İç ve Dış Bileşenler (Aygıtlar)

WEBVTT 00:00:01.741 --> 00:00:04.886 Was sind die wichtigsten internen und externen Peripheriegeräte zum Beispiel? 00:00:05.227 --> 00:00:07.591 Was haben wir zuerst besprochen? 00:00:08.432 --> 00:00:10.295 Haben wir nicht zuerst unsere Tastatur besprochen? 00:00:10.335 --> 00:00:11.477 Wie benutzt man die Tastatur? 00:00:11.497 --> 00:00:14.963 Dann haben wir die Maus genommen, dann das Trackpad, den Touchscreen... 00:00:17.068 --> 00:00:17.408 Oberfläche. 00:00:18.109 --> 00:00:21.293 Hier sehen wir wieder eine Webcam. 00:00:21.713 --> 00:00:22.835 Wir sehen eine Webkamera. 00:00:22.915 --> 00:00:26.699 Webcams sind heutzutage in Telefonen und Computern integriert. 00:00:26.739 --> 00:00:29.582 Wir können sehr deutlich sehen, wo die Kamera ist. 00:00:31.184 --> 00:00:36.891 Auf unserem Laptop, also unserem Notebook, befindet sich die Kamera oben auf dem Bildschirm. 00:00:39.575 --> 00:00:44.297 Und Apps fragen uns, ob die Kamera aktiviert werden soll oder nicht. 00:00:44.717 --> 00:00:47.798 So können wir sicher sein, ob die Kamera aktiviert ist. 00:00:47.878 --> 00:00:49.619 Auf der anderen Seite der Bildschirm. 00:00:50.959 --> 00:00:58.832 Heutzutage können Bildschirme sowohl berührungsempfindlich als auch nicht berührungsempfindlich sein. 00:00:58.952 --> 00:01:04.137 Wir werden später etwas detaillierter auf Monitore und die damit verbundenen Informationen eingehen. 00:01:04.598 --> 00:01:05.759 Und dann haben wir unseren Drucker. 00:01:06.520 --> 00:01:17.709 Die Aufgabe des Druckers ist es, ein digitales Dokument wie Text, ein Bild oder ähnliches auf Papier zu übertragen. 00:01:18.011 --> 00:01:18.892 Nicht wahr, Drucker? 00:01:20.424 --> 00:01:21.584 Dann haben wir den Scanner. 00:01:21.645 --> 00:01:24.488 Scanner, auf Türkisch Tarayıcı. 00:01:25.128 --> 00:01:33.196 Die Aufgabe des Scanners ist es, ein auf Papier gedrucktes Dokument, das wir mit einem Stift oder ähnlichem erstellt haben, in digitale Form zu bringen. 00:01:35.151 --> 00:01:38.913 Dann sehen wir die Dockingstation. 00:01:39.113 --> 00:01:41.094 Der Zweck der Dockingstation ist es. 00:01:42.774 --> 00:01:52.339 Sie werden feststellen, dass die Tastatur und Maus auf unserem Laptop manchmal einschränkend wirken oder der Bildschirm die Größe begrenzt. 00:01:52.379 --> 00:01:57.621 Für die Arbeit mit mehr Instrumenten auf einem größeren Monitor oder einer breiteren Tastatur. 00:01:58.301 --> 00:02:08.148 Zum Beispiel fällt die Dockingstation besonders in Büros oder bei Personen, die intensiv mit Computern arbeiten, 00:02:08.168 --> 00:02:09.630 auf, um die Integration eines Soundsystems zu ermöglichen. 00:02:10.471 --> 00:02:19.520 Außerdem haben wir natürlich auch USB-Anschlüsse, Steckplätze für Token, die die Internetverbindung herstellen. 00:02:20.081 --> 00:02:27.989 Ich habe diese Anschlüsse mit einem zusätzlichen Eingangsinstrument auf dem Bild behandelt, damit wir alle sehen können. 00:02:28.409 --> 00:02:29.530 Was sehen wir hier zum Beispiel? 00:02:29.630 --> 00:02:31.791 Es gibt USB, einen SD-Kartensteckplatz. 00:02:32.011 --> 00:02:38.236 Und hier ist ein 3,5-mm-Aux-Audiokabelanschluss. 