Overview of TGP2105-SM by Qorvo
The TGP2105-SM is a coaxial mechanical phase shifter designed to operate within a frequency range of 6 GHz to 18 GHz, making it suitable for various RF and microwave applications. It features a 6-bit digital phase shifter with a least significant bit (LSB) of 5.625 degrees, which allows for fine-tuning of the phase output, providing a maximum phase shift of 360 degrees. The part is characterized by a high input power handling capability, with a maximum continuous wave (CW) input power rating of 30 dBm, enhancing its utility in demanding environments.
This part is manufactured by Qorvo, a prominent player in the RF and microwave component industry. The TGP2105-SM’s design supports a variety of applications, mainly focusing on scenarios requiring precision phase shifting in radio frequency communications. The part is also compliant with RoHS and REACH regulations, demonstrating a commitment to environmental safety and sustainability. The component is available in a surface-mount technology (SMT) package, specifically an LCC32 package with a ceramic body material, ensuring durability and ease of integration into compact circuit designs.
Industry Applications for TGP2105-SM
The TGP2105-SM could potentially find applications across several industry sectors, including:
- Telecommunications: The TGP2105-SM might be utilized in telecommunications systems to manage signal phase, which is crucial for optimizing antenna performance and ensuring effective signal transmission in cellular networks or satellite communications.
- Aerospace and Defense: The attributes of this phase shifter could support radar and electronic warfare systems, where precise phase control is essential for signal manipulation and direction-finding capabilities.
- Smart Cities: Integration into smart city systems could be possible, particularly in applications such as wireless sensor networks or communication systems for managing urban infrastructure, where robust and reliable RF communication is a necessity.
- Industrial Automation: The part might be used in automated systems to control RF signals for remote sensing or monitoring applications, allowing for enhanced data acquisition and operational efficiency.
- Automotive: If the part complies with relevant automotive standards, it could potentially be employed in advanced driver-assistance systems (ADAS) that require radar technologies for lane-keeping and collision avoidance functionalities.
It is important to note that these potential industry applications are only conceptual and illustrative. Verification by engineering and design teams for adherence to industry standards and specific application requirements is essential. Similar RF/Microwave phase shifters might also serve in these applications, allowing for flexibility in component selection based on specific design criteria.
About Qorvo
Qorvo has established itself as a significant manufacturer in the field of RF and microwave components, producing a broad array of products that support various applications from wireless communications to advanced radar systems. The company specializes in providing solutions that enhance connectivity and signal integrity, which is critical in today’s increasingly complex electronic landscapes. The TGP2105-SM exemplifies their commitment to delivering high-performance components suitable for demanding environments.
In addition to the TGP2105-SM, Qorvo also manufactures similar RF/Microwave phase shifters that feature varying specifications tailored for different applications. Their extensive catalog includes various technologies, including GaAs and other semiconductor materials, ensuring that engineers have access to the right components for their specific needs.
Where to Find TGP2105-SM by Qorvo
Compare pricing for TGP2105-SM and other RF/Microwave Phase Shifters / RF and Microwave at findchips.com
By utilizing findchips.com, engineers and procurement teams can easily compare choices for TGP2105-SM and other RF/Microwave Phase Shifters, ensuring informed decisions based on current stock and pricing dynamics.