Thedepthscandevice

Thedepthscandevice the depth scan device.Well it looks like the depth scan device is what is inside the gen two capable passive microwave sensor devices.In its basic form it is a broad band energy detector.It consists of five large QFM BGA sockets basically a cots standard product in a cube layout..On the reverse of each test socket is a circuit board with individual pin grid socket arrays.Then two schosky diode pairs in a special grid plastic bracket are mounted within the BGA socket grids or MMIC diodes on a circuit board or in QFM BGA sockets on a circuit board.In back of the back QFM BGA socket  or circuit board is an black body passive infrared emitter that is a piece of flex pyrolytic carbon graphite sheet in front of a sheet of niobium titonate crystal then a layer of indium foil is lining the cavity its transparent in reflectance not amber like gold.This is a zero to 40 GHZ microwave horn system a graphics connection will be put here when it is finished.More later.A piece of telloriod from Colorado telloriod crystal is placed in the back of the horn behind the diodes.A telloriod crystal is a piece of tellurium dioxide mineral crystal.The crystal receiver works like this there is an indium foil and a medium silver metal lic grey coated full surface magnetic cards or barium ferrite lining the interrer of the gold guilded aluminum housing horn assembly in the back of the horn is a piece of telloriod or niobium titanate crystal or indium rodhiumate crystal.Two diodes geranium silicon diodes are mounted to indium connecters with wires that connect to an indium load cell circuit  with symmetry custom on the front of the back crystal to sense phonon tensors via things like the H1 hydrogen resonance for example the back side of crystal a piece of graphine then a grey metallic card then more indium then the back of the gold gilded aluminum horn Assembly.Well an update the origanal horn that a real good freind of mine has was biult like this An indium rodhnium alloy wore with pad on the end is placed in contact with an idium rodhnium strain tortion sensor at earlier at first an indium strain gauge was used then a telloriod crystal then later a nionium titonate crystal was used this is placed in an enclosure lined with all deguassed grey back bus barium iron nickel cobolt essentially magnetic stainless steel particles  passes or all black barium ferrite back bus  used in denvar at the time radar absorbing stealth material inside of an indium foil lined gold gilded horn enclosure. A telloriod crystal is prepered from tellorium dioxide powder in a crystal creature.