# das-eeprom-parser/src/templates/2+3+1/autocal-das-in.tpl
# 
#  Copyright: ©2015, Güralp Systems Ltd.
#  Author: Laurence Withers <lwithers@guralp.com>
#  License: GPLv3
#
# Auto-calibration data acquisition settings for 4-channel digitiser units using
# ASE-DAS-0001 such as the cylinder (part number DAS-A-3203…)
#

ring_buffer_latency = 1s

# note that the [autocalibration] section will be added by Pt-web

[mux_1]
rate = 10
component = 1
station = MCAL
location = 0
gcf_sysid = MCAL
gcf_serial = CAL
mass_pos = false
instrument_model = generic.electronic-test-point.voltage
sensor_label = Calibration (mux)

[mux_2]
rate = 10
component = 2
station = MCAL
location = 0
gcf_sysid = MCAL
gcf_serial = CAL
mass_pos = false
instrument_model = generic.electronic-test-point.voltage
sensor_label = Calibration (mux)

[mux_3]
rate = 10
component = 3
station = MCAL
location = 0
gcf_sysid = MCAL
gcf_serial = CAL
mass_pos = false
instrument_model = generic.electronic-test-point.voltage
sensor_label = Calibration (mux)

[mux_4]
rate = 10
component = 4
station = MCAL
location = 0
gcf_sysid = MCAL
gcf_serial = CAL
mass_pos = false
instrument_model = generic.electronic-test-point.voltage
sensor_label = Calibration (mux)

[mux_5]
rate = 10
component = 5
station = MCAL
location = 0
gcf_sysid = MCAL
gcf_serial = CAL
mass_pos = false
instrument_model = generic.electronic-test-point.voltage
sensor_label = Calibration (mux)

[mux_6]
rate = 10
component = 6
station = MCAL
location = 0
gcf_sysid = MCAL
gcf_serial = CAL
mass_pos = false
instrument_model = generic.electronic-test-point.voltage
sensor_label = Calibration (mux)

[mux_7]
rate = 10
component = 7
station = MCAL
location = 0
gcf_sysid = MCAL
gcf_serial = CAL
mass_pos = false
instrument_model = generic.electronic-test-point.voltage
sensor_label = Calibration (mux)

[mux_8]
rate = 10
component = 8
station = MCAL
location = 0
gcf_sysid = MCAL
gcf_serial = CAL
mass_pos = false
instrument_model = generic.electronic-test-point.voltage
sensor_label = Calibration (mux)

[mux_9]
rate = 10
component = 9
station = MCAL
location = 0
gcf_sysid = MCAL
gcf_serial = CAL
mass_pos = false
instrument_model = generic.electronic-test-point.voltage
sensor_label = Calibration (mux)

[mux_10]
rate = 10
component = A
station = MCAL
location = 0
gcf_sysid = MCAL
gcf_serial = CAL
mass_pos = false
instrument_model = generic.electronic-test-point.voltage
sensor_label = Calibration (mux)

[mux_11]
rate = 10
component = B
station = MCAL
location = 0
gcf_sysid = MCAL
gcf_serial = CAL
mass_pos = false
instrument_model = generic.electronic-test-point.voltage
sensor_label = Calibration (mux)

[mux_12]
rate = 10
component = C
station = MCAL
location = 0
gcf_sysid = MCAL
gcf_serial = CAL
mass_pos = false
instrument_model = generic.electronic-test-point.voltage
sensor_label = Calibration (mux)

[mux_13]
rate = 10
component = D
station = MCAL
location = 0
gcf_sysid = MCAL
gcf_serial = CAL
mass_pos = false
instrument_model = generic.electronic-test-point.voltage
sensor_label = Calibration (mux)

[mux_14]
rate = 10
component = E
station = MCAL
location = 0
gcf_sysid = MCAL
gcf_serial = CAL
mass_pos = false
instrument_model = generic.electronic-test-point.voltage
sensor_label = Calibration (mux)

[mux_15]
rate = 10
component = F
station = MCAL
location = 0
gcf_sysid = MCAL
gcf_serial = CAL
mass_pos = false
instrument_model = generic.electronic-test-point.voltage
sensor_label = Calibration (mux)

[mux_16]
rate = 10
component = G
station = MCAL
location = 0
gcf_sysid = MCAL
gcf_serial = CAL
mass_pos = false
instrument_model = generic.electronic-test-point.voltage
sensor_label = Calibration (mux)

[sync_1]
pga = 0
component = 1
station = CAL
location = 0
gcf_sysid = CAL
gcf_serial = CAL
acausal_rates = 4000
instrument_model = generic.electronic-test-point.voltage
sensor_label = Calibration (sync)

[sync_2]
pga = 0
component = 2
station = CAL
location = 0
gcf_sysid = CAL
gcf_serial = CAL
acausal_rates = 4000
instrument_model = generic.electronic-test-point.voltage
sensor_label = Calibration (sync)

[sync_3]
pga = 0
component = 3
station = CAL
location = 0
gcf_sysid = CAL
gcf_serial = CAL
acausal_rates = 4000
instrument_model = generic.electronic-test-point.voltage
sensor_label = Calibration (sync)

[sync_4]
pga = 0
component = 4
station = CAL
location = 0
gcf_sysid = CAL
gcf_serial = CAL
acausal_rates = 4000
instrument_model = generic.electronic-test-point.voltage
sensor_label = Calibration (sync)