00:02:39.236 --> 00:02:41.438 Es gibt einen Ethernet-Kabelanschluss für das Internet. 00:02:43.079 --> 00:02:49.483 Für den Bildschirm gibt es einen VGA-Monitoranschluss oder einen HDMI-Monitoranschluss. 00:02:50.564 --> 00:02:53.487 Wir sehen verschiedene Anschlüsse wie diese. 00:02:53.847 --> 00:02:58.411 Dadurch ist es möglich, zusätzliche Hardware an unseren Computer anzuschließen. 00:02:58.772 --> 00:03:01.474 Welche Art von zusätzlicher Hardware könnte das sein? 00:03:01.614 --> 00:03:04.637 Es könnte ein Lautsprecher oder ein Kopfhörer- und Mikrofonset sein. 00:03:05.118 --> 00:03:08.240 Wir alle kennen bereits, was mit Lautsprecher gemeint ist. 00:03:08.741 --> 00:03:09.982 Sie können es auch auf dem Bildschirm sehen. 00:03:10.222 --> 00:03:12.383 Zeigen Sie uns zusätzlich hier eine Hardware. 00:03:12.404 --> 00:03:13.925 Das hier ist ein tragbarer Lautsprecher. 00:03:14.486 --> 00:03:16.950 Hier ist ein 3,5 mm AUX-Kabel. 00:03:17.451 --> 00:03:23.919 Außerdem ist eine Verbindung zum Computer über die heute effektiv und weit verbreitete Bluetooth-Technologie möglich. 00:03:26.304 --> 00:03:27.125 Ja, Freunde. 00:03:28.928 --> 00:03:29.328 Monitor. 00:03:30.842 --> 00:03:31.443 Was ist das? 00:03:32.163 --> 00:03:41.551 Der Monitor ist ein sehr wichtiges Gerät, denn ohne visuelle Präsentation können wir keine Aktionen auf unserem Computer ausführen. 00:03:41.611 --> 00:03:51.234 Wir übersetzen also das, was wir visuell wahrnehmen, mit unserem Gehirn und nutzen es effektiv über die Tastatur und Maus des Computers. 00:03:51.995 --> 00:04:04.575 Die Größe des Monitors erleichtert sowohl unser Sichtfeld als auch die Verarbeitung von Daten bei der Arbeit mit visuellen Dateien oder Dokumenten. 00:04:06.603 --> 00:04:14.730 Monitore sind in vielen neuen Computern integriert, wie z. B. in Laptops und Tablets, und klassischerweise sind sie extern mit einem Computer verbunden. 00:04:14.770 --> 00:04:23.177 Wenn es hier also integriert aussehen würde, gibt es in diesem Laptop immer noch eine ähnliche Verbindung, aber die Verbindung erfolgt unsichtbar innerhalb des Gehäuses. 00:04:23.497 --> 00:04:26.700 Was ist also das wichtigste Merkmal eines Bildschirms? Die Auflösung? 00:04:28.547 --> 00:04:31.730 Die Auflösung repräsentiert die Bildqualität eines Bildschirms, meine Freunde. 00:04:31.850 --> 00:04:40.378 Die Anzahl der horizontalen und vertikalen Bildpunkte, also die Pixelanzahl, bestimmt die Bildqualität eines Bildschirms. 00:04:40.538 --> 00:04:50.868 Zum Beispiel hat ein Bildschirm mit 1920 mal 1080 Pixeln insgesamt 2.073.600 Bildpunkte. 00:04:50.928 --> 00:05:00.876 Also, wenn wir uns vorstellen, dass wir ein Quadrat nehmen und es in kleine Teile zerlegen, und diese Teile als kleine Quadrate betrachten, dann nennen wir jedes dieser 00:05:00.916 --> 00:05:02.416 Quadrate Pixel. 00:05:03.957 --> 00:05:05.416 Wie ändern sich die Größen? 00:05:05.416 --> 00:05:10.358 4 und 5 Zoll Bildschirmgröße in unseren Smartphones. 00:05:10.358 --> 00:05:15.000 10 Zoll, also etwa 25 Zentimeter, in Tablets und Netbooks. 00:05:15.000 --> 00:05:19.081 15 Zoll, 38 Zentimeter, in Laptops. 