Overview of CLA4605-085LF by Skyworks Solutions Inc.
The CLA4605-085LF by Skyworks Solutions Inc. is a high-performance PIN Diode designed for demanding RF and high-frequency applications. It operates with a breakdown voltage (V(BR)) of 30V in a silicon-based structure. The package is a green, ultra-miniature, 3QFN (2 x 2 mm), emphasizing its suitability for space-constrained designs. With an RF operation capable of handling up to 60V and power dissipation of 1W, this PIN Diode is tailored for tasks requiring high efficiency and reliability.
This component is characterized by its low diode capacitance (max 0.045 pF), ensuring minimal signal distortion, and a diode forward resistance of up to 2 Ω, enabling efficient signal processing. It supports a wide operating temperature range from -40°C to +150°C, making it suitable for various challenging environments. The CLA4605-085LF boasts high frequency to C band performance, with a minority carrier lifetime nominal of 0.007 µs and a threshold level of +12 dBm, aligning it for use in advanced RF systems. It is RoHS compliant, REACH compliant, and classified under ECCN code “EAR99” and HTS code “8541.10.00.80,” reflecting its global applicability in numerous industries.
Industry Applications for CLA4605-085LF
The robust characteristics and design flexibility of the CLA4605-085LF allow it to serve various industry applications effectively. Although its potential applicability spans a wide array of industries, it’s crucial for engineering and design teams to perform comprehensive analysis and verification to ensure adherence to industry standards and specific application requirements. Some possible applications include:
- Energy and Power Systems: The device could potentially be utilized in RF energy harvesting circuits or in power regulation systems within renewable energy sources, where efficient power management and minimal signal loss are critical.
- Transportation and Logistics: In communication systems within transportation infrastructure, including RF identification (RFID) for tracking and logistics, this PIN Diode might serve as a key component for ensuring reliable signal processing.
- Renewable Energy: Devices like the CLA4605-085LF could find applications in solar inverters or wind turbine control units, where efficient power conversion and signal conditioning are necessary for maximum energy capture and conversion.
Note: The potential industry applications mentioned are conceptual/illustrative and require detailed analysis and verification by engineering and procurement teams to ensure compatibility and adherence to specific requirements.
About Skyworks Solutions Inc.
Skyworks Solutions Inc. is a leading player in the development and manufacturing of semiconductors for RF and mobile communications systems, including a wide range of diodes, particularly PIN Diodes. The CLA4605-085LF exemplifies Skyworks’ commitment to delivering cutting-edge technology for high-frequency and RF applications. Skyworks is well-regarded for its innovative solutions in signal reception and transmission, providing components that are integral to various consumer, automotive, and industrial applications. Their product lineup extends beyond PIN Diodes to include switch and attenuator diodes, showcasing the company’s versatility and depth in catering to the evolving demands of the electronics industry.
Where to Find CLA4605-085LF by Skyworks Solutions Inc
To procure the CLA4605-085LF PIN Diode or explore similar components from Skyworks Solutions Inc. and other leading manufacturers, it’s recommended to use findchips.com. This platform offers the most up-to-date information on stock levels, pricing, and availability from a range of distributors. Historically, the part has been available from distributors such as Richardson RFPD, Mouser Electronics, and DigiKey. However, to ensure you get the most current data, heading to findchips.com to compare availability and pricing is advised. The site also provides access to a broad spectrum of other PIN Diodes, allowing you to research alternate parts that might fit your specific requirements better.