Age1439_Interrupt_Restore; Age1439_Interrupt_Setup; Age1439_Lbus_Mode; Age1439_Lbus_Reset - Agilent Technologies E1439 User Manual

Agilent E1439 Programmer's Reference
Functions listed alphabetically

age1439_interrupt_restore

setting

age1439_interrupt_setup

age1439_lbus_mode

age1439_lbus_mode_get

age1439_lbus_reset

age1439_lbus_reset_get

age1439_meas_control

module systems

age1439_meas_init

valid hardware setup

age1439_meas_start

measurement

age1439_meas_status_get

age1439_options_get

age1439_product_id_get

string

age1439_read

(on page 159)

age1439_read_raw

age1439_read64 (on page 159)
VEE applications

age1439_reference_clock

age1439_reference_clock_get
age1439_reference_prescaler
age1439_reference_prescaler_get

age1439_reset

(on page 167)

age1439_reset_hard

age1439_revision_query

ware revision.

age1439_self_test

(on page 170)

age1439_serial_number

repair purposes
age1439_serial_number_get
age1439_smb_clock_output
SMB clock connectors
age1439_smb_clock_output_get
SMB clock connectors

age1439_state_save

age1439_state_recall

age1439_status_get

age1439_sync_clock

age1439_sync_clock_get

age1439_sync_direction

signal
age1439_sync_direction_get
availability

age1439_sync_output

age1439_sync_output_get
age1439_trigger_adclevel
age1439_trigger_adclevel_get
age1439_trigger_delay
age1439_trigger_delay_actual_get
70
−restores the interrupt masks to the most recent
(on page 145)
−sets both interrupt parameters
(on page 146)
−sets the local bus transmission mode
(on page 148)
−gets the local bus mode
(on page 148)
−resets local bus
(on page 150)
−gets the local bus mode reset state
(on page 150)
−initiates and controls measurements in multi-
(on page 151)
−initiates a measurement without first checking for
(on page 154)
−checks for valid hardware setup and then initiates a
(on page 155)
−returns the current measurement status.
(on page 156)
−returns the module's options
(on page 157)
−returns the module's product identification
(on page 158)
−reads scaled 32-bit float data from FIFO
−reads raw data from FIFO
(on page 162)
−reads scaled 64-bit float data from FIFO, specifically for
−selects the source of the reference clock
(on page 165)
−gets the source of the reference clock
(on page 165)
−selects prescaling of the reference clock
(on page 166)
(on page 166)
−places the module in a known state
−resets the module hardware
(on page 168)
−returns strings that identify the date of the firm-
(on page 169)
−performs a self-test on the module and returns the result
−sets the module's serial number for product
(on page 157)
−returns the module's serial number
(on page 157)
−specifies which clock to output from the
(on page 173)
(on page 173)
−saves the current module state
(on page 175)
−recalls a saved module state
(on page 174)
−retrieves module's status register information
(on page 176)
−selects the source of the sync signal
(on page 178)
−gets the source of the sync signal
(on page 178)
−selects front or rear panel availability of the sync
(on page 179)
−gets the state of front or rear panel clock
(on page 179)
−selects the output for the sync signal
(on page 180)
−gets the output for the sync signal
(on page 180)
−specifies the threshold for the ADC trigger
(on page 183)
−gets the trigger threshold
(on page 183)
−specifies a pre- or post-trigger delay time
(on page 183)
(on page 181)
−gets prescaling of the reference clock
−gets which clock to output from the
−gets the actual delay time from the