00:05:19.081 --> 00:05:32.368 17 Zoll, 43 Zentimeter, in Büroanwendungen, 19 Zoll, 48 Zentimeter, geeignet für Grafikanwendungen, 22 Zoll, 58 Zentimeter, Breitbildschirm für viele Dokumente nebeneinander 00:05:32.748 --> 00:05:39.813 Wenn Sie beispielsweise ein Foto bearbeiten, können Sie es gleichzeitig auch für eine PowerPoint-Präsentation verwenden. 00:05:41.333 --> 00:05:48.998 Es wäre sinnvoll, je nach Ihren Arbeits- und Aufgabenanforderungen auch die Bildschirmgröße, also die Größe Ihres Monitors, auszuwählen. 00:05:51.325 --> 00:05:58.827 Aber was sind USB-, HDMI-, A- und Ethernet-Anschlüsse und wofür werden sie verwendet? 00:06:01.809 --> 00:06:10.413 USB steht für Universal Serial Bus, auch als USB-C bekannt. 00:06:10.452 --> 00:06:14.495 USB-C ist die neueste Version. 00:06:15.461 --> 00:06:22.585 Der herkömmliche USB wird mit einem rechteckigen Kabelanschluss wie auf dem Bildschirm dargestellt bereitgestellt. 00:06:23.105 --> 00:06:27.647 Zusätzlich gibt es auch Mini-USB oder Micro-USB. 00:06:28.108 --> 00:06:31.369 Es gibt also verkleinerte und schlankere Varianten, wie Sie sehen können. 00:06:31.488 --> 00:06:40.634 Der Vorteil von USB-C gegenüber diesen drei Varianten besteht darin, dass es eine schnellere Ladefunktion und eine schnellere Datenübertragung ermöglichen kann. 00:06:42.998 --> 00:06:44.199 Aber was ist HDMI? 00:06:44.439 --> 00:06:52.386 HDMI steht für High Definition Multimedia Interface, also eine Schnittstelle für hochauflösende Multimedia-Inhalte, meine Freunde. 00:06:53.726 --> 00:07:02.535 Es handelt sich um eine Technologie, die es uns ermöglicht, Bildschirme, Fernseher, Projektoren mit unserem Computer zu verbinden und hochwertige, hochauflösende Datenübertragung sowie Bildübertragung zu ermöglichen. 00:07:02.575 --> 00:07:04.877 Und schließlich das Netzwerkkabel A. 00:07:10.012 --> 00:07:17.998 In einigen Fällen bietet es uns verschiedene Vorteile, unseren Computer über ein Kabel mit dem Internet zu verbinden, im Vergleich zur drahtlosen Verbindung. 00:07:18.058 --> 00:07:19.339 Was sind einige davon? 00:07:19.799 --> 00:07:22.902 Erstens, die Stabilität der Verbindung, also die Zuverlässigkeit. 00:07:23.462 --> 00:07:24.203 Zweitens, die Geschwindigkeit. 00:07:25.064 --> 00:07:40.448 Drittens, die Erhöhung der Datensicherheit, da der Router, mit dem wir drahtlos verbunden sind, bereits über das Kabel mit dem Internet verbunden ist. 00:07:40.508 --> 00:07:48.010 Und dieses Kabel ist im Grunde genommen dasselbe wie die Telefonverbindungskabel, die heutzutage verwendet werden.

WEBVTT 00:00:01.741 --> 00:00:04.886 What are the most important internal and external components, for example? 00:00:05.227 --> 00:00:07.591 So what did we start with, friends? 00:00:08.432 --> 00:00:10.295 Initially, we started with our keyboard, right? 00:00:10.335 --> 00:00:11.477 How is the keyboard used? 00:00:11.497 --> 00:00:14.963 Then we moved on to the mouse, then the trackpad, touchpad... 00:00:17.068 --> 00:00:17.408 Surface. 00:00:18.109 --> 00:00:21.293 Now here we see a webcam again. 00:00:21.713 --> 00:00:22.835 We see a web camera. 