RF KitsFM exciter integration: inputs, drive and parts
Map your audio input, RF drive limits, supply and missing parts before integrating an FM exciter board.
Read the guide →Practical radio projects
From separate boards to a tested system.
Plan RF board projects with connection worksheets and bench checklists for FM exciters, stereo encoders, studio links and amplifier pallets.
Use these guides to document connections, identify missing parts and prepare bench checks. Keep a project record you can use with your chosen equipment supplier. PCS Electronics provides the guides and sells related equipment; current prices, stock and model specifications remain in the PCS shop.
Find your starting pointPractical explanations from PCS Electronics.
Every board has a job.
Encode the audio→Generate RF→Amplify and filter
An exciter with built-in encoding can combine the first two stages. A studio link is a separate connection between locations. Choose the chain around the equipment you actually need.
Three useful places to start.
Stereo encoder and STL interface planning
Document signal formats, levels and connectors at both ends of your stereo encoder or studio-to-transmitter link.
Read the guide →RF amplifier pallet commissioning checklist
Prepare a commissioning record for RF drive, DC supply, cooling, output filtering and protection before testing an amplifier pallet.
Read the guide →Which route fits your project?
Choose a starting point. We’ll point you to the guide that helps with the next decision.
Begin with the audio input and the job of the exciter. Choose an exciter →
Let’s check your setup.
Send the modules you are considering, operating frequency, output power and the supply and cooling you plan to use.
Email [email protected] →Advice, product prices and orders are handled by PCS Electronics.
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