ZSSC3026 Datasheet, PDF (35/51 Pages) List of Unclassifed Manufacturers – Low Power, High Resolution 16-Bit Sensor Signal Conditioner

ZSSC3026
MTP
Address
Word /
Bit Range
Default
Setting
Signal Conditioning Parameters
Description
0
0BIN
Offset_B[16]
1
0BIN
Offset_B_sign
2
0BIN
Gain_B[16]
3
0BIN
Gain_B_sign
4
0BIN
Tcg[16]
5
03HEX
6
0BIN
Tcg_sign
0BIN
Tco[16]
7
0BIN
Tco_sign
8
0BIN
SOT_tco[16]
9
0BIN
SOT_tco_sign
10
0BIN
SOT_tcg[16]
11
0BIN
SOT_tcg_sign
© 2016 Integrated Device Technology, Inc.
35
Description
Bridge offset, bit[16]; functions as the MSB and
combines with Offset_B[15:0] in 05HEX to form the
17-bit coefficient’s absolute value
Sign for sensor bridge offset (Offset_B):
0 => a positive value
1 => a negative value
Bridge gain, bit[16]; functions as the MSB and
combines with Gain_B[15:0] in 06HEX to form the
17-bit coefficient’s absolute value
Sign of the sensor bridge gain (Gain_B):
0 => a positive value
1 => a negative value
1^st-order temperature coefficient of the bridge gain,
bit[16]; functions as the MSB and combines with
Tcg[15:0] in 07HEX to form 17-bit coefficient’s
absolute value
Sign of 1^st-order temperature coefficient (Tcg):
0 => a positive value
1 => a negative value
1^st-order temperature coefficient of the bridge offset,
bit[16]; functions as the MSB and combines with
Tco[15:0] in 08HEX to form 17-bit coefficient’s
absolute value
Sign of 1^st-order temperature coefficient (Tco):
0 => a positive value
1 => a negative value
2^nd-order temperature coefficient of the bridge
offset, bit[16]; functions as the MSB and combines
with SOT_tco[15:0] in 09HEX to form 17-bit
coefficient’s absolute value
Sign setting for 2^nd-order temperature coefficient
(SOT_tco):
0 => a positive value
1 => a negative value
2^nd-order temperature coefficient of the bridge gain,
bit[16]; functions as the MSB and combines with
SOT_tcg[15:0] in 0AHEX to form 17-bit coefficient’s
absolute value
Sign setting for 2^nd-order temperature coefficient
(SOT_tcg):
0 => a positive value
1 => a negative value
March 28, 2016