00:00:22.915 --> 00:00:26.699 Webcams are integrated into phones and computers nowadays. 00:00:26.739 --> 00:00:29.582 We can clearly see where the camera is located. 00:00:31.184 --> 00:00:36.891 On our laptop, the camera is located at the top of the screen. 00:00:39.575 --> 00:00:44.297 And applications ask us questions about whether the camera will be activated or not. 00:00:44.717 --> 00:00:47.798 This way, we can be sure if the camera is on or off. 00:00:47.878 --> 00:00:49.619 On the other hand, the screen. 00:00:50.959 --> 00:00:58.832 Today, screens can be both touch and non-touch. 00:00:58.952 --> 00:01:04.137 We will add more details about monitors and screen-related information shortly. 00:01:04.598 --> 00:01:05.759 We also have our printer. 00:01:06.520 --> 00:01:17.709 The printer's task is to transfer a digitally produced text, image, or similar document onto paper. 00:01:18.011 --> 00:01:18.892 Right, printer? 00:01:20.424 --> 00:01:21.584 Next, there is a scanner. 00:01:21.645 --> 00:01:24.488 Scanner, in Turkish, means a scanner. 00:01:25.128 --> 00:01:33.196 The task of the scanner is to digitize a document we put on paper with a pen or similar tool. 00:01:35.151 --> 00:01:38.913 Then we see the docking station, the work station. 00:01:39.113 --> 00:01:41.094 The purpose of the docking station is... 00:01:42.774 --> 00:01:52.339 You'll notice that sometimes the keyboard and mouse on our laptop can be limiting in size, or the screen monitor size can be limiting. 00:01:52.379 --> 00:01:57.621 For us to work with more instruments on a larger monitor or a wider keyboard. 00:01:58.301 --> 00:02:08.148 For example, for integrating a sound system, the docking station, especially in workplaces or for those who work intensively with computers, 00:02:08.168 --> 00:02:09.630 stands out as the preference. 00:02:10.471 --> 00:02:19.520 In addition, of course, we have something else, USB connections, the sockets that provide internet connection. 00:02:20.081 --> 00:02:27.989 I've illustrated these inputs with an additional input instrument in the picture so that we can see them all. 00:02:28.409 --> 00:02:29.530 Here, for example, what do we see? 00:02:29.630 --> 00:02:31.791 There is USB, an SD card slot. 00:02:32.011 --> 00:02:38.236 There is a 3.5 mm aux audio cable input. 00:02:39.236 --> 00:02:41.438 There is an ethernet cable input for internet. 00:02:43.079 --> 00:02:49.483 VGA monitor input or HDMI monitor input for the screen. 00:02:50.564 --> 00:02:53.487 We see various sockets such as these. 00:02:53.847 --> 00:02:58.411 This allows us to connect additional hardware to our computer. 00:02:58.772 --> 00:03:01.474 For example, what could be one of these additional hardware? 00:03:01.614 --> 00:03:04.637 It could be a speaker or a headset with a microphone. 00:03:05.118 --> 00:03:08.240 We all know what we mean by a speaker. 00:03:08.741 --> 00:03:09.982 You can also see it on the screen. 00:03:10.222 --> 00:03:12.383 Additionally, show me a piece of hardware here. 00:03:12.404 --> 00:03:13.925 This is a portable speaker. 00:03:14.486 --> 00:03:16.950 Here is a 3.5mm AUX cable. 