VTI Instruments EX1629 - Page 132

VTI Instruments Corp.
132 EX1629 Command Set
Decimal
Value
Hex
Value
#define Symbol
29
0x1D
VTEX1629_COMP_RESISTOR_USER
30
0x1E
VTEX1629_COMP_RESISTOR_SHORT
31
0x1F
VTEX1629_SHUNT_RESISTOR_INTERNAL
32
0x20
VTEX1629_SHUNT_RESISTOR_FRONT_PANEL
33
0x21
VTEX1629_SHUNT_RESISTOR_TEDS
34
0x22
VTEX1629_CONF_AGND_GAIN
35
0x23
VTEX1629_CONF_AGND_OFFSET
36
0x24
VTEX1629_CONF_CAL_POS_GAIN
37
0x25
VTEX1629_CONF_CAL_POS_OFFSET
38
0x26
VTEX1629_CONF_BUFF_IN_POS_GAIN
39
0x27
VTEX1629_CONF_BUFF_IN_POS_OFFSET
40
0x28
VTEX1629_CONF_BUFF_V_CMD_GAIN
41
0x29
VTEX1629_CONF_BUFF_V_CMD_OFFSET
42
0x2A
VTEX1629_CONF_BUFF_IN_NEG_GAIN
43
0x2B
VTEX1629_CONF_BUFF_IN_NEG_OFFSET
44
0x2C
VTEX1629_CONF_EXCITE_OUT_NEG_GAIN
45
0x2D
VTEX1629_CONF_EXCITE_OUT_NEG_OFFSET
46
0x2E
VTEX1629_CONF_EXCITE_OUT_POS_GAIN
47
0x2F
VTEX1629_CONF_EXCITE_OUT_POS_OFFSET
48
0x30
VTEX1629_CONF_V_SENSE_NEG_GAIN
49
0x31
VTEX1629_CONF_V_SENSE_NEG_OFFSET
50
0x32
VTEX1629_CONF_V_SENSE_POS_GAIN
51
0x33
VTEX1629_CONF_V_SENSE_POS_OFFSET
52
0x34
VTEX1629_CONF_EXCITE_OUT_CURR_POS_GAIN
53
0x35
VTEX1629_CONF_EXCITE_OUT_CURR_POS_OFFSET
54
0x36
VTEX1629_CONF_EXCITE_OUT_CURR_POS_COMMON_MODE_RESISTANCE
55
0x37
VTEX1629_CONF_EXCITE_OUT_CURR_NEG_GAIN
56
0x38
VTEX1629_CONF_EXCITE_OUT_CURR_NEG_OFFSET
57
0x39
VTEX1629_CONF_EXCITE_OUT_CURR_NEG_COMMON_MODE_RESISTANCE
58
0x3A
VTEX1629_SENSE_RESISTOR_NEG
59
0x3B
VTEX1629_SENSE_RESISTOR_POS
60
0x3C
VTEX1629_SUPPLY_EXCITE_OUT_NEG_GAIN
61
0x3D
VTEX1629_SUPPLY_EXCITE_OUT_NEG_OFFSET
62
0x3E
VTEX1629_SUPPLY_EXCITE_OUT_POS_GAIN
63
0x3F
VTEX1629_SUPPLY_EXCITE_OUT_POS_OFFSET
If the value of the coefficientSelector parameter is between VTEX1629_CALSRC_0 (0x00) and
VTEX1629_CALSRC_N_14_0 (0x12), the resultant coefficient will be placed in element 0 of this array (i.e.
coefficientOutputArray[0]). See note with the channelList parameter for more information.
If the value of coefficientSelector is VTEX1629_CALSRC_ALL (0x13), then the resultant data will be stored in the
first 0x13 elements of this array. Each element can subsequently be queried by simply using its “constant” value as
the index. For example, the value for VTEX1629_CALSRC_N_0_7 is located at
coefficientOutputArray[VTEX1629_CALSRC_N_0_7], the value for VTEX1629_CALSRC_N_14_0 is located at
coefficientOutputArray[VTEX1629_CALSRC_N_14_0], etc.
If the value of the coefficientSelector parameter is between VTEX1629_MAIN_ADC_X1_GAIN (0x14) and
VTEX1629_SUPPLY_EXCITE_OUT_POS_OFFSET (0x3F), each element of this array corresponds to the
equivalent index in the channelList array. For example, the coefficient value at element i in this array corresponds
to the channel designated in element i of the channelList array.