INPUT 3
#define	CC1000_IF_FRONT 2
#define	CC1000_LOOPFILTER_TP1 7
#define	CC1000_LOOPFILTER_TP2 6
#define	CC1000_CHP_OVERRIDE 5
#define	CC1000_CHP_CO 0
#define	CC1000_CHP_DISALBE 5
#define	CC1000_VCO_OVERRIDE 4
#define	CC1000_VCO_AO 0
#define	CC1000_BREAK_LOOP 4
#define	CC1000_CAL_DAC_OPEN 0
#define	CC1000_CHP_CURRENT 0
#define	CC1000_CAL_DAC 0
#define	CC1000_VCO_ARRAY 0
#define	FREQS_NUM 0x1e
#define	PARAM_NUM 38
#define	SETTING_NUM 6
#define	MAIN_INDEX 0x00
#define	FREQ2A_INDEX 0x01
#define	FREQ1A_INDEX 0x02
#define	FREQ0A_INDEX 0x03
#define	FREQ2B_INDEX 0x04
#define	FREQ1B_INDEX 0x05
#define	FREQ0B_INDEX 0x06
#define	FSEP1_INDEX 0x07
#define	FSEP0_INDEX 0x08
#define	RXCURRENT_INDEX 0x09
#define	FRONTEND_INDEX 0x0a
#define	PAPOW_INDEX 0x0b
#define	RXPLL_INDEX 0x0c
#define	LOCK_INDEX 0x0d
#define	CAL_INDEX 0x0e
#define	MODEM2_INDEX 0x0f
#define	MODEM1_INDEX 0x10
#define	MODEM0_INDEX 0x11
#define	MATCH_INDEX 0x12
#define	FSCTRL_INDEX 0x13
#define	FSHAPE7_INDEX 0x14
#define	FSHAPE6_INDEX 0x15
#define	FSHAPE5_INDEX 0x16
#define	FSHAPE4_INDEX 0x17
#define	FSHAPE3_INDEX 0x18
#define	FSHAPE2_INDEX 0x19
#define	FSHAPE1_INDEX 0x1a
#define	FSDELAY_INDEX 0x1b
#define	PRESCALER_INDEX 0x1c
#define	TEST6_INDEX 0x1d
#define	TEST5_INDEX 0x1e
#define	TEST4_INDEX 0x1f
#define	TEST3_INDEX 0x20
#define	TEST2_INDEX 0x21
#define	TEST1_INDEX 0x22
#define	TEST0_INDEX 0x23
#define	TXCURRENT_INDEX 0x24
#define	TXPLL_INDEX 0x25
#define	FREQ_902_265_MHZ 0x00
#define	FREQ_902_791_MHZ 0x01
#define	FREQ_903_318_MHZ 0x02
#define	FREQ_903_845_MHZ 0x03
#define	FREQ_904_371_MHZ 0x04
#define	FREQ_904_898_MHZ 0x05
#define	FREQ_905_425_MHZ 0x06
#define	FREQ_905_951_MHZ 0x07
#define	FREQ_906_478_MHZ 0x08
#define	FREQ_907_004_MHZ 0x09
#define	FREQ_907_531_MHZ 0x0a
#define	FREQ_908_058_MHZ 0x0b
#define	FREQ_908_584_MHZ 0x0c
#define	FREQ_909_111_MHZ 0x0d
#define	FREQ_909_638_MHZ 0x0e
#define	FREQ_910_164_MHZ 0x0f
#define	FREQ_910_691_MHZ 0x10
#define	FREQ_911_217_MHZ 0x11
#define	FREQ_911_744_MHZ 0x12
#define	FREQ_912_271_MHZ 0x13
#define	FREQ_912_797_MHZ 0x14
#define	FREQ_913_324_MHZ 0x15
#define	FREQ_913_851_MHZ 0x16
#define	FREQ_914_377_MHZ 0x17
#define	FREQ_914_907_MHZ 0x18
#define	FREQ_915_430_MHZ 0x19
#define	FREQ_915_957_MHZ 0x1a
#define	FREQ_916_484_MHZ 0x1b
#define	FREQ_917_010_MHZ 0x1c
#define	FREQ_917_537_MHZ 0x1d
#define	BAUD_0_6_K 0x07
#define	BAUD_1_2_K 0x17
#define	BAUD_2_4_K 0x27
#define	BAUD_4_8_K 0x37
#define	BAUD_9_6_K 0x47
#define	BAUD_19_2_K 0x57
#define	BAUD_38_4_K 0x57
#define	BAUD_19_2_K_LOWER_TEST4 0x25
#define	CC1000_MODE_RX 0x00
#define	CC1000_MODE_TX 0x01
#define	CC1000_MODE_PD 0x02
#define	CC1000_MODE_SLEEP 0x03
#define	CC1000_TX_POWER 0
#define	CC1000_RSSI 1
#define	CC1000_FREQ 2
#define	CC1000_RTS 3
#define	CC1000_NO_RTS 4
#define	CC1000_GET_TX_POWER 5
#define	RADIO_TX_POWER CC1000_TX_POWER
#define	MODE_ON 0
	Radio is on.
#define	MODE_OFF 1
	Radio is off.
#define	FREQ 0x03
#define	PREAMBLE_THRESH 6
	Number of preamble bytes you need to see.
#define	PREAMBLE_LEN 16
	Number of preamble bytes you need to send.
#define	PREAMBLE_BYTE 0xAA
	Actual byte to send as preamble.
#define	FLUSH_BYTE 0xff
Functions
void	delay_null ()
	Minimum delay.
void	cc1000_init (uint8_t freq)
	Init the cc1000 radio. The initial procedure is in the cc1000 data sheet.
void	cc1000_set (uint8_t newFreq)
	Set the radio to a specific frequency.
void	cc1000_change_freq (uint8_t new_freq)
	Set the radio to a specific frequency.
void	cc1000_calibrate ()
	Calibrates the CC1000, required.
void	cc1000_write (uint8_t addr, uint8_t data)
	Write a value to a single CC1000 register.
void	cc1000_write_word (short addranddata)
	Write a value to a single CC1000 register.
uint8_t	cc1000_read (uint8_t addr)
	Reads from a single CC1000 register.
uint8_t	cc1000_get_mode (void)
	Get the current transmit mode of the radio.
void	cc1000_mode (uint8_t mode)
	Puts the cc1000 into different modes.
void	cc1000_on ()
	Puts the CC1000 into RX mode.
void	cc1000_sleep ()
	Puts the CC1000 into sleep mode.
void	cc1000_wakeup ()
	Wakes the CC1000.
void	cc1000_rssi_on ()
	Turns on the cc1000 radio.
uint8_t	cc1000_get_channel ()
	Get the current frequency.
uint8_t	cc1000_get_power ()
	Get the current power level.
uint8_t	cc1000_cmode (uint8_t md)
	Sets mode for this driver.
uint8_t	cc1000_ioctl (uint8_t request, va_list ap)
	Generic io control for this driver.
uint16_t	cc1000_get_fec_errors ()
	get the number of FEC errors
void	cc1000_state_machine ()
	state machine to send and receive packet
void	cc1000_start_transmit (comBuf *sendPkt)
	actually start sending the data
void	cc1000_default_init ()
	default initializations for the cc1000 MAC layer
void	cc1000_init_ec ()
	Used to initialize error checking or error correction depending on whether or not we're using FEC or CRC.