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R5,R6,R10 10 k ohm, / w, 4 5% resistor R7,R8,R9,R12,R21 33 k ohm, 14w, 5% resistor / R11,R16 1 k ohm, / w, 4 5% resistor R13,R20 22 k ohm, 14w, / 5% resistor R14,R15,R18,R19 47 k ohm, 14w, 5% resistor / R17 50 k ohm pot R22 22k ohm, 14w, / 5% resistor C1,C2,C3,C4,C5,C6 1 F, 35 volt disk capacitor C11,C12,C13,C14 1 F, 35 volt disk capacitor C8,C9 1 F tantalum, 35 volt electrolytic capacitor C10 01 F, 35 volt disk capacitor C7 D1 05 F, 35 volt disk capacitor Zener diode LTC1063 IC

Misc PC board, chassis, wire, hardware, power cord, etc ULF Receiver Power Supply C1,C4 2200 F, 35 volt electrolytic capacitor C2,C5 33 F, 35 volt ceramic capacitor C3,C6 1 F, 35 volt ceramic capacitor U1 LM7805 - fixed positive voltage regulator LM7905 - fixed negative voltage regulator

Estimators and Senior Contracting, California Estimators who are experienced in mid-rise and high-rise buildings are needed to develop conceptual designs, form costs, prepare rm xed-price bids, and perform material scheduling and planning for precast wall systems You will meet with architects, owners, and general contractors, so your experience with precast concrete and a civil engineering degree with ten to twenty years experience is most helpful

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If you are interested in monitoring the ultra-low frequency spectrum from 001 Hz to 30 Hz, the ULF receiver will allow you to do some serious research into earthquake monitor and Earth field studies This project is intended for curious individuals who want to participate in the research and experimentation of the study of extremely low frequency signals which travel through the interior of our Earth This project will allow you to construct a ULF receive station to be used to collect data for later analysis and compare it with others who belong to the ELFRAD group and those researchers involved with the Public Seismic Network The ELFRAD low frequency group coordinates a research group which studies the low frequency spectrum and reports to one another the research that individual members do and makes available the information for comparison through their central website In order to achieve their goal, it is necessary to have most of the equipment and construction parameters standardized as much as possible, so the ELFRAD Group will furnish software and support A complete standardized ELFRAD monitoring station consists of a ULF receiver, an antenna array, and interface card and a personal computer, and in this project we will discuss how to put a receive station together in your home workshop The Ultra-Low Frequency Receiver allows the desired ultra-low frequency signals to be recovered from the Earth The signals are directed to a conditioning circuit which not only protects the receiver equipment from transients caused by lightning and other sources but attenuates the ambient 60 or 50 Hz frequency caused by commercial power, with the receiver s power-line notch line filter The signals then pass through a circuit which removes any ground loop problems which may occur at your computer interface The low frequencies of interest are then passed through a series of filters to remove most of the noise and unwanted signals above 25 Hz This desired band of signals is then coupled to the analog-to-digital interface in your personal computer to be recorded on the hard drive The interface used in the prototype accepted up to eight channels of data samples and was able to collect 200 samples per second, record them and then display them on the computer screen in either real time or compressed time format.