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Gain vs loss confusion (#304)

This commit is contained in:
Andrey G 2023-12-10 14:53:56 +03:00 committed by GitHub
parent 72d5a0dc06
commit 94f2377bca
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GPG Key ID: 4AEE18F83AFDEB23
11 changed files with 12 additions and 12 deletions
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2
firmware/boards/f0_module/port.cpp
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@ -45,7 +45,7 @@ AnalogResult AnalogSample()
.ch =
{
{
.NernstVoltage = AverageSamples(adcBuffer, 0) * NERNST_INPUT_GAIN,
.NernstVoltage = AverageSamples(adcBuffer, 0) * (1.0 / NERNST_INPUT_GAIN),
.PumpCurrentVoltage = AverageSamples(adcBuffer, 1),
.BatteryVoltage = 0,
},

2
firmware/boards/f0_module/wideband_board_config.h
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@ -9,7 +9,7 @@
// *******************************
// Nernst voltage & ESR sense
// *******************************
#define NERNST_INPUT_GAIN (1 / 2.7f)
#define NERNST_INPUT_GAIN (2.7f)
#define AFR_CHANNELS 1

4
firmware/boards/f1_dual/port.cpp
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@ -109,13 +109,13 @@ AnalogResult AnalogSample()
.ch = {
{
/* left */
.NernstVoltage = AverageSamples(adcBuffer, 3) * NERNST_INPUT_GAIN,
.NernstVoltage = AverageSamples(adcBuffer, 3) * (1.0 / NERNST_INPUT_GAIN),
.PumpCurrentVoltage = AverageSamples(adcBuffer, 2),
.BatteryVoltage = l_heater_voltage,
},
{
/* right */
.NernstVoltage = AverageSamples(adcBuffer, 1) * NERNST_INPUT_GAIN,
.NernstVoltage = AverageSamples(adcBuffer, 1) * (1.0 / NERNST_INPUT_GAIN),
.PumpCurrentVoltage = AverageSamples(adcBuffer, 0),
.BatteryVoltage = r_heater_voltage,
},

2
firmware/boards/f1_dual/wideband_board_config.h
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@ -16,7 +16,7 @@
// *******************************
// Nernst voltage & ESR sense
// *******************************
#define NERNST_INPUT_GAIN (1 / 3.0f)
#define NERNST_INPUT_GAIN (3.0f)
// *******************************
// Battery Sensing

2
firmware/boards/f1_dual_rev1/port.cpp
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@ -127,7 +127,7 @@ AnalogResult AnalogSample()
float NernstRaw = AverageSamples(adcBuffer, (i == 0) ? 3 : 1);
if ((NernstRaw > 0.01) && (NernstRaw < (3.3 - 0.01))) {
/* not clamped */
res.ch[i].NernstVoltage = (NernstRaw - NERNST_INPUT_OFFSET) * NERNST_INPUT_GAIN;
res.ch[i].NernstVoltage = (NernstRaw - NERNST_INPUT_OFFSET) * (1.0 / NERNST_INPUT_GAIN);
} else {
/* Clamped, use ungained input */
res.ch[i].NernstVoltage = AverageSamples(adcBuffer, (i == 0) ? 9 : 8) - HALF_VCC;

2
firmware/boards/f1_dual_rev1/wideband_board_config.h
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@ -20,7 +20,7 @@
// *******************************
// Nernst voltage & ESR sense
// *******************************
#define NERNST_INPUT_GAIN (1 / 3.15f)
#define NERNST_INPUT_GAIN (3.15f)
#define NERNST_INPUT_OFFSET (0.247)
// *******************************

2
firmware/boards/f1_rev2/port.cpp
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@ -62,7 +62,7 @@ AnalogResult AnalogSample()
{
.ch = {
{
.NernstVoltage = AverageSamples(adcBuffer, 2) * NERNST_INPUT_GAIN,
.NernstVoltage = AverageSamples(adcBuffer, 2) * (1.0 / NERNST_INPUT_GAIN),
.PumpCurrentVoltage = AverageSamples(adcBuffer, 1),
/* We also can measure output virtual ground voltage for diagnostic purposes */
//.VirtualGroundVoltageExt = AverageSamples(adcBuffer, 0) / VM_INPUT_DIVIDER,

2
firmware/boards/f1_rev2/wideband_board_config.h
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@ -12,7 +12,7 @@
// *******************************
// Nernst voltage & ESR sense
// *******************************
#define NERNST_INPUT_GAIN (1 / 3.0f)
#define NERNST_INPUT_GAIN (3.0f)
// *******************************
// Battery Sensing

2
firmware/boards/f1_rev3/port.cpp
View File

@ -59,7 +59,7 @@ AnalogResult AnalogSample()
{
.ch = {
{
.NernstVoltage = AverageSamples(adcBuffer, 2) * NERNST_INPUT_GAIN,
.NernstVoltage = AverageSamples(adcBuffer, 2) * (1.0 / NERNST_INPUT_GAIN),
.PumpCurrentVoltage = AverageSamples(adcBuffer, 1),
/* We also can measure output virtual ground voltage for diagnostic purposes */
//.VirtualGroundVoltageExt = AverageSamples(adcBuffer, 0) / VM_INPUT_DIVIDER,

2
firmware/boards/f1_rev3/wideband_board_config.h
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@ -12,7 +12,7 @@
// *******************************
// Nernst voltage & ESR sense
// *******************************
#define NERNST_INPUT_GAIN (1 / 3.0f)
#define NERNST_INPUT_GAIN (3.0f)
// *******************************
// Battery Sensing

2
test/wideband_board_config.h
View File

@ -9,7 +9,7 @@
// *******************************
// Nernst voltage & ESR sense
// *******************************
#define NERNST_INPUT_GAIN (1 / 2.7f)
#define NERNST_INPUT_GAIN (2.7f)
#define AFR_CHANNELS 1