8N3DV85KC-0010CDI

The "8N3DV85KC-0010CDI" appears to be a model number or product code, likely associated with a specific item, device, or component. Without additional context, it's challenging to precisely identify its purpose or function. Model numbers like this are typically used by manufacturers to denote specific versions, configurations, or revisions of a product. They often include alphanumeric characters that can signify a range of features, capabilities, or specifications unique to the product.
If this model number is related to technology, electronics, or machinery, it could be associated with components like circuit boards, processors, or other hardware. To gain a better understanding, it would be advisable to refer to the manufacturer's documentation, website, or technical support resources. This will provide detailed specifications, usage instructions, and other relevant information. For consumer products, searching online with the model number may also lead to user reviews, forums, or product listings that offer additional insights.

The 8N3DV85KC-0010CDI is a clock oscillator chip from Renesas Electronics. Equivalent products might include similar clock oscillator chips from other manufacturers such as the Silicon Labs Si5351 series, the Texas Instruments CDCE913, and the Maxim Integrated DS1088 series. It's important to compare specifications such as output frequency range, jitter performance, supply voltage, and package type to ensure compatibility. Always consult the datasheets for precise comparisons.

The model number "8N3DV85KC-0010CDI" doesn't correspond to a widely recognized product or device based on available data. It's possible that it could be a part number, specific device identifier, or code relevant to a niche product or system not widely cataloged in public databases. If this is a product from a specific company or industry, I recommend consulting the manufacturer's website or product manual for detailed specifications and features. Alternatively, contacting customer support of the issuing company might provide the most accurate and updated information regarding this item.

The 8N3DV85KC-0010CDI is a clock generator IC produced by Renesas Electronics. It typically comes in a small package, such as a 10-pin DFN (Dual Flat No-leads) or similar, which is commonly used for such devices. The primary function of this IC is to generate low-jitter differential clock signals, which are often used in high-speed data communication systems like PCI Express or Ethernet.
However, to provide precise information regarding the exact pin count and detailed functions for the 8N3DV85KC-0010CDI, referring to the datasheet or technical documentation released by Renesas Electronics is essential. This documentation will provide a pin configuration, detailed functional description, electrical characteristics, and application information necessary for utilizing the device in specific applications.

The 8N3DV85KC-0010CDI is manufactured by Trina Solar, a company specializing in the production of photovoltaic modules and solar energy solutions. Trina Solar is a global leader in solar energy, focusing on research, development, and distribution of high-quality solar products. The company is known for its innovation in solar technology and commitment to sustainable energy solutions.

The 8N3DV85KC-0010CDI is an oscillator component used primarily for frequency control and timing applications. It is commonly utilized in telecommunications, networking, and data communication systems where precise timing is crucial. Additionally, this oscillator can be found in consumer electronics, industrial automation, and instrumentation where stable clock signals are required for reliable operation. Its compact size and high performance make it suitable for use in compact devices and systems that demand efficient energy consumption and high reliability.

The package type of 8N3DV85KC-0010CDI is a chip-scale package for electronic components. This refers to a type of semiconductor package where the die is directly mounted and connected to the substrate or circuit board, minimizing the size and footprint of the component.