Smallpdf- platform yang sangat memudahkan untuk mengkonversi dan mengedit semua file PDF Anda. Menyelesaikan semua masalah PDF Anda dalam satu tempat - dan ya, gratis. Tutorial Cara Menggunakan Software Eagle LengkapA. Membuat Project dan work sheet skematik1. Buka software eagle2. klik File > New > Project3. Lalu beri nama project tersebut, disini saya memberi nama Tutorial Klik kanan pada project “Tutorial Eagle”>Lalu pilih New > Schematic5. Setelah mengikuti langkah di atas maka akan muncul tampilan work sheet skematik seperti gambar dibawah ini, lalu save terlebih dahulu dan beri namaØ Tips Mengubah Warna Background Pada EagleJika tampilan background warna putih kurang nyaman bagi mata kita, kita bisa mengganti warna background dengan warna hitam, putih atau colored pada layar skematik tersebut maupun pada board dapat di ubah dengan cara1. Klik Options > User Interface, disana kita bisa memilih warna background black, white atau coloredYang di tandai kotak merah untuk mengatur warna background pada bagian board dan tanda kotak orange mengatur warna background pada Membuat Skematik Rangkaian di EagleSetelah kita membuat project dan work sheet skematik seperti tutorial di atas barulah kita baru bisa membuat skematik rangkanan di Dalam membuatnya kita harus menyiapkan gambar skematik rangkaian, saya menyiapkan gambar skema Rangkana Volume Unit Display beserta daftar komponennyaDaftar komponen Resistor 1k2Potensio 10kLed 10 buahKapasitor 10 mikroIC LM3915Setelah menentukan gambar skema, carilah komponen yang sesuai dengan daftar komponen pada skema rangkaian tersebut. Berikut cara mencari komponen pada eagle2. Klik symbol add lihat nomor 1 pada gambar dibawah ini, kemudian cari komponen yang kita inginkan pada kolom search,Ø Tips Dalam Mencari Komponen Pada Kolom Search EagleJika pada saat mencari komponen di kotak search sobat tidak menemukannya, maka sobat harus menambahkan tanda * sebagai contoh saya ingin mencari ic TDA2003Maka kita menuliskannya seperti berikut TDA200* artinya yang akan ditampilkan pada kolom library adalah semua tipe ic yang diawali TDA200 lihat gambar kiri dibawah, contoh lainnya jika kita menuliskan TDA* maka yang ditampilkan adalah semua jenis ic TDA lihat gambar kanan dibawah3. Cari semua komponen yang dibutuhkan lalu susun menggunakan tool MOVE dalam menggunakan tool move sobat bisa memainkan klik kanan untuk mengatur arah komponen, maupun tool lainnya seperti COPY, GROUP untuk pendukung dalam menyusun4. Jika sudah mengikuti langkah diatas gunakan Tool NET, Tool Wire, untuk menyambungkan antar komponen dan saya sarankan menggunakan tool NET karena pada saat menyambungkan akan terbentk junction sendiri,dan Tool ARC untuk membuat jalur lengkungan5. Setelah selesai membuat skematik, Langkah selanjutnya adalah membuat desain board, berikut langkah langkahnya klik symbol yang diberi nomor 1, setelah itu akan muncul peringatan warning lalu klik yes seperti yang ditandai nomor 26. Lalu akan muncul tampilan board eagle dan komponen yang belum tersusun Kita dapat menysusun komponen nya dengan menggunakan tool berikut Move dalam menggunakan tool move klik symbol move lalu klik kanan untuk menentukan arah komponen, Group dalam menggunakan tool group seleksi komponen yang ingin di kelompokkan untuk di pindahkan lalu klik kanan pilih move group7. Setelah komponen sudah tersusun baru kita bisa membuat jalur/wiring, pada proses wiring ini menggunakan tool Route lihat nomor 1, dan untuk memilih tipe lengkungan jalur dapat memilih lihat nomor 2, lalu jika ada kesalahan pada saat membuat jalar gunakan tool Ripup untuk menghapus jalur yang salah8. Berikut gambar hasil wiring, pada saat wiring gunakan jenis lengkungan jalur seperti gambar ini Detail Pemesanan Tutorial Cara Menggunakan Software Eagle Lengkap Jumlah Sub-Total *Belum termasuk Ongkos kirim Nama Lengkap Nomor Telepon Alamat Pengiriman Kota atau Kecamatan Kode Pos Avideo has been viewed hundreds of thousands of times after it circulated in social media posts that claim it shows people being handcuffed while undergoing mass Covid-19 tests in China. The video was shared as China continues to impose mass testing and citywide lockdowns in a bid to quash new outbreaks. The claim, however, is false. 100% found this document useful 2 votes1K views22 pagesCopyright© Attribution Non-Commercial BY-NCAvailable FormatsDOC, PDF, TXT or read online from ScribdShare this documentDid you find this document useful?100% found this document useful 2 votes1K views22 pagesTutorial EagleJump to Page You are on page 1of 22 You're Reading a Free Preview Pages 6 to 11 are not shown in this preview. You're Reading a Free Preview Pages 15 to 20 are not shown in this preview. Reward Your CuriosityEverything you want to Anywhere. Any Commitment. Cancel anytime. Konversipresentasi Powerpoint ke PDF. Konversi Powerpoint ke PDF secara online, dengan mudah dan gratis.
