f SIMULATE and ANALYZE what you create try all the "what if" scenarios with: Fast, proven 32 -bit SPICE 3f5 /XSpice simulator True mixed analog /digital simulation Fully interactive digital logic simulation 4,000- device library AC Frequency Analysis DC Operating Point Analysis DC Transfer Function Transient Analysis Step Function step component values and sources over a user -definable range TAKE MEASUREMENTS at any point in the circuit with a click of the Probe tool. CircuitMaker schematic capture and simulation TraxMaker _-_ PCB layout and autorouting `.ld_ ì/l j= >.uj.1,i 1. And the Symbol Editor and macro features let you create unlimited custom devices and symbols. You fully control the wiring, device placement, annotation and colors. QUICKLY DESIGN analog, digital or mixed analog /digital circuits with CircuitMaker's advanced schematic features. That has been our philosophy at MicroCode Engineering since So it's no surprise that CircuitMaker and TraxMaker are the leading software tools for affordable, easy -touse circuit design, simulation and PCB layout. AccuBoost treatments are applied following lumpectomy to deliver radiotherapy to the tumor bed.ĪccuBoost ® (Advanced Radiation Therapy, LLC, Tewksbury, MA, USA) is a complex non-invasive breast treatment using high-dose-rate (HDR) brachytherapy.2 Professional Power at a hobbyist price.ra D.
The treatments are either performed as a boost to the tumor bed in conjunction with external-beam radiotherapy (EBRT) or as accelerated partial breast irradiation (APBI) monotherapy.
ĪccuBoost involves a set of specially designed applicators that are connected to an HDR 192Ir remote afterloader. The applicators are designed to either be skin dose optimized (SDO) or dose rate optimized (DRO). The applicators also come in different shapes, round and D-shaped, and multiple sizes to treat different shapes and positions of lumpectomy cavities. The applicators are attached to a mammography unit with an added 2D planar indexing grid to position the applicators. The pre-treatment process begins with the breast being immobilized between the compression paddles with moderate compression, so a mammographic image can be taken. This image is used to localize the lumpectomy cavity and surgical clips that were placed in the margins of tumor bed by the surgeon. While the breast is still compressed, the radiation oncologist examines the image and overlays physical transparencies of different applicators to make a visual assessment to choose the applicator type, position, and size. The radiation oncologist makes these selections based on a specific disease, tumor bed position, excised tissue pathology, compressed breast thickness, surgical clips position, and texture in the breast tissue.
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