Amplifiers - VHF Pallet Amplifiers
High-Gain Reliability for Professional VHF Infrastructure. Elevate your signal transmission with our industry-leading VHF Pallet Amplifiers. Engineered for maximum reliability and exceptional linear performance, these pallets are the primary choice for mission-critical VHF broadcast, private radio networks, and communication systems.
Our VHF pallets are designed to meet the rigorous demands of 24/7 operations, offering superior thermal management and stable gain across the entire VHF spectrum. Whether you are integrating these into a larger transmitter or using them for high-power signal distribution, they ensure that even your most distant receivers capture a signal with crystalline clarity and minimal degradation.
VHF Pallet Amplifiers
| HD P/N | Frequency (MHz) | Output Power P1dB (Watts) | Class of Operation | Gain (dB) | Size (inches) | Size (mm) | |
| HD30838 | 54-88 | 25 | A | 43 | 2.00＂W x 5.70＂L x 1.10＂H | 50.80 mm x 144.78 mm x 30.48 mm | Download |
| HD30712 | 170-230 | 47 | 50.80 mm x 144.78 mm x 27.94 mm | Download | |||
| HD30711 | 50 | A/AB | 50 | 2.00＂W x 5.70＂L x 1.20＂H | 50.80 mm x 144.78 mm x 1.10 mm | Download |
Related products
- Read more
- Read more
- Read more
- Read more
Custom Engineering for VHF Infrastructure
Modifications & Mission-Critical Packaging
Modifications & High-Power Performance:
RF Components specializes in custom VHF Pallet Amplifier engineering designed to meet the most demanding radio communication and broadcast requirements. With decades of RF experience, we deliver reliable, high-efficiency power solutions tailored to your exact transmitter operating environment.
Extreme Temperature Management:
We design VHF pallets for extreme operating conditions, including high-temperature tower sites and compact, uncooled enclosures. Our thermal management solutions ensure stable gain and long-term reliability where generic designs fail.
Form Factor & Integration:
Our custom solutions include optimized footprint designs for seamless integration into existing rack-mount systems or transmitter chassis. Designs are engineered to meet tight spatial constraints (SWaP) without compromising electrical or thermal performance.
Choosing the Right VHF Pallet Amplifier
When selecting a VHF Pallet Amplifier for your system, the primary metric is Power Added Efficiency (PAE) and Thermal Stability. Since these units often drive high-power broadcast or communication transmitters, ensuring the pallet can handle continuous 24/7 operation without significant heat-related gain drop is critical for network reliability.
Other critical factors include:
Gain Flatness: Ensures consistent amplification across the target VHF frequency range, preventing signal distortion at the band edges.
Linearity (OIP3): Essential for maintaining signal purity and preventing intermodulation products that can bleed into adjacent channels.
VSWR Tolerance: High-power pallets must be able to withstand potential signal reflections from antennas or cables to prevent catastrophic component failure.
Harmonic Suppression: Critical for meeting regulatory standards (like FCC or ETSI) by ensuring the amplifier does not broadcast unwanted noise outside your assigned frequency.
Explore Related VHF RF Amplifier Products
How does efficiency impact VHF transmitter longevity?
Higher efficiency pallets reduce wasted energy as heat, which is the primary cause of component failure in VHF transmitters. Our VHF pallets are optimized for maximum Power Added Efficiency (PAE) to lower operating costs and extend the lifespan of your broadcasting or communication equipment.
Can these VHF pallets be used for digital (DAB) or analog signals?
Yes. Our VHF pallet amplifiers are designed with high linearity to support both traditional analog FM/VHF signals and modern digital standards such as DAB/DAB+. This flexibility ensures your infrastructure remains future-proof as broadcast standards evolve.
What is the difference between Noise Figure and Noise Temperature?
While less critical for high-power VHF transmission than for receiving systems, Noise Figure (NF) is expressed in dB and represents the degradation of the signal-to-noise ratio. Noise Temperature (Te) is expressed in Kelvins and is often used in high-sensitivity satellite links. They are related by the formula: $NF = 10 \log_{10}(1 + Te / 290).
What Our Customers Say
“RFComp’s VHF pallets have been a game-changer for our rural broadcast network. The stability and gain consistency across the entire band allowed us to expand our coverage without the typical thermal issues we faced with previous vendors.”
Lead RF Architect
Global Aerospace Prime
“The build quality of these VHF amplifier pallets is exceptional. We’ve integrated them into our municipal emergency response transmitters, and their reliability under 24/7 heavy-duty cycles has been flawless.”
Senior Test Engineer
Semiconductor Testing Services
“We rely on RFComp for our urgent infrastructure upgrades. Having high-performance VHF pallets arrive exactly when needed for our regional rollout was critical for meeting our deployment deadlines.”
Director of Operations
Telecommunications Infrastructure Co.
Experience the RFComp Difference
Whether you need a single VHF pallet for a transmitter repair or 10,000 units for a regional network rollout, we are ready to support your project. Our New York-based engineering team specializes in scaling high-power RF solutions that meet the exact thermal and efficiency demands of your professional broadcast or radio production schedule.
GET A FAST QUOTE
Fill out the form below, and our New York-based engineering team will be in touch shortly with a competitive price and technical consultation.
