Sensors, Hydrophones, Transducers and Optical Systems Sample Clauses

Sensors, Hydrophones, Transducers and Optical Systems. This Functional Area includes development of prototype sensors, hydrophones, transducers and optical systems to reduce size, weight, cooling and required power, increase bandwidth, improve frequency response, improve accuracy, improve manufacturability, increase reliability and reduce cost. Optical systems include various class lasers, optical sensors, photodetectors, high-speed cameras, pointing, tracking and beam steering sub systems, fiber optics, mirrors and lenses. Prototypes may include associated electronics, processing, displays and controls to demonstrate improvements, support testing and facilitate systems integration.
Sample 1
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Sensors, Hydrophones, Transducers and Optical Systems. The Offeror shall describe a concept for a compact transducer set (hydrophone/projector pair) intended for mounting within a submerged body with severe limits on space, weight and available electrical power. The compact transducer set shall fit within a cylindrical envelope of nine (9) inches height by six (6) inches diameter. The hydrophone is intended to be operated continuously while the projector will operate with a duty cycle less than 3%. The receive and transmit spatial response shall be nearly constant (within 1.5 dB) in all azimuthal directions, and also nearly constant (within 3 dB) in vertical directions between +/- 45 degrees about the horizontal axis at a frequency of 2500 Hz. The projector shall be capable of transmitting pulses with a 400 Hz bandwidth centered at frequencies of 1500, 2500, and 3500 and 4500 Hz. The transmit voltage response at 2500 Hz shall be at least 130 dB re □Pa/V @ 1m. The receive sensitivity of the hydrophone shall be equal or better than -185 dB re 1V/□PA. The transducer set shall operate at depths up to 1,000 meters (Threshold), with a desired operational depth of up to 2000 meters (Objective). The transducer set shall remain operational after being exposed to sea water for up to 12 months continuously. The product for this task is intended to be a self-contained transducer module set, but not necessarily include all the mechanical components normally associated with mounting within the submerged body nor the electrical components associated with amplification, signal acquisition, or signal control. Describe the steps required for Conceptual Design (SOW 4.1), Prototype Design, Fabrication, Integration and Test (SOW 4.2), Ship Alteration and Prototype Installation (SOW 4.3), Test and Evaluation (SOW 4.4), and Transition to Production (SOW 4.5).
Sample 1

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