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The HVC368BTRF-E is a variable capacitance diode manufactured by Renesas Electronics Corporation. This component is designed for high-frequency applications and is compatible with standard electronic components used in adjustable circuits. The device supports surface-mount installation and is available in a URP package configuration. It features two pins and is constructed as a single-diode unit. The part is compliant with lead-free and RoHS standards, ensuring suitability for modern manufacturing processes requiring environmentally friendly materials.
Verify the specific manufacturer documentation to confirm detailed electrical parameters such as capacitance range and reverse voltage ratings. Ensure that the procurement channel provides authentic Renesas Electronics Corporation products to guarantee reliability. Cross-reference the ordering suffix with official datasheets to confirm package and compliance details before finalizing purchase orders.
Select this component when designing circuits that require variable capacitance at high frequencies. Consider the surface-mount package type for integration into compact PCB layouts. Evaluate compatibility with existing adjustable circuit architectures to ensure seamless functionality. Confirm that the operating environment aligns with the component's specified frequency capabilities and standard electronic interface requirements.
This variable capacitance diode belongs to Renesas Electronics Corporation's portfolio of semiconductor devices. It complements their broader range of electronic components used in various industrial and consumer applications. The product line focuses on providing reliable solutions for high-frequency and adjustable circuit designs, supporting engineers in developing efficient and compact electronic systems.
Public confirmed substitute part numbers are not available in the provided source material. Consult official Renesas documentation or authorized distributors for cross-reference information regarding equivalent components suitable for high-frequency variable capacitance applications.