00:03:17.451 --> 00:03:23.919 Also, connection to the computer is possible with the effective and widely used Bluetooth technology nowadays. 00:03:26.304 --> 00:03:27.125 Yes, friends. 00:03:28.928 --> 00:03:29.328 Monitor. 00:03:30.842 --> 00:03:31.443 What is it then? 00:03:32.163 --> 00:03:41.551 Monitor is a very important device because if it does not present any visuals, we cannot perform any tasks on our computer. 00:03:41.611 --> 00:03:51.234 So, what we do is we visually perceive something and then actively use our hands through the computer's keyboard and mouse by translating it with our brain. 00:03:51.995 --> 00:04:04.575 And the size of the monitor makes it easier for data transfer and processing when working with visual files or documents, both in terms of our field of view and ease of processing. 00:04:06.603 --> 00:04:14.730 Monitors are integrated in many new computers, such as laptops and tablets, and classic peripherals are connected externally to a computer. 00:04:14.770 --> 00:04:23.177 For example, if it appeared integrated here, there is a similar connection on this laptop, but the connection happens invisibly inside the case. 00:04:23.497 --> 00:04:26.700 So, what is the most important feature regarding a screen? Resolution? 00:04:28.547 --> 00:04:31.730 Resolution represents the image quality of a screen, my friends. 00:04:31.850 --> 00:04:40.378 The more horizontal and vertical image elements that come on the screen, the better the image quality of that screen is when the number of pixels is higher. 00:04:40.538 --> 00:04:50.868 For example, a screen with 1920 by 1080 pixels has 2,073,600 image elements, which is the product of these two numbers. 00:04:50.928 --> 00:05:00.876 So, let's think like this: when we take a square and divide it into small pieces, and imagine that these are small squares, each of these 00:05:00.916 --> 00:05:02.416 squares is called a pixel. 00:05:03.957 --> 00:05:05.416 So, how do the dimensions change? 00:05:05.416 --> 00:05:10.358 4 and 5 inches screen size in our smartphones. 00:05:10.358 --> 00:05:15.000 10 inches, approximately 25 centimeters, in tablets and netbooks. 00:05:15.000 --> 00:05:19.081 15 inches, 38 centimeters, in laptops. 00:05:19.081 --> 00:05:32.368 17 inches, 43 centimeters, in office applications, 19 inches, 48 centimeters, suitable for graphic applications, 22 inches, 58 centimeters, wide screen, many documents side by side. 00:05:32.748 --> 00:05:39.813 For example, when working on a photo, it can also be used to add this photo to a PowerPoint presentation. 00:05:41.333 --> 00:05:48.998 It would be logical to select the size of the screen, that is, your monitor, according to your processing and task needs. 00:05:51.325 --> 00:05:58.827 So what are connection technologies USB, HDMI, A connection, that is, Ethernet connection, what are they used for? 00:06:01.809 --> 00:06:10.413 USB Universal Serial Bus is also referred to as USB-C. 00:06:10.452 --> 00:06:14.495 USB-C, that is, USB-C, is the latest version. 00:06:15.461 --> 00:06:22.585 The conventional USB is provided with a connection cable as you see on the screen in a rectangular shape. 