MACOM® MAALSS0042TR-3000

MACOM® MAALSS0042TR-3000 Environmental and export classification status description

The Macom®MAALSS0042TR-3000 is a silicon PIN limiter diode that functions as an RF and microwave protection component. This device is designed to protect sensitive RF and microwave components from excessive power levels by limiting the voltage across the diode. Functions: - RF and microwave signal protection - Limiter diode operation to limit input power levels - Wide frequency range performance Applications: - Radar systems - Satellite communications - Radio frequency (RF) transceivers - Wireless communication systems - Test and measurement equipment Alternative Components: - Skyworks SMP1331-087LF PIN limiter diode - Avago HSMP-3864 PIN limiter diode - Infineon Technologies BAP64-05 PIN limiter diode Embedded Modules: The Macom®MAALSS0042TR-3000 can be integrated into various RF and microwave modules, such as: - Power amplifiers - Front-end modules for wireless communication systems - Radar receiver modules Related Q&A: 1. Q: What is the typical insertion loss of the Macom®MAALSS0042TR-3000 limiter diode? A: The typical insertion loss is around 0.5 dB at lower frequencies and may increase slightly at higher frequencies. 2. Q: Can the Macom®MAALSS0042TR-3000 handle pulsed RF signals? A: Yes, this limiter diode is suitable for handling both continuous wave (CW) and pulsed RF signals. 3. Q: What is the maximum power handling capability of the Macom®MAALSS0042TR-3000 diode? A: The diode can typically handle input power levels up to 25 dBm without being damaged. 4. Q: Does the Macom®MAALSS0042TR-3000 offer ESD protection? A: While this diode does not provide specific electrostatic discharge (ESD) protection features, it can help protect downstream RF components from high-power incidents. 5. Q: How does the Macom®MAALSS0042TR-3000 diode compare to other similar devices in terms of reverse recovery time? A: The Macom®MAALSS0042TR-3000 offers fast reverse recovery times, making it ideal for high-frequency applications requiring rapid response times to limit power levels.