Functions
NAIBRDFUNC naibrd_1760_t NAIAPI	naibrd_1760_SetEEPROMUnlock (int16_t swDevice)
	Write 2-part "unlock code" to address 0x4E to enable writes to EEPROM for RT1 auto-initialization. Note that the RT1ENA bit 6 in the Master Configuration Register 0x0 must be set to 1 while RT1STEX bit 4 is set to 0 before this function is called.

NAIBRDFUNC naibrd_1760_t NAIAPI	naibrd_1760_SetEECOPY (int16_t swDevice, bool_t assert)
	Sets the EEPROM Copy Input. The EECOPY input pin must be driven high for at least 1 ms, then driven low to write to EEPROM. The READY output goes low, indicating EEPROM is being written to. EEPROM copy is complete when the READY output goes high.

Detailed Description

Function Documentation

◆ naibrd_1760_SetEECOPY()

NAIBRDFUNC naibrd_1760_t NAIAPI naibrd_1760_SetEECOPY	(	int16_t	swDevice,
		bool_t	assert )

Sets the EEPROM Copy Input. The EECOPY input pin must be driven high for at least 1 ms, then driven low to write to EEPROM. The READY output goes low, indicating EEPROM is being written to. EEPROM copy is complete when the READY output goes high.

NOTE: To copy to EEPROM successfully after power-up, the device must be reset at least once via software by setting and resetting the Master Reset bit. This is automatically performed in the call to naibrd_1760_Initialize().

Parameters

swDevice	: (Input) Logical Device Number (0-31).
assert	: (Input) NAI_TRUE to assert, NAI_FALSE to drive low.

Returns

NAI_SUCCESS when function is completed successfully
NAI_ERROR_INVALID_VALUE when invalid swDevice is specified.
NAI_ERROR_NOT_SUPPORTED when function is not supported.

◆ naibrd_1760_SetEEPROMUnlock()

NAIBRDFUNC naibrd_1760_t NAIAPI naibrd_1760_SetEEPROMUnlock ( int16_t swDevice )

Write 2-part "unlock code" to address 0x4E to enable writes to EEPROM for RT1 auto-initialization. Note that the RT1ENA bit 6 in the Master Configuration Register 0x0 must be set to 1 while RT1STEX bit 4 is set to 0 before this function is called.

After this function is called, the EECOPY input pin must be driven high for at least 1 ms, then driven low to write to EEPROM. The READY output goes low, indicating EEPROM is being written to. EEPROM copy is complete when the READY output goes high.