00:06:23.105 --> 00:06:27.647 In addition to this, there are also mini USB or micro USB. 00:06:28.108 --> 00:06:31.369 So, as you can see, there are reduced and slimmed-down versions. 00:06:31.488 --> 00:06:40.634 The advantage of USB-C over these three variations is that it can provide faster charging and faster data transfer. 00:06:42.998 --> 00:06:44.199 So what is HDMI? 00:06:44.439 --> 00:06:52.386 HDMI stands for High Definition Multimedia Interface, my friends. 00:06:53.726 --> 00:07:02.535 It is a technology that allows us to connect screens, televisions, projectors to our computers and enables high-quality, high-resolution data transfer, 00:07:02.575 --> 00:07:04.877 and image transfer. 00:07:06.928 --> 00:07:09.411 And finally, the network A cable. 00:07:10.012 --> 00:07:17.998 In some cases, connecting our computer to the internet via cable provides us with various advantages compared to wireless connection. 00:07:18.058 --> 00:07:19.339 What are some of these advantages? 00:07:19.799 --> 00:07:22.902 One, the stability of the connection, meaning it is more reliable. 00:07:23.462 --> 00:07:24.203 Two, the speed. 00:07:25.064 --> 00:07:40.448 Three, enhancing data security. If we are not connecting our computer with a cable, the modem we connect wirelessly with already connects to the internet with this cable 00:07:40.508 --> 00:07:48.010 and this cable is basically the same as the phone connection cables used today.

WEBVTT 00:00:01.741 --> 00:00:04.886 En önemli iç ve dış birleşen aygıtlar nelerdir mesela? 00:00:05.227 --> 00:00:07.591 Şimdi ilk başta neyi ele almıştık arkadaşlar? 00:00:08.432 --> 00:00:10.295 İlk başta klavyemizi ele almıştık değil mi? 00:00:10.335 --> 00:00:11.477 Klavye nasıl kullanılır? 00:00:11.497 --> 00:00:14.963 Sonra fare mouse'u aldık, sonra trackpad, dokunmatik... 00:00:17.068 --> 00:00:17.408 Yüzey. 00:00:18.109 --> 00:00:21.293 Şimdi burada yine görüyoruz bir tane webcam görüyoruz. 00:00:21.713 --> 00:00:22.835 Web kamerası görüyoruz. 00:00:22.915 --> 00:00:26.699 Web camlar günümüzde telefonlara ve bilgisayarlara entegre bir halde. 00:00:26.739 --> 00:00:29.582 Kameranın nerede olduğunu çok açık bir şekilde görebiliriz. 00:00:31.184 --> 00:00:36.891 Laptopumuza yani diziz üstü bilgisayarımızda ise ekranın üst kısmında bulunur kamera. 00:00:39.575 --> 00:00:44.297 ve kameranın etkinleşip etkinleşmeyeceğiyle ilgili uygulamalar bize sorular sorar. 00:00:44.717 --> 00:00:47.798 Bu sayede kameranın açık olup olmadığından emin olabiliriz. 00:00:47.878 --> 00:00:49.619 Diğer bir yandan ekran. 00:00:50.959 --> 00:00:58.832 Ekranlar bugün hem dokunmatik olabilir, hem de dokumetik olmayan ekranların kullanımı yaygınlıkla ekmektedir. 00:00:58.952 --> 00:01:04.137 Monitörler yani ekranla ilgili gerekli olan bilgilere biraz daha detay ekleyeceğiz biraz sonra. 00:01:04.598 --> 00:01:05.759 Bir de yazıcımız var. 00:01:06.520 --> 00:01:17.709 Yazıcının görevi de dijital olarak ürettiğimiz bir metnin veya resmin veya benzeri bir dökümanın belgenin kağıt üzerine aktarılmasını sağlayan cihaz. 00:01:18.011 --> 00:01:18.892 Değil mi yazıcı? 