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CMD303C3-EVB
Disclaimer: The image displayed serves as a mere illustration and does not provide precise specifications. For accurate details, We recommend referring to the official product data sheet.
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100% new and original products
Hassle-free returns
Fast & responsive customer support
Guaranteed worldwide delivery in 3 weeks**
Quality assurance
Product Details
| Description | No information |
|---|---|
| Detailed Description | No information |
Product Attributes
| Product Attribute | Attribute Value |
| Manufacturer: | Qorvo |
| Product Category: | RF Development Tools |
| Product: | Evaluation Boards |
| Type: | RF Mixers |
| Tool Is For Evaluation Of: | CMD303C3 |
| Frequency: | 13 GHz to 21 GHz |
| Operating Supply Voltage: | 2 V to 5 V |
| Minimum Operating Temperature: | – 40 C |
| Maximum Operating Temperature: | + 85 C |
| Brand: | Qorvo |
| Product Type: | RF Development Tools |
| Factory Pack Quantity: | 1 |
| Subcategory: | Development Tools |
| Part # Aliases: | CMD303 |
Product Information
The CMD303C3-EVB is a versatile and high-performance evaluation board designed for testing and prototyping purposes. It features advanced technical specifications, including a powerful microcontroller, multiple connectivity options, and various input/output interfaces. This part no. ensures seamless integration and compatibility with a wide range of applications, making it an ideal choice for electronics enthusiasts and professionals alike.
Additional Info
Product Compliance
USHTS:8542390001
ECCN:EAR99
More Information
Qorvo CMD303C3-EVB Evaluation Board
CMD303C3-EVB Evaluation Board
Qorvo CMD303C3-EVB Evaluation Board is intended to assess CMD303C3 RF sub-symphonious x2 blenders. This CMD303C3 RF blender with a coordinated Local-Oscillator (LO) intensifier can be utilized as an upconverter or downconverter. The CMD303C3-EVB circuit board is produced for an enhanced gathering at Custom Monolithic Microwave Integrated Circuit (MMIC). An adequate number of by means of openings ought to be utilized to associate the top and base ground planes. As the surface mount processes fluctuate, cautious interaction advancement is suggested.
