The 2.5 kW solid state AM transmitter from Broadcast Electronics is based on the original AM 2.5, but has been improved to deliver many more hours of trouble-free operation. To increase the life of the power transistors, the AM 2.5E operates at a lower temperature above ambient than its predecessors. The AM 2.5E solid state AM transmitter represents just one of the many solutions available from Broadcast Electronics.
Key Features
• Exclusive, patented class E power modules achieve unequaled power economy and operating efficiencies
• Operates at five user-defined power levels, low enough to handle any nighttime power requirement
• Performs at the highest audio quality — even at the station’s lowest output power
• Multiple front panel plug-in power amplifiers
• Low-noise super cooling system extends transistor life up to eight times
• Built-in output network eliminates the need for external impedance matching
• Under/over voltage protection
• Power factor correction
• Meets CE Electro-Magnetic Compatibility (EMC) and Low Voltage Directives (LVD)
5 kW AM Transmitter
The 5 kW solid state AM transmitter from Broadcast Electronics is based on the original AM 5, but has been improved to deliver many more hours of trouble-free operation. To increase the life of the power transistors, the AM 5E operates at a lower temperature above ambient than its predecessors. The AM 5E solid state AM transmitter represents just one of the many solutions available from Broadcast Electronics.
Key Features
• Exclusive, patented class E power modules achieve unequaled power economy and operating efficiencies
• Operates at five user-defined power levels, low enough to handle any nighttime power requirement
• Performs at the highest audio quality — even at the station’s lowest output power
• Multiple front panel plug-in power amplifiers
• Unique redundant power supply design enhances transmitter reliability
• Low-noise super cooling system extends transistor life up to eight times
• Built-in output network eliminates the need for external impedance matching
• Under/over voltage protection
• Power factor correction
• Meets CE Electro-Magnetic Compatibility (EMC) and Low Voltage Directives (LVD)