ADS7953 Multiplexed ADC: 7 Checks for Channel Frames and Range
Read ADS7953 data with verified channel identity, manual or automatic sequence timing, input-range scaling and the correct multiplexer-to-ADC signal path.
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TLV9062 Op Amp: 7 Checks for Bandwidth, Loading and Variant Pins
Plan a TLV9062 signal path with correct dual-amplifier pinout, closed-loop bandwidth, capacitive loading and variant-specific shutdown assumptions.
TPS62040 Buck Converter: 7 Checks for Light-Load Voltage Positioning
Evaluate TPS62040 regulation with its actual MODE setting, dynamic light-load voltage positioning, feedback, dropout and representative load transitions.
PCM1808 Audio ADC: 7 Checks for Hardware Format and Clock Restart
Capture PCM1808 audio with the correct dual supplies, hardware format straps, clock ratios and clock-halt recovery interval before accepting samples.
TPS65023 PMIC: 7 Checks for Boot Defaults and DVS Completion
Plan TPS65023 rails using their hardware defaults, enable paths, core-voltage ownership and reset behavior before trusting I2C or a cleared GO bit.
TMP123 SPI Sensor: 7 Checks for Chip-Select Conversion Freshness
Read TMP123 temperatures with correct chip-select timing, signed-field extraction and startup handling instead of confusing repeated reads with new conversions.
INA185 Current Amplifier: 7 Checks for Bidirectional REF Scaling
Use INA185 bidirectional current feedback with the correct gain suffix, reference offset, shunt polarity, output headroom and ADC scaling checks.
TPS7A30 Negative Regulator: 7 Checks for Polarity and Enable
Plan a TPS7A30 negative analog rail with correct supply polarity, dual-polarity enable interpretation, NR/SS design, headroom and thermal checks.
ADS7052 SAR ADC: 7 Checks for Previous-Sample Data and Calibration
Read ADS7052 correctly by mapping previous-conversion data, completing its required clock counts and distinguishing startup calibration from valid samples.
DRV8874 Motor Driver: 7 Checks for Latched Modes and Current Feedback
Configure DRV8874 motion with the correct latched PMODE and IMODE settings, current-feedback scaling and bounded startup checks before driving a load.