# $Id: trt.conf 207 2006-01-18 10:53:26Z ferner $
#
OUTPUT_LEVEL = result
OUTPUT_LEVEL = fatal
OUTPUT_LEVEL = warning
OUTPUT_LEVEL = info
#
CARD = 0
#
### force usage of link 1 to avoid troubles (at least on wafer 46)
#
FORCE_LINK_1 = 0
#
# current limit of 0x700 is reached when power is switch on even with good chip
# hexadecimal numbers are considered raw values,
# decimal numbers are in mA
#
#CURRENT_LIMIT_ANALOG = 0x800
CURRENT_LIMIT_ANALOG = 300
#CURRENT_LIMIT_DIGITAL = 0x900
CURRENT_LIMIT_DIGITAL = 300
#CURRENT_LIMIT_ANALOG = 0x600
#CURRENT_LIMIT_DIGITAL = 0x400
#
CURRENT_1V8_DIGITAL_IDLE_HIGH = 90
CURRENT_3V3_DIGITAL_IDLE = 25
CURRENT_1V8_ANALOG_IDLE = 30
CURRENT_3V3_ANALOG_IDLE = 200
#
CURRENT_1V8_DIGITAL_FILTER = 195
CURRENT_3V3_DIGITAL_FILTER = 300
CURRENT_1V8_ANALOG_FILTER = 130
CURRENT_3V3_ANALOG_FILTER = 300
#
# maximal voltage differences for supply voltages in V
#
VOLTAGE_1V8_DIGITAL_MIN = 0.1
VOLTAGE_1V8_DIGITAL_MAX = 0.1 
VOLTAGE_1V8_ANALOG_MIN = 0.1
VOLTAGE_1V8_ANALOG_MAX = 0.1
VOLTAGE_3V3_DIGITAL_MIN = 0.1
VOLTAGE_3V3_DIGITAL_MAX = 0.1
VOLTAGE_3V3_ANALOG_MIN = 0.1
VOLTAGE_3V3_ANALOG_MAX = 0.1
# frequency in kHz
DDS_FREQ = 200
DDS_AMP = 3000
DDS_VCM = 0x718
#
# desired supply voltages in V
#
SUPPLY_VOLTAGE_1V8_ANALOG = 1.8
SUPPLY_VOLTAGE_3V3_ANALOG = 3.3
SUPPLY_VOLTAGE_1V8_DIGITAL = 1.8
SUPPLY_VOLTAGE_3V3_DIGITAL = 3.3
#
SUPPLY_VOLTAGE_1V8_DIGITAL_ADDITIONAL = 1.7
V18_DELTA_LOW = 0.0
V18_DELTA = 0.2
# ADC reference voltage for supply voltage measurement
# in V
ADC_VREF = 3.29
# identify tester board
#TESTER_BOARD_ID = mcm_tester_02
TESTER_BOARD_ID = wafer_tester_02