00:01:20.424 --> 00:01:21.584 Daha sonra scanner var. 00:01:21.645 --> 00:01:24.488 Scanner, tarayıcı Türkçesi. 00:01:25.128 --> 00:01:33.196 Tarayıcının görevi de kağıt üzerine döktüğümüz bir dökümanın kalem veya benzeri bir şekilde dijitalleştirilmesini sağlayan bir araçtır. 00:01:35.151 --> 00:01:38.913 Daha sonra docking station yani iş istasyonunu görüyoruz. 00:01:39.113 --> 00:01:41.094 İş istasyonu docking station'ın amacı da. 00:01:42.774 --> 00:01:52.339 Fark edersiniz ki dizüstü bilgisayarımızın üzerindeki klavye ve mouse bazen boyutu sınırlayıcı oluyor veya ekran monitör boyutumu sınırlandırıcı oluyor. 00:01:52.379 --> 00:01:57.621 Daha büyük bir monitörde veya daha geniş bir klavye de daha fazla enstrümanla çalışabilmemiz için. 00:01:58.301 --> 00:02:08.148 Mesela bir ses sisteminin entegrasyonunu gerçekleştirilmemiz için iş istasyonu yani docking station özellikle iş yerlerinde veya bilgisayarla yoğun çalışan 00:02:08.168 --> 00:02:09.630 insanların tercihi olarak gözü çarpıyor. 00:02:10.471 --> 00:02:19.520 Bunun yanı sıra tabi bir de şeyimiz var USB bağlantısı işte internet bağlantısını sağladığımız toketler girişler var. 00:02:20.081 --> 00:02:27.989 Bu girişleri resimde bir tane ek giriş enstrümanıyla ele aldım ki hepsini görebilelim diye. 00:02:28.409 --> 00:02:29.530 Burada mesela neyi görüyoruz? 00:02:29.630 --> 00:02:31.791 USB var, SD kart girişi var. 00:02:32.011 --> 00:02:38.236 İşte 3.5 mm aux ses kablosu girişi var. 00:02:39.236 --> 00:02:41.438 İnternet için ethernet kablosu girişi var. 00:02:43.079 --> 00:02:49.483 Ekran için VGA monitör girişi veya HDMI monitör girişi. 00:02:50.564 --> 00:02:53.487 gibi çeşitli soketler görüyoruz. 00:02:53.847 --> 00:02:58.411 Bu sayede bilgisayarımıza ek bir donanım bağlamamız mümkün. 00:02:58.772 --> 00:03:01.474 Mesela bu ek donanımlardan bir tanesi hangisi olabilir? 00:03:01.614 --> 00:03:04.637 Hoparlör veya kulaklık ve mikrofon seti olabilir. 00:03:05.118 --> 00:03:08.240 Hoparlörden kastettiğimiz şeyi zaten hepimiz yakından tanıyoruz. 00:03:08.741 --> 00:03:09.982 Ekranda da görebiliyorsunuz. 00:03:10.222 --> 00:03:12.383 Ek olarak mesela burada bir tane hardware gösterin. 00:03:12.404 --> 00:03:13.925 Bu da taşınabilir bir hoparlör. 00:03:14.486 --> 00:03:16.950 Burada 3,5 mm'lik OX kablosu. 00:03:17.451 --> 00:03:23.919 Aynı zamanda da günümüzde etkin ve yaygın olarak kullanılan Bluetooth teknolojisiyle bilgisayara bağlantı söz konusu. 00:03:26.304 --> 00:03:27.125 Evet arkadaşlar. 00:03:28.928 --> 00:03:29.328 Monitor. 00:03:30.842 --> 00:03:31.443 Nedir peki? 00:03:32.163 --> 00:03:41.551 Monitor çok önemli bir aygıt çünkü görsel olarak herhangi bir sunumda bulunmazsa bize bilgisayarımız bir işlem gerçekleştirmemiz mümkün değildir. 00:03:41.611 --> 00:03:51.234 Yani ne yapıyoruz görsel olarak algıladığımız bir şeyi beynimizle tercüme ederek elimizle bilgisayarın klavyesi ve mouse üzerinden etkin olarak kullanıyoruz. 00:03:51.995 --> 00:04:04.575 Ve monitörün büyüklüğü hem görüş alanımız hem de mesela görsel bir dosyayla veya belgeyle çalışırken veri aktarımın işlenmesinin daha kolay olmasını sağlıyor. 