Uploaded byNurulHidayat 0% found this document useful 0 votes22 views17 pagesDescriptioneagleCopyright© © All Rights ReservedAvailable FormatsPDF, TXT or read online from ScribdShare this documentDid you find this document useful?Is this content inappropriate?Report this Document0% found this document useful 0 votes22 views17 pagesTutorial Eagle Step by StepUploaded byNurulHidayat DescriptioneagleFull descriptionJump to Page You are on page 1of 17Search inside document You're Reading a Free Preview Pages 7 to 15 are not shown in this preview. Buy the Full Version Reward Your CuriosityEverything you want to Anywhere. Any Commitment. Cancel anytime.
Errorsaat membuka project delphi sangat mungkin terjadi ketika membukanya di komputer lain. Apa penyebabnya? Hal ini disebabkan karena file
Wanting to make a PCB but don’cakrawala know where to start? The goal of this super quick and easy latihan is to get you started in PCB design! Perhaps you have only just embarked on the journey of learning how to turn new and imaginative ideas into working electronics projects. Perhaps you already know about EAGLE design software and that the maker community and most hobbyists tend to choose it for PCB design. Perhaps you even have your first schematic complete and are stuck with taking the next step, turning it into a board. In the previous two tutorials in this series we covered the process of making a schematic and the process of making a custom library component. In order to create a new board we first need a finished schematic. If you arrived here with your own completed schematic ready to go, great! If you don’t yet have a completed schematic then I would recommend that you work your way through the first tutorials in this series. How To Turn An EAGLE Schematic Into A Board How To Place Components On The Board How To Use The EAGLE Ratsnest How To Manually Route Traces In EAGLE How To Use The EAGLE Autorouter How To Create A Ground Plane In An EAGLE Board Design Whats Next
? How To Turn An EAGLE Schematic Into A Board For the purpose of this tutorial we will be using the previously created schematic, but you can use your own. First of all, go ahead and open your schematic. Then click the BRD tool on the left-hand side of the upper toolbar, to create a new board. This will open a new board editing window with the components ready to be placed. In EAGLE the schematic and board editors are almost like two separate programs, however the two must remain congruent. It is important to keep both files open at the same time in titipan to prevent problems. How To Place Components On The Board When a new board is created, you will be presented with a pile of components and an empty board space. The components placed in the schematic will be laid out and must be placed within the board area. At this stage you can use the move tool to change the board size, but usually I prefer to first place the components into a space greater than necessary in bestelan to have some free room to move them around during figuring out the layout. First we will use the move tool in order to place the components in the desired location. Choose the move tool from the left-hand toolbar and then click the origin + of the component in order to pick it up. Move it to the desired position and click to place it. If you are using the sample schematic from the previous tuntunan, you can place the components as shown in the following screenshot. How To Use The EAGLE Ratsnest You may already have an idea where you would like to place components on the board, however we must consider how the traces will be routed in kiriman to make all of the electrical connections specified in the schematic. Each connection is shown in what is called the ratsnest. Each pad that requires a connection has a yellow line between it and the point it needs to connect to. When a trace is drawn between the pad and its point of connection, the yellow line