8N3DV85BC-0146CDI8

The code "8N3DV85BC-0146CDI8" appears to be a product or model number, which is typically used for identification purposes in databases, inventories, or catalogs. Without specific context, it's challenging to provide detailed information regarding this code, as it could pertain to a wide range of items, such as electronics, machinery, software, or other products.
To better understand or locate information about "8N3DV85BC-0146CDI8," you would need to consider the following steps:
1. Manufacturer or Brand: Identify the brand or manufacturer associated with the code. This can provide insights into the category of the product.

2. Industry Context: Determine the industry or sector in which the code is used. This could narrow down the type of product or service it represents.
3. Database Search: Use online databases, search engines, or specific vendor catalogs to find detailed information related to the code.
4. Consultation: Contact customer service or technical support for the relevant company to gain more insights into what this specific product or model number represents.
Understanding the context is crucial for identifying and explaining the significance of a model number like "8N3DV85BC-0146CDI8."

The 8N3DV85BC-0146CDI8 is an oscillator IC manufactured by Renesas Electronics, designed for precise clock generation. It typically comes in a compact package with a pin count of 6. The primary function of this device is to provide a stable clock signal for embedded systems, electronic devices, and communication systems. Key features often include low phase noise, low jitter, and programmable output frequencies. These characteristics make it suitable for applications requiring precise timing and synchronization. For specific pin functions and configurations, referring to the datasheet provided by the manufacturer is recommended, as it will contain detailed information about pin assignments and electrical specifications.

The 8N3DV85BC-0146CDI8 is a specific type of oscillator module commonly used in electronic applications. Its primary application areas include telecommunications, where it provides precise frequency references for data transmission and reception; consumer electronics, ensuring stable operation of devices like smartphones and tablets; computing, aiding in clock generation for processors and memory modules; and industrial automation, where it helps synchronize control systems. Additionally, it finds usage in automotive electronics for in-vehicle networking and control systems, as well as in healthcare equipment, providing reliable timing references for medical devices. Its versatility in maintaining accurate timing and frequency stability makes it essential across various high-tech and precision-demanding industries.