CCA is a USA manufacturer of tube transmitters for FM, AM and Shortwave broadcast. Celebrating our 38th year of faithful service to the broadcast industry CCA continues to provide the highest quality transmitters available anywhere. Our philosophy is simple. Make rugged, well constructed transmitters which are easy to operate, easy to access, and uncomplicated to service.
Long life and durability have become our trademarks. Our time tested ‘Battleship’ construction has proven reliable in the most inhospitable high humidity and lightning prone broadcast environments. The modular construction was engineered for most of the sub-assemblies allowing easy nonrestrictive repair with a minimum manpower and a substantial reduction in downtime.
CCA is dedicated to outstanding sales, service and production. We will continue to faithfully serve the international broadcast community while providing the highest level of ethics and integrity. We are … simply the best.
Commercial Communication Associates / CCA pioneered the Grounded Grid Design for FM Broadcasting. This design eliminates the need for Grid Bias and Screen Voltage power supplies. Neutralization is not required. Conventional power supplies, relay controls, and Grounded Grid circuitry make our FM transmitters very immune to the hazards of a typical transmitter environment.
Commercial
Communication Associates / CCA
AM and SW transmitters have the best record for reliability in the broadcast
industry. Our transmitters perform better and longer than others due to the simple,
easy to understand design, and the dependability of Plate Modulation, which has
a very pleasing sound and does not have the problems associated with higher voltage
techniques.
Conventional relays are still the most reliable way to control
power equipment in the typical broadcast environment. Vacuum tubes are still more
cost effective for operating in severe worldwide conditions. With a conventional
conservatively rated power supply, relay control and dependable plate modulation,
our AM / SW transmitters
are more immune to the hazards of the broadcast environment