will disappear. The goal is to place components, then route traces mengangsur the ratsnest has gone and routing is 100% complete. Sometimes when a lot of components are placed, the ratsnest can become very complex and messy. You can simplify it at any stage by pressing the ratsnest button on the left-hand toolbar. You may also want to hide the ratsnest at some stages during the design, as at times it can get in the way. There are different layers within a board design in EAGLE, each containing different data related to the board design. The ratsnest is also allocated to its own layer and therefore can be hidden. First click on the layer button at the far left of the top toolbar. This will open the visible layers window. In titipan to show or hide a layer, click the small eye icon next to the layer. If the eye is not present, the layer will be hidden. Hiding the unrouted layer will hide the ratsnest. How To Manually Route Traces In EAGLE Now that we have an understanding of the ratsnest and how to use it, we can begin routing traces. First, we will learn how to manually route traces. Although EAGLE comes with a fairly competent auto router, I always find better results are achieved when routing by hand. The auto router does have its uses though, more on that later. Before we start routing, we should choose our preferred units. This will be down to personal preference. To change the units, click the grid tool on the left-hand side of the top toolbar. For this tutorial I will leave the default grid spacing as 50 mil. If you prefer metric then you can change it with the units roboh down box. Once you are happy with the settings, click ok. Now that we have the grid and units set as desired, we can begin routing traces. First choose the route airwires tool from the left-hand toolbar. With the tool selected it’s possible to alter the parameters of the trace on the toolbar along the top of the screen. In this example I have changed the default 6 mil trace to a 20 mil trace. Note that you can also specify the units when entering values into EAGLE parameters. Regardless of the grid settings, we could still enter here and EAGLE would convert it to the native units. Once the trace width has been set, click the pad you wish to connect. The ambai will become highlighted, showing the areas where we could connect the trace. Whilst the trace is being generated and it is following the mouse pointer, you can click to place and then continue to route, giving you control oper where the trace is routed. We ultimately need to route the trace to one of the highlighted pads in pesanan to make the connection. Once a connection is successful, the corresponding ratsnest airwire will disappear and a trace will be placed. Congratulations! You have laid down your first PCB trace! Now we can repeat this with each of the other three LEDs. So now we have successfully routed the first three traces, which are showing in red to indicate that they are placed on the top layer. However it is also possible to route traces on the bottom side of the PCB. This is a very necessary part of PCB design and it allows us to cross over the existing traces on a different layer. It is possible to have many more layers within a PCB design and the Cak membela version of EAGLE supports up to 16 different layers. However the free version here allows only the top and bottom layer to be used. This is usually enough for most basic designs and is less of a limitation for the hobbiest. In proyek to draw a trace on the bottom layer, simply select the bottom layer from the layer drop down and then draw the trace in the same way as before. Notice how it is possible to cross over traces on the bottom layer without generating an error. This is possible because the blue traces will be manufacturing on the bottom side of the board and connections will be made between the layers using plated through holes. In this first example we have taken advantage of a plated through hole in the board, which will be drilled in bestelan to mount the LED. As this hole passes through the entire board, it is possible to connect it on both the top and bottoms sides. But what about the surface mount components? In this example they are all placed on the top side surface of the board, with no plated through holes. It is also possible to transition a trace from the top to the bottom side and vice versa at any point on the board