A -- COMPACT HIGH VOLTAGE TECHNOLOGY

Notice Date

October 4, 2000

Contracting Office

Naval Research Laboratory, Code 3220, 4555 Overlook Ave. S.W., Washington, D.C. 20375-5326

ZIP Code

20375-5326

Solicitation Number

N/A

Point of Contact

Dr. Preston Grounds (202) 404-3714

E-Mail Address

Click here to request technical information (peterkinfe@nswc.navy.mil)

Description

SYSTEM INFORMATION: Sources are sought in any of the following three areas: (1) Compact capacitor components capable of operating up to 100 kVdc or higher. Capacitance values for individual components must be above 1 nanofarad at rated operating voltage. Capacitors must have standard methods of attachment as part of the design (e.g. solderable surfaces or mounting hardware). (2) Compact Marx Bank style pulsed high voltage generators (or similar technology). Generator must be of a scalable design; capable of generating pulsed voltages up to and possibly exceeding 1 MV and should be physically robust and capable of operating at pulse repetition frequency from single-shot to 50 Hz. Output impedance of the generator should be less than 500 ohms and should have an erected capacitance of at least 100 pF. If the generator requires the use of pressurized gases or liquids, the offered design must include the pressure containment vessel. (3) Compact high voltage/high average-power modulator systems. These power supplies will have several unique characteristics. They should be constant current output capable of charging to at least 50 kV in either positive or negative polarity, with average power output of 20 to 60 kW. Responding designs do not have to include a prime power source, but the modulator must be capable of being powered from a DC source of between 300 and 700 Vdc. The operating parameters of the power supply do not have to span that range, but must lie within the specified limit. If necessary, secondary prime power for control circuits should be at levels suitable for battery operation. No AC prime power is allowed. The load requirement for this supply is that it be operated in a short-term burst mode of 10 seconds maximum, so thermal management issues should be addressed accordingly. RESPONSE INFORMATION: This is not an RFP and no contract will be awarded solely on the basis of the response hereto, or on follow-up information subsequently sought. No reimbursement for any costs associated with providing this information will be made. Respondents must provide their name, address, and a point-of-contact with phone and fax numbers. Respondents must also provide a description of their proposed product, including the general configuration, the overall dimensions, and the operating parameters. All applicable patents (issued and pending) must be identified. Clearly identify all proprietary and cost information that is not to be published or disseminated. Respondents are further requested to indicate their status as a foreign-owned/foreign-controlled firm. Foreign firms should be aware that restrictions might apply which could preclude their participation in a possible acquisition. Responses to this sources sought synopsis must include specific information related to capabilities in the above areas that indicate the organization's background, understanding of and previous experience in the development of high voltage technology, and a facilities description. Responses must include the identity and resume of key personnel. Organizational brochures and letters of interest are not acceptable. Mail three (3) copies of each response to: Naval Research Laboratory, 4555 Overlook Avenue, S. W., Washington, D. C. 20375, Attention: Dr. Preston Grounds. Responses are due by 1400 EDT 30 November 2000. All technical questions should be directed to Dr. Frank Peterkin, (540) 653-2623, peterkinfe@nswc.navy.mil.

Record

Loren Data Corp. 20001006/ASOL012.HTM (W-278 SN5035J6)