# FDP_HW_ID identifies the HW revision of the component this config file applies to.
# The parameters below are only applied if the FDP silicon version matches
#
# Supported values are 0 for B0, and 5 for B2
HW_ID=5

#==============================================================================
# Provisioning information
#==============================================================================

# Provisioning entity ID used in SET_PRODUCTION_DATA_CMD
PROVISIONING_ENTITY_ID=0

# Content ID used in SET_PRODUCTION_DATA_CMD
CONTENT_ID=0

#==============================================================================
# Platform integration parameters
#==============================================================================


# TLV_VBAT_LOW
# Level of battery that trigger transition between BATTERY_POWER_ON and
# BATTERY_POWER_LOW power states
# 0 -> 2.2 V
# 1 -> 2.4 V
# 2 -> 2.6 V
# 3 -> 2.8 V
# TLV_VBAT_LOW={ XX }		// use default value

# TLV_UICC_SE_POWER
# UICC and SE power options
# octet O : UICC power options
# octet 1 : SE1 power options
# octet 2 : SE2 power options
# For each element:
# bits 0-1 : phone ON
# bits 2-3 : phone OFF
# bits 4-5 : powered by field
# 			00 : VBAT
#			01 : VddSys
# 			10 : PwrIn
#			11 : disabled (GND)
TLV_UICC_SE_POWER={ 32:3F:3F }

# External clock_in frequency, in kHz
#
EXT_CLOCK_FREQ=19200

#
#CLOCK_REQ signal generation
#Allows to control generation of the CLK_REQ signal
#Set to 0 to disable CLK_REQ, pin is put in high_z
#Set to 1 to enable CLK_REQ
#if unset, CLK_REQ is disabled
#CLK_REQ=0


#==============================================================================
# Antenna tuning
#==============================================================================

# TLV_TX_POWER
# Octet0	irefCtrl : XX
# Octet1	modHigh	 : XX
# Octet2	modLow10 : XX
# Octet3	RFU
TLV_TX_POWER={04:3f:2d:04}

# TLV_LMA
# Octet0	"rOff == RLOAD" XX
# Octet1	"rOn == R Default" XX
# Octet2	RFU
# Octet3	RFU
TLV_LMA={06:01:01}

# TLV_VFIELD_RFCOLL
# Octet 0-1 	RSSI measure corresponding to 0.1875 A/m external field strength
TLV_VFIELD_RFCOLL={20:00}

#TLV_VFIELD_DET
# Octet 0 : 0:1 : low field detect threshold
#				  00 : 20 mVp
#				  01 : 25 mVp
#				  02 : 30 mVp
#				  03 : 35 mVp
#           2:3 : high field detect threshold
# 				  00 : 40 mVp
# 				  01 : 45 mVp
# 				  10 : 50 mVp
# 				  11 : 55 mVp
TLV_VFIELD_DET={07}

# TLV_CARD_DETECT
# Octets 0-1 : Difference between two Card detect RRSI measures to trigger card detection
# 0ctets 2-3 : Absolute RSSI measure to trigger card detection
# Octet 4 : Card detect period
#			00 - 100 ms
# 			01 - 250 ms
# 			02 - 350 ms
# 			03 - 500 ms
# Octet 5 : number of polling cycles before entering card detect (FF = unchanged)
# Octet 6 : modhigh value for card detect pulses (FF = unchanged)
TLV_CARD_DETECT={08:00:ff:ff:02:03:20}

# TLV_AGC_CTL
# Octets 0-1 : RssiPICCRxMin
# 0ctets 2-3 : RssiPICCRxMax
# Octets 4-5 : RssiPICCIdeal
# 0ctets 6-7 : RssiPiccTxMin
#TLV_AGC_CTL={ XX:XX:XX:XX:XX:XX:XX:XX }	// use default value

#TLV_DCDC
# Octet 0 : DCDC Source
#           00 - Internal DCDC enable
#           01 - External VDD1P8 source
# Octet 1 : 0:1 : Voltage VDD trim (only when internal DCDC enabled )
#           00 - 1.8V
#           01 - 2.2V
#           10 - 2.4V
#           11 - 2.6V
# Octet 2 : 0:2 DCDC Oscillator frequency trim
#           000 - 2.2  MHz
#           001 - 2.55 MHz
#           010 - 2.9  MHz
#           011 - 3.25 MHz
#           100 - 3.6  MHz
#           101 - 3.9  MHz
#           110 - 4.25 MHz
#           111 - 4.6  MHz
# Octet 3: 0:2 High current value (used in R/W mode. Minimum value used in Card Detect)
#           000 - 325 mA
#           001 - 350 mA
#           010 - 400 mA
#           011 - 450 mA
#           100 - 500 mA
#           101 - 550 mA
#           110 - 650 mA
#           111 - 1000 mA
# Octet 4 : 0:1 Zero cross detector
#           00 -  1mV
#           01 - -3mV
#           10 - -9mV
#           11 - -14mV
# Octet 5 : 0:2 Set the VBAT detector trip point to use the DCM or CCM mode of the DCDC
#           000 - 2.2V
#           001 - 2.4V
#           010 - 2.6V
#           011 - 2.8V
#           100 - 3.0V
#           101 - 3.3V
#           110 - 4.0V
#           111 - 4.5V
TLV_DCDC={00:01:03:05:02:04}

#TLV_ECE
# Octet 0: ECE mode
#       bit 0-3:  (Look-Up Table Shift Index)/2. ex: If the target shift value is 4, set to the field to 2.
#       bit 6: Enable ECE in Switched-ON mode
#       bit 7: Enable ECE in Switched-OFF mode
# Octet 1; iRefCtrl
#       DAC current reference control in steps of 0.15 uA. A value of 0 corresponds to 0.15 uA reference,
#       a value of 0x7 corresponds to 1.2 uA reference current for the DAC.
# Octet 2: modHigh
#       Modulation factor value set in the modHigh register
#Octet 3: rOff
#       Represents the load in Card Emulation when modulating. Value can range from 0 to 0x3F.
#       Ron set to 0x3B corresponds to a Rswitch of 1 Ohm.
#       Ron set to 0x3D corresponds to a Rswitch of 2 Ohms.
#       Ron set to 0x0D corresponds to a Rswitch of 4 Ohms.
#       Ron set to 0x05 corresponds to a Rswitch of 8 Ohms.
#Octet 4: rOn
#       Represents the default load value in card emulation, when not modulating. Value can range from 0 to 0x3F.
#       Roff set to 0x0D corresponds to a Rswitch of 4 Ohms.
#       Roff set to 0x05 corresponds to a Rswitch of 8 Ohms.
#       Roff set to 0x02 corresponds to a Rswitch of 16 Ohms.
#       Roff set to 0x01 corresponds to a Rswitch of 32 Ohms.
#TLV_ECE={C3:04:3F:02:01}
#