using a via hole. A via is a plated through hole that is usually smaller than a component plated through hole, which serves only as a transitional point between layers. In PCB manufacturing, drill diameters are usually specified in metric units. EAGLE defaults to a mil via, which equates to a hole garis tengah. It seems very small but this is actually a very common size and easy to drill! Via holes can be mechanically drilled down to around kaliber and even smaller when laser drilling is used. However it would be advised to keep the size above diameter where possible in pesanan to keep costs lower, as there is no need to make a board more difficult to manufacture than what is necessary. Note that it is possible to enter both metric and imperial units into EAGLE, regardless of what is set as the operational units. Let’s set the via size to by entering it into the box on the top toolbar. Note that when you press enter, the value will change to the operational unit, in this case an imperial value of mil. Next set the layer to the top layer and begin to draw a trace from the unconnected pin on LED 3. Left-click just below the LED in order to anchor the trace to that location on the board and then change the layer to bottom. Note that the trace will follow the cursor as you go to change the layer to bottom, you can ignore this as it is just a quirk of EAGLE. Once you have changed the layer to bottom, you will be able to place a via hole. The point in which you place the hole will be the point the trace transitions to the bottom layer. In this example we can place the via at the end of the top-side trace just drawn and then cross the neighbouring top-side trace using the bottom layer. Once on the other side of the neighbouring trace, we can transition back to the top of the board and continue to route the trace. The more vigilant amongst you may have noticed that it was not necessary to jump back to the top layer in proyek to connect the LED and only one via was required! How you route the traces and optimise the design is entirely your own decision
 and in my opinion it adds the creativity and excitement to the process! This is merely an example to demonstrate the tools. How To Update The Board From The Edited EAGLE Schematic From time to time it will be necessary to make changes to the design during the process of placing components and routing traces. Perhaps you noticed an error that needs correcting, or need to add something to the design. In this example it may already be evident that we did not add a power supply to the design. Therefore we can return to the schematic editor in proyek to add one. Clicking the sch/brd button on the top toolbar will result in the schematic being opened. It is important to keep both open during board design, in order for the board and schematic to remain congruent. Not doing so will result in the error no forward/back annotation will be performed. Let’s add a DCJ0202 power jack to the design. Locate the component in the component editor and add it to the schematic. If necessary you can refer back to the earlier tutorial on schematic design in EAGLE in order to learn how to do so. Note that nets do not have to be physically connected by green lines in proyek to be connected. Simply giving the nets the same name will result in them being connected within the board design. In this case creating a second Vcc and GND within the design will connect the nets to the existing nets with the same name. Click the sch/brd button again to return to the board editor. You will now see the new component footprint and associated ratsnest. You can place the component in the desired location. How To Use The EAGLE Autorouter So far we have routed some of the traces, connecting the LEDs to their associated resistors. In bestelan to route the remaining traces, we will use the autorouter. The autoroute tool will calculate routes for the remaining traces and lay them down on the board automatically. It has the ability to give several different solutions and different levels of optimization. The autorouter will work within the confines of the board profile, therefore at this stage we need to use the move tool to resize the board profile. Simply select the move tool and click either the middle or the corners of the board profile to change the shape and size. Next we need to configure something called jaring classes. This will allow