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MC902G is listed in the Flip Flops range at ChipApex. The manufacturer field lists Motorola. Its product description is R-S FLIP-FLOP, DTL, MBCY10. Review the specifications below when checking this part for your BOM.
The MC902G is a discrete R-S flip-flop element manufactured by Motorola. It utilizes Diode-Transistor Logic (DTL) technology for digital signal processing applications. The component is housed in the MBCY10 package, which provides a standardized form factor for integration into electronic circuits. This specific part number identifies a single bistable memory element capable of storing one bit of data, serving as a fundamental building block for sequential logic design within legacy or specialized hardware systems.
Verify the manufacturer origin and package type against official Motorola documentation before procurement. Ensure the DTL logic family specification matches the target circuit requirements. Confirm the MBCY10 package dimensions are compatible with the intended PCB layout. Request detailed datasheets to validate electrical characteristics and pinout configurations for accurate integration.
Select this component when a discrete R-S flip-flop with DTL compatibility is required. Consider the MBCY10 package constraints during mechanical design. Evaluate the voltage and current specifications of the DTL family against the system power supply. Ensure the single-bit capacity meets the specific memory needs of the application without requiring additional complex logic gates.
This component belongs to the broader category of discrete logic flip-flops produced by Motorola. It represents a specific implementation of bistable multivibrators used in digital electronics. The MC902G serves as a foundational element within larger integrated circuits or standalone modules where simple state retention is necessary for operation.
Consult official Motorola cross-reference lists for verified substitutes. Identify components with identical DTL logic levels and MBCY10 package footprints. Verify functional equivalence of the R-S latch behavior before substitution.
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