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TC500COE713 is listed in the Analog Front End (AFE) range at ChipApex. The manufacturer field lists Microchip Technology. Its product description is IC AFE 1 CHAN 16BIT 16SOIC. Review the specifications below when checking this part for your BOM.
The TC500COE713 is a precision analog front-end (AFE) from the TC500 family, manufactured by Microchip Technology. It integrates a dual-slope ADC with a maximum resolution of 16 bits plus sign. The device requires both positive and negative power supplies and operates within a supply voltage range starting at 4.5 V. It features a serial 3-wire interface for processor control and supports an analog input range of ±4.2 V. Packaged in a 16-lead SOIC, it functions as a low-power solution with typical dissipation of 10 mW, suitable for high-precision data acquisition applications.
Verify the suffix '713' indicates reel packaging when ordering. Confirm that the design accommodates dual polarity power supplies, as this specific variant lacks an internal negative supply generator. Ensure compliance with humidity sensitivity handling protocols during assembly due to moisture-sensitive classification.
Select the TC500COE713 when dual-supply operation is available and 16-bit resolution is sufficient. Choose the TC500A variant if improved linearity for 17-bit performance is required. Opt for the TC510 or TC514 models if single-supply operation or integrated multiplexing is necessary instead of external circuitry.
This component belongs to the TC500 series of precision analog front ends. The base TC500 model provides 16-bit resolution, while the TC500A offers enhanced linearity for 17-bit accuracy. Other family members like the TC510 and TC514 add internal negative supply converters and multiplexers for simplified single-supply designs.
Direct functional substitutes include the TC500A for improved linearity or the TC510/TC514 for single-supply compatibility. Verify pinout and interface logic compatibility before substituting, as internal architecture differences may affect system timing and power requirements.
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