MACOM® SM4T17

MACOM® SM4T17 Environmental and export classification status description

The Macom® SM4T17 is a diode-based transient voltage suppressor component used in RF and Wireless applications to protect sensitive components from voltage spikes or transients. Functions: - Protects sensitive components from voltage spikes or transients in RF and Wireless circuits. - Ensures reliable operation by diverting excessive voltage away from sensitive components. Applications: - RF transmitter and receiver protection - Wireless communication systems - Radar systems - Satellite communication systems Alternative Components: - STMicroelectronics ESD Suppressors - Littelfuse TVS Diodes - Nexperia Diodes Embedded Modules: - Integrated into RF front-end modules - Embedded in RF transceivers - Included in wireless communication modules Related Q&A: 1. What is the maximum clamping voltage of the Macom SM4T17? The Macom SM4T17 has a clamping voltage typically below 30V, ensuring that the protected components are not exposed to harmful voltage levels. 2. How does the Macom SM4T17 compare to other TVS diodes in terms of response time? The Macom SM4T17 offers a fast response time, typically responding to voltage spikes in nanoseconds, providing quick protection to the connected components. 3. What are the recommended operating conditions for the Macom SM4T17 in RF applications? The Macom SM4T17 is typically operated within a specified temperature range and voltage limits, making it suitable for various RF and Wireless applications. 4. Can the Macom SM4T17 be used in conjunction with other surge protection devices for enhanced protection? Yes, the Macom SM4T17 can be combined with other surge protection devices to create a comprehensive protection scheme for RF and Wireless systems. 5. Are there any design considerations to keep in mind when incorporating the Macom SM4T17 into a PCB layout? It's important to place the Macom SM4T17 close to the sensitive components it is protecting and ensure proper routing of the signal lines to maximize its effectiveness in protecting against voltage transients.