Module register 

The definitions of drivers of the TMP117

Structs

Address

The address of the register

Configuration

Configuration register of the tpm117

DeviceID

Indicates the device ID

EEPROM

The eeprom configuration register

HighLimit

The high limit register is a 16-bit, read/write register that stores the high limit for comparison with the temperature result. One LSB equals 7.8125 m°C. The range of the register is ±256 °C. Negative numbers are represented in binary two’s complement format. Following power-up or a general-call reset, the high-limit register is loaded with the stored value from the EEPROM. The factory default reset value is 6000h. Is written in two’s complement.

LowLimit

The low limit register is configured as a 16-bit, read/write register that stores the low limit for comparison with the temperature result. One LSB equals 7.8125 m°C. The range of the register is ±256 °C. Negative numbers are represented in binary two’s complement format. The data format is the same as the temperature register. Following power-up or reset, the low-limit register is loaded with the stored value from the EEPROM. The factory default reset value is 8000h.Is written in two’s complement.

Temperature

Temperature register. The value is in 1/7.8125 m°C. Following a reset, the temperature register reads –256 °C until the first conversion, including averaging, is complete. Is in two complements

TemperatureOffset

This 16-bit register is to be used as a user-defined temperature offset register during system calibration. The offset will be added to the temperature result after linearization. It has a same resolution of 7.8125 m°C and same range of ±256 °C as the temperature result register. The data format is the same as the temperature register. If the added result is out of boundary, then the temperature result will show as the maximum or minimum value. Is written in two’s complement.

UEEPROM1

The EEPROM1 register is a 16-bit register that be used as a scratch pad by the customer to store general- purpose data. This register has a corresponding EEPROM location. Writes to this address when the EEPROM is locked write data into the register and not to the EEPROM. Writes to this register when the EEPROM is unlocked causes the corresponding EEPROM location to be programmed. To support NIST tracebility, do not delete or reprogram the UEEPROM1 register

UEEPROM2

Same function as register UEEPROM1 minus the ID for NSIT tracability

UEEPROM3

Same function as register UEEPROM1 minus the ID for NSIT tracability

Enums

AlertPinSelect

Represent the dataready or alert pin select

Average

Conversion averaging modes. Determines the number of conversion results that are collected and averaged before updating the temperature register. The average is an accumulated average and not a running average.

Conversion

Conversion cycle. It depends on the average selected. The enum represents the values for no average.

ConversionMode

Conversion mode

Polarity

Possible polarities

TriggerMode

Possible mode selection