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The 8N3DV85KC-0201CDI is a programmable FemtoClock clock generator manufactured by Renesas Electronics. It belongs to the 8N3DV85KC series and is designed for high-performance timing applications requiring precise frequency synthesis. The component utilizes a specific ordering suffix structure to define its electrical and packaging characteristics. Public documentation identifies this part as a specialized integrated circuit within the clock and timer ICs category, intended for systems demanding low jitter and flexible clock distribution.
Mouser Electronics currently lists the 8N3DV85KC-0201CDI as not supplied in their region. The product status indicates limited availability or factory special order conditions. Verification of current stock levels and lead times requires direct consultation with authorized distributors or the manufacturer, as public inventory data reflects restricted supply status rather than standard commercial availability.
Engineers selecting this component should verify the specific frequency configuration associated with the -0201 suffix against the official datasheet. Compatibility checks must ensure the power supply requirements and output drive capabilities match the target system design. Since this is a programmable device, confirming the programming interface and initial configuration state is essential for proper integration into the final hardware assembly.
This component falls under the broader category of clock generators and support products offered by Renesas Electronics. It is distinct from microcontrollers and memory devices, focusing solely on signal integrity and timing accuracy. The 8N3DV85KC series represents a line of femtojoule-class clock generators optimized for reducing phase noise in sensitive analog and digital circuits.
Public records indicate that similar parts within the 8N3DV85KC family, such as the 8N3DV85KC-0111CDI, are marked as obsolete. Engineers seeking alternatives should consult Renesas for current active equivalents or migration guides, as direct pin-to-pin substitutes may require verification of electrical specifications and package compatibility.