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The ICL8211CBA-TS2463 is a micropower bipolar monolithic integrated circuit manufactured by Harris Corporation, designed for precise voltage detection and generation. It functions as a high-accuracy programmable voltage reference with multiple outputs. The device provides stable and precise voltage outputs suitable for applications requiring accurate voltage monitoring. Internally, it features an internal reference of 1.15V and includes a current-limited output sink capability of 7mA when the threshold terminal voltage falls below this reference level.
Verify manufacturer documentation to confirm specific electrical tolerances and operating conditions. Ensure compatibility with system voltage requirements and thermal management needs. Check for updated datasheets from Harris Corporation or authorized distributors to validate pinout configurations and absolute maximum ratings before integration into final designs.
Select this component for applications requiring high-accuracy voltage referencing in micropower environments. Consider its bipolar technology characteristics and internal reference stability. Evaluate the 7mA sink capability against load requirements. Verify that the programmable nature meets the specific voltage detection thresholds needed for the target application design.
The ICL8211 series consists of micropower bipolar monolithic integrated circuits intended primarily for precise voltage detection and generation. These devices are part of Harris Corporation's portfolio of analog integrated circuits, offering stable performance for voltage monitoring tasks. The ICL8211 variant specifically provides programmable voltage reference capabilities with defined internal thresholds.
Consult official Harris Corporation documentation for verified substitute part numbers. Cross-reference specifications such as internal reference voltage (1.15V) and output sink current (7mA) when evaluating alternatives. Ensure any replacement maintains the micropower bipolar architecture and precision voltage detection requirements.