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CCG1401 QFN is listed in the Special Purpose Amplifiers range at ChipApex. The manufacturer field lists Renesas Electronics Corporation. Its product description is UNIVERSAL PROGRAMMABLE AMPLIFIER. Review the specifications below when checking this part for your BOM.
The CCG1401 is a programmable transimpedance amplifier designed for power level control in optical sensors and scientific applications. It operates from a single supply voltage and utilizes a standard SPI interface for configuration. The device offers flexible transimpedance and frequency range programming to accommodate diverse sensor requirements. It is available in a QFN16 package or a compact 1.9mm x 1.9mm Chip-Scale Package (CSP), enabling minimal PCB footprint optimization for space-constrained designs.
Verify the specific package variant, as the CCG1401 is offered in both QFN16 and CSP formats. Confirm that the application environment supports single-supply operation and SPI communication protocols. Ensure the selected part meets the required transimpedance and frequency specifications for the target optical sensor. Check for any specific handling requirements associated with the Chip-Scale Package if applicable.
Select the CCG1401 when designing systems requiring precise power level control for optical sensing. Choose this component for applications where board space is limited, favoring the CSP option over the QFN16. Ensure the design accommodates the single-supply voltage range and integrates an SPI master controller. Evaluate whether the programmable transimpedance features align with the dynamic range needs of the photodiode or sensor array.
The CCG1401 belongs to Renesas' portfolio of analog signal chain components tailored for sensing applications. It addresses the need for configurable amplification in optical measurement systems. Unlike general-purpose op-amps, this device is specialized for transimpedance conversion with digital programmability. It complements Renesas' broader offering of sensors and microcontrollers by providing the necessary front-end signal conditioning.
The device is controlled via a standard SPI interface, allowing for programmable transimpedance and frequency range adjustments.
It is available in a QFN16 package or a 1.9mm x 1.9mm Chip-Scale Package (CSP).
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