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LDC1314: I have two questions about the text on page 48 of the PDF file for [LDC1312, LDC1314 Multi-Channel 12-Bit Inductance to Digital Converter (LDC) for Inductive Sensing].

Part Number: LDC1314
Other Parts Discussed in Thread: LDC1312,

I have two questions about the text on page 48 of the PDF file for [LDC1312, LDC1314 Multi-Channel 12-Bit Inductance to Digital Converter (LDC) for Inductive Sensing].

question 1:
[1. Set the dividers for Channel 0.
Because the sensor frequency is less than 8.75 MHz, the sensor divider can be set to 1, which means
setting field FIN_DIVIDER0 to 0x1. By default, ?IN0 = ?SENSOR = 2.4 MHz.
b. The design constraint for ?REF0 is> 4 × ?SENSOR. The 40 MHz reference frequency satisfies this
constraint, so the reference divider can be set to 1. This is done by setting the FREF_DIVIDER0 field to
0x01.
c. The combined value for Chan. 0 divider register (0x14) is 0x1002.
]
Is written, but why is 0x1002 assigned to [Chan. 0 divider register (0x14)] when 1 is assigned to [FREF_DIVIDER0 field]?

Question 2:
When [FREF_DIVIDER0 field] = 0x2, fCLK = 40 (MHz),
Is fREF0 = fCLK / FREF_DIVIDER0 = 40 (MHz) / 2 = 20 (MHz)?

Thank you.