Agilent Technologies E1439 Functions listed alphabetically Receive sync from master, Example

Agilent E1439 Programmer's Reference

Functions listed alphabetically

Receive sync from master

AGE1439_FRNT_REAR_SLAV_EXT_REF

ADC_CLK VCXO ADC_DIVIDER REFERENCE_PRESCALER VXI_CLK_OUTPUT REFERENCE_CLOCK FRONT_PANEL_CLOCK SMB_CLOCK_OUTPUT SYNC_CLOCK SYNC_OUTPUT SYNC_DIRECTION

VCXO_EXT_REF VCXO_ON DIVIDE_BY_38 PRESCALE_BY_1

FRONT_PANEL_CLOCK FRONT_PANEL_CLOCK SMB_CLOCK CLOCK_OFF SMB_CLOCK SYNC_OUT_BOTH FRONT_TO_REAR

clockSetupPtr	points to the current value of clockSetup.
	AGE1439_CUSTOM_CLOCK_SETUP is returned from age1439_clock_setup_get when low-
	level clock configuration functions are used to set up clocks to a non-standard configuration.
	Example
	The program multichan.exe example program provides an example of how to correctly set up a
	multi-module system with synchronous clocks.
	Return Value
	AGE1439_SUCCESS indicates that a function was successful.
	Values other than AGE1439_SUCCESS indicate an error condition or other important status
	condition. To determine the error message, pass the return value to “age1439_error_message” on
	page 102.
	Effect on Active Measurement
	age1439_clock_setup aborts any measurement in progress.
	See Also
	“Commands which halt active measurements” on page 198, “Default values” on page 201,
	“age1439_init” on page 132, “age1439_clock_fs” on page 76, “age1439_clock_recover” on
	page 77, “age1439_ext_sample_sync” on page 104, “Using clock and sync” in chapter 3,
	“Managing multiple modules” in chapter 3

85