us to specify to the autorouter the widths for different groups of nets. As this is our first basic design we will simply configure the default net class and set the overall trace width to 20 mil. Click on Edit > Net Classes to open the dialog box. Then click on the rules tab and set the width to 20 mil and then click ok. Once the net class is configured, we can open the autorouter by clicking the autorouter tool from the side toolbar. We won’t dive too deeply into the configuration and in most cases for simple designs the autorouter default settings will work just fine. On the first screen we will leave everything as it is and click continue. This will open the routing variants dialog box. Simply click start to begin autorouting. Once the autorouter has finished, you can choose between several options for routes. Click on the different routing variants in order to view the different solutions. In the following screenshot we can see the first route optimization. By comparison we can see that the second route optimization has some differences, most notably around the push switches. For a simple design it may be more difficult to see the benefit of having different optimizations. However as your designs progress, you will find that the different optimizations become more relevant and useful. Congratulations! You have successfully completed the autorouting and now the board is 100% connected. In the bottom left-hand corner of the screen you should now see the message stating that the routing is 100% complete. How To Create A Ground Plane In An EAGLE Board Design The last thing we need to do in order to complete the board is to flood the unused areas with copper. This copper flood is usually referred to as a plane and it is generally a good rule of thumb to connect this to the GND net. In antaran to create a plane, select the polygon tool from the left-hand toolbar. Click in one corner of the board on top of the profile to begin drawing a line. Click the adjacent corner to draw the first line, repeat for each remaining corner until you arrive at the first corner. Once you click the corner where you began, a square polygon will be placed. EAGLE will ask you for a name for the net. Name the net GND in proyek to connect the plane to the GND net. In bestelan to make it easier to edit a complex board, EAGLE does not draw the plane by default. In order to draw the plane, simply click the ratsnest button from the left-hand menu. If you wish to remove the flood in antaran to better see the detail in the board, you can use the ripup tool. Select the ripup tool and click the edge of the polygon. What’s Next
? A big well done to you! You have successfully completed the latihan and hopefully now you have a grasp on the basic tools required in proyek to create a board layout in EAGLE. There are many other more advanced tools that become more relevant as your board designs grow in complexity. We will cover these in later tutorials. So maybe you are wondering how you can turn your wonderful new board layout into a real life circuit board?! In the next tutorial we will cover the CAM processor and steps required in pesanan to output all of the data required to order a PCB from a board fabricator. The next installment of the EAGLE tutorial series coming very soon

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Kali ini akan kita bahas mengenai routing pcb dengan menggunakan Eagle Cad Software. Software eagle adalah software cad paling umum digunakan kalangan pelajar, karena ada license yg bisa dibeli murah jika status masih pelajar/mahasiswa. Tapi "jamu" buat software ini banyak jadi silahkan ubek-ubek aja dunia mayanot Recommended1. Membuat Schematic BaruBuatlah Nama project yg dikehendaki dilanjutkan dengan membuat schematic sesuai gambar berikutsetelah itu akan muncul windows baru / worksheet tempat kita menggambar schematic2. Menyusun Schematic diatas EditorLangkah pertama adalah dengan memilih komponen yg digunakan melalui tombol "ADD" . Jika ada komponen yg digunakan sejenis dan berulang, hanya diperlukan pemilihan sekali saja selanjutnya bisa dicopy paste di editornyacontoh diatas jika kita ingin memilih komponen IC CMOS 4017contoh diatas jika ingin menambah simbol supply GROUNDsetelah semua komponen diletakkan di editor maka dilanjutkan dengan menghubungkan kaki-kaki komponen sesuai dengan keinginan. Toolbar sebelah kiri sangat membantu dalam