Age1439_Fiber_Xmt_Signals; Age1439_Fiber_Xmt_Signals_Get; Age1439_Filter_Setup; Age1439_Filter_Sync - Agilent Technologies E1439 User Manual

with other fiber interfaces before data acquisition begins.

age1439_fiber_xmt_signals

PIO2, DIR or, NRDY FPDP control signals on the fiber transmitter.

age1439_fiber_xmt_signals_get

PIO2, DIR and NRDY bits on the fiber transmitter.
age1439_filter_bw (on page 120)
age1439_filter_bw_get (on page 120)
age1439_filter_decimate
tion
age1439_filter_decimate_get

age1439_filter_setup

(on page 120)
ter parameters

age1439_filter_sync

(on page 123)
age1439_frequency_center
age1439_frequency_center_get

age1439_frequency_center_raw

age1439_frequency_center_raw_compute

for age1439_frequency_center_raw
age1439_frequency_center_raw_get
age1439_frequency_cmplxdc
age1439_frequency_cmplxdc_get
ment mode

age1439_frequency_setup

age1439_frequency_sync
quency change
age1439_frequency_sync_get
mode

age1439_front_panel_clock_input

clock
age1439_front_panel_clock_input_get

age1439_init

(on page 132)
age1439_input_alias_filter
filter
age1439_input_alias_filter_get

age1439_input_autozero

age1439_input_coupling
age1439_input_coupling_get

age1439_input_offset

(on page 135)
age1439_input_offset_get

age1439_input_offset_save

age1439_input_range (on page 141)

age1439_input_range_auto

age1439_input_range_convert

age1439_input_range_get

age1439_input_setup

(on page 141)
age1439_input_signal (on page 141)
amplifiers
age1439_input_signal_get
age1439_input_signal_path
age1439_input_signal_path_get
age1439_interrupt_mask_get
age1439_interrupt_priority_get
Agilent E1439 Programmer's Reference
−sets the transmitted values of any PIO1,
(on page 118)
−displays the current value of PIO1,
(on page 118)
−selects a signal filter bandwidth
−gets the signal filter bandwidth
−enables/disables and extra factor of 2 decima-
(on page 120)
−gets current state of extra decimation
(on page 120)
−sets the digital filter bandwidth and decimation fil-
−synchronizes the decimation filter counter
−sets the center frequency
(on page 128)
−gets the current center frequency
(on page 128)
−quickly sets the center frequency
(on page 125)
(on page 127)
(on page 125)
−selects a complex baseband measurement
(on page 128)
−gets the state of the baseband measure-
(on page 128)
−sets all the zoom center frequency parameters
(on page 128)
−prepares the module for a synchronous fre-
(on page 128)
−gets the state of the synchronous change
(on page 128)
−specifies the source of the front panel
(on page 131)
(on page 131)
−initializes the I/O driver for a module
−include/bypass the built-in analog anti-alias
(on page 141)
−gets the anti-alias filter state
(on page 141)
−nulls out the input dc offset in baseband mode
(on page 134)
−selects ac or dc input coupling
(on page 141)
−get the input coupling type
(on page 141)
−sets the dc offset settings for the current range
−gets the dc offset settings
(on page 135)
−saves the dc offset settings in NVRAM
(on page 136)
−sets the full scale range
−performs auto-ranging in baseband mode
(on page 137)
−converts the input range to volts
(on page 138)
−gets the input range
(on page 141)
−sets all the analog input parameters
−connect/disconnect the input signal to the input
−gets the input buffer amplifier state
(on page 141)
−selects baseband or IF signal path
(on page 141)
−gets the signal path state
(on page 141)
−gets the interrupt event mask
(on page 146)
−gets the VME interrupt line
(on page 146)
Functions listed alphabetically
−quickly calculates the values
−gets the raw center frequency
−gets the front panel clock source
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