Setup+Crack Size: 8.7 MB Download Links > Teorex iResizer v3. To conclude, iResizer helps you modify images with ease, all whilstmaintaining naturalness and quality, even if you try to removeparts of an image that can greatly affect its look or overallquality. The program will then attempt to resize the image and preserve someof its original quality at the same time.This way, images can besubtly modified, while maintaining a reasonable quality and imageintegrity.Ī lightweight, yet powerful image resizingtool In order to maintain aspect ratio, you can choosean image size from several presets, or, if you need a specific arearesized, enter the corresponding values. IResizer can help you resize an image, also removing unwanted partsin the process. Reliable image resizer with multiple presets By doing so, the program can detect whichparts of an image you want to keep and which to discard. iResizer is an easy to use solution for intelligently changing size of the image. Want to change from 4:3 to 16:9 No problem, iResizer folds the image so that it will still look natural and will retain the quality. Intelligent Resizer (iResizer) allows you to fix the aspect ratio of a photo. This way, anyunwanted spacing or intrusions, such as specs of dust or cables canbe removed.įurthermore, you can crop out undesired objects from an image, bymarking it accordingly. Intelligent Resizer enables new smart ways of resizing images without deforming or cropping the content. The application can help you cut out unwanted parts from an image,while maintaining integrity and natural look. Intuitive image manipulation tool that can removeunwanted content It allows you to resize and manage an image, so that youare able to remove certain unwanted parts from a picture. IResizer is a software solution for theseproblems. Teorex iResizer Handling an image requires a lot of patience and a good platform that can help you edit images faster while maintaining overall picture integrity. While applying color filters or effects to animage may not seem that hard, removing certain parts is, especiallyif the part you want to keep or discard is located in the middle ofa picture, or close to it. One of the more common themes I’ve noticed in holiday movies is the unfortunate person who destroys dinner in the oven.Handling an image requires a lot of patience and a good platformthat can help you edit images faster while maintaining overallpicture integrity. You’ve probably seen the same scenes smoke rolling out of the oven, disappointed family members ordering a pizza, and nothing left but blackened cinders where there should have been a magnificent turkey, ham, casserole, or dessert. That’s because an oven produces a lot of heat, and if used carelessly will create a disaster. When the oven is an industrial version used to reflow PCB solder, it’s even more important to know how to use it. The industrial ovens used to reflow solder on a printed circuit board are intricate tools. Using a combination of radiated heat and heat convection, the solder reflow oven delivers a carefully regulated flow of consistent heat to the PCB. This process completes the assembly of the board by melting the solder to form good solid solder joints between the components and the board. Let’s look at how the solder reflow oven is used for this process, and what you as a designer need to know to make sure that the process runs smoothly. Introduction to the Solder Reflow OvenĮlectronic components can be soldered onto a printed circuit board in a couple of different ways. First, there’s the traditional method of hand soldering them, where a technician uses a soldering iron and works on each connection separately. PCB assemblers will use wave soldering systems for mass production of boards or automated selective soldering processes for specific applications. The most widely used method of soldering components for mass production, however, is the solder reflow process, which is used primarily to solder surface mount components to the circuit board. The solder reflow process first starts with applying solder paste to all of the surface mount pads on the board. Next the components are installed on those pads, and the solder paste will hold them in position until they are firmly soldered in place. We’ll talk more about solder paste and how it works a little bit later. With the components now installed in their correct locations, the circuit board is then run through the solder reflow oven.Īn industrial solder reflow oven uses multiple heat zones for the soldering process. These zones are individually regulated for precise temperatures according to a user-controlled thermal profile that is pre-programmed into it. The solder reflow process generally follows this pattern: As the board travels through the oven on a conveyor belt, the duration spent in these different zones is also controlled by the thermal profile. Preheat: This brings the board up to its first designated temperature. Soak: Once the board reaches the first designated temperature, it will remain here for a predetermined period.
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