PCS CYBERMAX AM+ SE 2000W AM Transmitter

PCS CYBERMAX AM SE 2000W provides high-power MW or SW AM transmission with DSP audio processing, DDS tuning and PWM-based solid-state design.

Product overview

The PCS CYBERMAX AM+ SE 2000W AM Transmitter is a high-power solid-state transmitter designed for medium-wave and shortwave broadcasting where greater carrier capability is required. PCS lists the CYBERMAX AM+ SE range as a 1000W to 2000W peak AM transmitter platform for MW or SW use, built around DSP audio processing, a PWM modulator and DDS frequency generation. The platform is designed for modern AM service with a compact rack format, broad frequency support and practical remote-control options. It fits naturally into AM transmitters deployments and complements the wider PCS Electronics product line.

Key features

  • 2000W-class peak AM transmitter for MW or selected SW applications
  • DSP audio chain with compressor, limiter, low-pass filter, treble and bass control
  • DDS frequency generation with 1 kHz tuning steps
  • PWM-based solid-state AM design for efficient transmission
  • Approx. 125% positive modulation capability
  • XLR, RCA and USB audio input support
  • 50 ohm RF output architecture for standard installations
  • Compact 2U rack-style platform for professional and specialist AM sites

Connectivity and I/O

The transmitter accepts mono or stereo audio input, with transmission in mono, and PCS specifies XLR, RCA and USB audio connectors on this AM platform. RF output is designed for 50 ohm systems, and the MW version is specified for 530–2000 kHz while SW versions cover selected shortwave ranges depending on the ordered configuration. PCS also notes remote-control capability through its control interface for AM platform management.

In operation

In daily use, the PCS CYBERMAX AM SE 2000W is intended for operators who need more output headroom than lower-power AM models while keeping a compact solid-state design. The DSP audio controls and DDS-based tuning support easier setup and adjustment than many legacy AM systems, especially where frequency planning or audio tailoring is important. It is suited to specialist, educational, community and experimental MW or SW services needing a higher-power AM platform.