pengaturan schematic, seperti ilustrasi berikut iniklik gambar untuk memperbesarbeberapa komponen tidak mencantumkan kaki-kaki yg umum seperti VCC & GND tapi di pcb ada , kadang ini akan membuat bingung...jangan khawatir kita "INVOKE" saja melalui toolbar sesuai gambar berikut3. Routing PCB Setelah semua schematic disusun sesuai keinginan, lanjutkan menuju ke PCB routing dengan perintah File==>Switch to BoardMulanya akan muncul PCB dengan kabel semrawut dan tanpa grid/kotak seperti gambar dibawah. Pindahkan semua komponen dengan toolbal move + toolbar select + drag mouse ke semua komponen + klik kanan + Move group, ke dalam kotak PCB layoutSetelah itu susun komponen sesuai keinginan dan selanjutnya bisa membuat layout PCB secara AUTO dengan memilih tombol auto route dan memilih jumlah layer pcb yg diinginkanklik untuk memperbesarjika ingin kembali ke mode awal sebelum di routing maka tinggal ikuti urutan ...pilih ripup + pilih select + drag mouse ke komponen + klik kanan + pilih ripup group4. Routing ManualTerkadang routing auto akan menghasilkan routing yg aneh2 dan ga masuk akal. Untuk itu perlu dilakukan routing manual. Toolbar yg penting adalah "ROUTE", "RIPUP" , "VIA" dan "RATSNET" sesuai gambar dibawah . Untuk meroutingkan PCB klik toolbar ROUTE dan klik antara kaki komponen yg akan di sambung. Ukuran routing dapat dipilih di toolbar sebelah atas "width". Jika routing manual tidak memungkinkan maka jurus VIA / Jumper dapat membantu dengan membuat "AIRWAYS" yg nantinya akan disolder dengan kabel pada bagian atas PCBklik untuk memperbesaruntuk mempercantik PCB dan menghemat waktu "ETCHING", maka daerah2 yg kosong perlu diberikan suatu gambar polygon. Pada umumnya polygon juga mewakili sinyal yg common/dipake berulang di PCB, umumnya sih untuk menghubungkan semua sinyal ground. Untuk membuatnya gampang saja, dengan menggambar polygon disekitar komponen dan menamakannya dengan nama signal yg akan disambungkan. jika tidak diberi nama maka polygon akan berdiri ketika tombol RATSNET ditekan maka PCB akan menjadi terhubung seperti initetapi permasalahannya antara polygon dan routing terlalu mepet...jangan khawatir, kita atur saja jarak antar routing melalui "DRC RULES"setting DRC ini dapat disimpan dan dipanggil pada desain PCB selanjutnya4. PrintOut PCBSetelah PCB layout selesai, dilanjutkan dengan printing layout ke atas kertas , plastik transparansi, glossy dsb. Layer yg dipilih hanya BOTTOM, PADS, dan VIAselanjutnya lakukan printing secara mirror untuk cara setrika atau disesuaikan dengan kebutuhan
Step1: Control an LED From Web Browser. In this blog, we will see How to "Turn On and Turn Off" an LED that has connected to the Esp8266, the esp8266 has programmed from Arduino IDE to control the LED. We will connect the Esp8266 to the Wi-Fi router using SSID and password of our Home network Wifi , where the esp8266 connect to our wifi and
100% found this document useful 1 vote5K views17 pagesCopyright© Attribution Non-Commercial BY-NCAvailable FormatsPDF, TXT or read online from ScribdShare this documentDid you find this document useful?100% found this document useful 1 vote5K views17 pagesTutorial Aplikasi EagleJump to Page You are on page 1of 17 You're Reading a Free Preview Pages 7 to 15 are not shown in this preview. Reward Your CuriosityEverything you want to Anywhere. Any Commitment. Cancel anytime.
ItemDetails. Comments. Eagle Attack is modeled with 3d studio max 2017 and also added 2014 version. rendered in v-ray. 1:1 scale in real sizes. unit's centimeters. includes all scene, lighting, cameras, materials and textures. many file formats are available. Need more formats? Tutorialkali ini memang sedikit melenceng dari topik tentang javascript, tapi ini merupakan tutorial untuk membantu kita mendevelop aplikasi ramai-ramai. VScode live share adalah plugin di dalam
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EagleSpirit. You are one with your spirit animal! The awesome guidance of the Eagle Spirit has given you the gift of double jump! Now go forth and clasp some crags with crooked hands! This item never drops any seeds. Restores after 0s of inactivity. This item may be randomly obtained by collecting the reward. 1 items are given out at once.

BukuTutorial Blender 3D Modelling Panduan Bahasa Indonesia Original di Tokopedia ∙ Promo Pengguna Baru ∙ Cicilan 0% ∙ Kurir Instan.

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