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AMC903

Triple Sine Wave Local Oscillator (LO) with attenuation control

  • Triple OCXO Sine Wave output channels
  • Programmable attenuator and amplifier per channel
  • Filtered and amplified output
  • Attenuation configuration via Port 0 (GbE) or front panel serial port
  • Single-module mid-size (option for full-size)

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The AMC903 outputs three sine wave clocks via SSMC connectors. The analog signals are attenuated, amplified, filtered and amplified again before being output via SSMC connectors. The attenuation is dynamic and user configurable by an on-board management processor, which is accessed through the backplane port 0 (GbE) or front panel RS-232 interface.

The Modules utilize Ultra Low Phase Noise OCXO with a noise floor as low as ‑178dBc/Hz. The module is designed for applications that demand extremely low noise sources, including the reference oscillator for phase-locked loop in microwave spectrum.

VadaTech can provide the LO with customer specific frequencies. The default configuration is 60.000000 MHz, 64.000000 MHz and 312.000000 MHz. Typical maximum output power is about 22 dBm per clock output.

Key Features
  • Triple OCXO Sine Wave output channels
  • Programmable attenuator and amplifier per channel
  • Filtered and amplified output
  • Attenuation configuration via Port 0 (GbE) or front panel serial port
  • Single-module mid-size (option for full-size)
Benefits
  • Programmable gain/attenuation provides signal conditioning such as may be needed for ADC/DAC clocks
  • Design utilizes proven VadaTech subcomponents and engineering techniques
  • Electrical, mechanical, software, and system-level expertise in house
  • Full system supply from industry leader
  • AS9100 and ISO9001 certified company
Specifications
Specifications

Block diagram

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