Overview of SKY16601-555LF by Skyworks Solutions Inc.
The SKY16601-555LF is an RF limiter designed by Skyworks Solutions Inc. This device is tailored specifically for systems that require input power protection. It operates within a frequency range from 500 MHz to 6000 MHz, which covers a significant portion of the RF spectrum, particularly useful in both commercial and industrial applications. With a maximum input power of 43.61 dBm for continuous wave (CW) operations, and a peak pulse power capability of 53.62 dBm, the SKY16601-555LF stands out for its robustness in handling high-power signals without degradation of its limiting properties.
The component has a fixed characteristic impedance of 50 Ω and showcases an impressive maximum Voltage Standing Wave Ratio (VSWR) of 1.09, indicating low signal reflection which is critical for maintaining signal integrity in RF systems. Geared for durability and reliability, it operates between -40 °C to 85 °C, making it suitable for a wide range of environmental conditions. Furthermore, it is constructed as a component, adhering to strict compliance codes such as RoHS and REACH, and classified under the ECCN code ‘EAR99’ for easier global trade. Though classified as obsolete in its lifecycle, the device’s specifications still make it a practical choice for certain applications requiring strict power handling capabilities within the RF domain.
Industry Applications for SKY16601-555LF
The SKY16601-555LF could be applicable in a variety of industry environments due to its broad operating frequency and high power tolerances. Here are some potential industry applications, keeping in mind that all suggestions are conceptual and should be verified by respective engineering and design teams:
- Telecommunications: The device could potentially be used in components like amplifiers and transceivers to protect against power surges, maintaining signal integrity across cellular base stations and network infrastructure.
- Aerospace and Defense: Due to its high-frequency capabilities and robustness, it is suitable for radar and communication systems in aerospace applications where strict component reliability under varying temperatures and conditions is required.
- Consumer Electronics: In devices such as satellite communications systems and RF transceivers, where maintaining signal fidelity is crucial, the SKY16601-555LF could possibly be utilized to prevent signal overload that might degrade performance.
- Computing and Data Storage: Servers and data centers that require RF communication links could potentially integrate these limiters to protect sensitive RF components from unexpected high-power signals, thereby ensuring system reliability and continuous operation.
Note: These potential industry applications require analysis and verification by engineering and design teams for adherence to industry standards and specific application requirements.
About Skyworks Solutions Inc.
Skyworks Solutions Inc. is a predominant player in the development and manufacturing of high-performance analog semiconductors. Their expertise particularly shines in the RF/Microwave Limiters market, where they produce a variety of components that address the increasing demand for advanced RF solutions across various applications. Skyworks’ broad product portfolio includes a range of RF components such as SKY16601-555LF, amongst other limiters, which are designed to provide superior performance in protecting against high power levels while maintaining signal integrity in complex RF systems.
Where to Find SKY16601-555LF by Skyworks Solutions Inc
To find the SKY16601-555LF, potential buyers should utilize resources like findchips.com. At FindChips, not only can you compare availability and price from multiple distributors, but also browse through alternative RF/Microwave Limiters offered by Skyworks and other manufacturers. Historically, distributors such as Win Source Electronics, ES Components, Chip1Stop, and Richardson RFPD have stocked this part, although current stock levels and pricing should be checked directly through FindChips.