MACOM® MAAM-011258-TR1000

MACOM® MAAM-011258-TR1000 Environmental and export classification status description

The Macom® MAAM-011258-TR1000 is a GaAs MMIC low noise amplifier with bypass mode. It operates in the frequency range of 6 to 20 GHz and is designed for high-performance RF and wireless communication applications. Functions: 1. Low noise amplification. 2. Bypass mode for signal routing flexibility. 3. Designed for high-frequency range operations. Applications: 1. Radar systems. 2. Satellite communication systems. 3. Point-to-point communication systems. 4. Electronic warfare systems. 5. Test and measurement equipment for RF and wireless applications. Alternative Components: 1. Qorvo QPA9124. 2. Analog Devices HMC1079. 3. Skyworks SKY67151. Embedded Modules: 1. Avnet MAAM-011258-TR1000 Evaluation Board. 2. Mini-Circuits MINK-LA-011258. Related Q&A: 1. What are the key specifications of the Macom MAAM-011258-TR1000? The key specifications include frequency range, gain, noise figure, input/output return losses, and power supply requirements. 2. How does the bypass mode functionality benefit RF system design? The bypass mode allows for signal routing flexibility, enabling seamless integration into complex RF systems and providing options for signal processing and control. 3. What are the typical noise figure and gain values of the MAAM-011258-TR1000? The MAAM-011258-TR1000 offers low noise figure and high gain values suitable for sensitive RF and wireless receiver applications. 4. Can the MAAM-011258-TR1000 be used in phased array antenna systems? Yes, the MAAM-011258-TR1000's frequency range and performance make it suitable for applications like phased array antenna systems where high-frequency operation and low noise figure are essential. 5. Are there any reference designs or application notes available for integrating the MAAM-011258-TR1000 into RF systems? Macom may provide reference designs and application notes to assist engineers in integrating the MAAM-011258-TR1000 into their RF system designs effectively. These resources can help optimize performance and streamline the design process.