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Analog-to-Digital Converters (ADC)
Matching Circuits
The Following Circuits match the search criteria selected above.
16-Bit Resolution Unidirectional Current Sense into LTC2433 ADC 2-Channel ADC Measures Differential Temperature from Bridge Configured RTDs APD DC Coupled Current Monitor from 20V to 90V APD Bias Bridge Reversal Eliminates 1/f Noise and Offset Drift of a Low Noise, Non-Autozeroed, Bipolar Amplifier Complete Type K Thermocouple Measurement System (I2C) with Cold Junction Compensation Complete Type K Thermocouple Measurement System (SPI) with Cold Junction Compensation Full-Bridge Amplification Using a Resistor Arrays to Provide Precise Matching in Excitation Amplifier Full-Bridge Amplification Using a Single Amplifier Full-Bridge Amplification Using Autozero Amplifiers to Reduce Input Referred Noise High Resolution 0°C to 220°C Platinum RTD Temperature Digitizer using 5V Supply High Resolution Type S Thermocouple Digitizer with Improved Cold Junction Compensation Measuring Seven RTD Temperatures with One Reference Resistor and One Reference Current Pseudodifferential Multichannel Bridge Digitizer and Digital Cold Junction Compensation Remote Half Bridge Digitizer Platinum RTD with Noise Suppression on Reference RTD and Thermocouple Remote Temperature Digitizer Single 5V Supply Linearized 0°C to 400°C Platinum RTD Amplifier Split or Single Supply Operation, Bidirectional Output into A/D
16-Bit Resolution Unidirectional Current Sense into LTC2433 ADC
The LTC2433-1 can accurately digitize signal with source impedances up to 5kΩ. This LTC6101 current sense circuit uses a 4.99kΩ output resistance to meet this requirement, thus no additional buffering is necessary.