00:04:06.603 --> 00:04:14.730 Monitörler birçok yeni bilgisayarda dizüstü tablet gibi entegre halde bulunuyor ve klasikayla bir bilgisayara harici bağlanan donanımlar. 00:04:14.770 --> 00:04:23.177 Yani hani burada entegre gözükseydi mesela bu laptopta yine benzeri bir bağlantı var fakat bağlantı görünmez bir şekilde kasanın içerisinde gerçekleşiyor. 00:04:23.497 --> 00:04:26.700 Peki bir ekranla ilgili en önemli özellik ne çözünürlüğü? 00:04:28.547 --> 00:04:31.730 Çözünürlük bir ekranın görüntü kalitesini temsil ediyor arkadaşlar. 00:04:31.850 --> 00:04:40.378 Ekran üzerine gelen yatay ve dikey görüntü öğesi, piksel sayısı ne kadar çok ise o ekranın görüntü kalitesi o kadar iyidir. 00:04:40.538 --> 00:04:50.868 Örneğin 1920 ve 1080 piksellik bir ekranda bu iki sayının çarpımı olan 2.073.600 görüntü öğesine sahip. 00:04:50.928 --> 00:05:00.876 Yani şöyle düşünelim, bir kareyi aldığımızda Karayı küçük küçük parçalara ayırdığımızda ve bunların da küçük kareler olduğunu düşündüğümüzde bu her bir 00:05:00.916 --> 00:05:02.416 kareye biz piksel adını veriyoruz. 00:05:03.957 --> 00:05:05.416 Peki boyutlar nasıl değişiyor? 00:05:05.416 --> 00:05:10.358 4 ve 5 inç ekran boyutu akıllı telefonlarımızda. 00:05:10.358 --> 00:05:15.000 10 inç yani 25 santimetre yaklaşık tabletler ve netbooklarda. 00:05:15.000 --> 00:05:19.081 15 inç 38 santim dizüstü bilgisayarlarda. 00:05:19.081 --> 00:05:32.368 17 inç 43 santimetre büro uygulamalarında, 19 inç 48 santimetre grafik uygulamaları için uygun, 22 inç 58 santimde geniş ekran birçok döküman yan yana 00:05:32.748 --> 00:05:39.813 gösterebilmek mesela bir fotoğrafı işlerken aynı zamanda bu fotoğrafı powerpoint sunusuna eklemek için kullanılabiliyor. 00:05:41.333 --> 00:05:48.998 İşlem ve görev ihtiyaçlarınıza göre ekran yani monitörünüzün boyutunu da seçmeniz mantıklı olacaktır. 00:05:51.325 --> 00:05:58.827 Peki bağlantı arabilimleri USB, HDMI, A bağlantısı yani Ethernet bağlantısı nedir, ne işe yarar? 00:06:01.809 --> 00:06:10.413 USB Universal Serial Bus evrensel seriveri yolu ve USB-C olarak adlandırılır. 00:06:10.452 --> 00:06:14.495 USB-C yani USB-C en son versiyonudur. 00:06:15.461 --> 00:06:22.585 Alışılagelmiş USB, dikdörtgen şeklinde ekranda gördüğünüz gibi bir bağlantı kablosuyla sağlanır. 00:06:23.105 --> 00:06:27.647 Buna ek olarak bir de mini USB veya micro USB. 00:06:28.108 --> 00:06:31.369 Yani gördüğünüz gibi küçültülmüş ve inceltilmiş çeşitler vardır. 00:06:31.488 --> 00:06:40.634 USB-C'nin bu üç tane varyasyona göre avantajı daha hızlı şarj özelliğini ve daha hızlı veri aktaramını sağlayabilmesidir. 00:06:42.998 --> 00:06:44.199 Peki HDMI nedir? 00:06:44.439 --> 00:06:52.386 HDMI High Definition Multimedia Interface yani yüksek çözünürlüklü çoklu medya arayüzü arkadaşlar. 00:06:53.726 --> 00:07:02.535 Bu ekranları, televizyonları, projektörleri bilgisayarımıza bağlanmamızı sağlayan ve yüksek kalitede, yüksek çözünürlükte veri aktarımını, 00:07:02.575 --> 00:07:04.877 görüntü aktarımını sağlayan bir teknolojidir. 00:07:06.928 --> 00:07:09.411 Son olarak ise network A kablosu. 00:07:10.012 --> 00:07:17.998 Bazı durumlarda bilgisayarımızı kablolu olarak internete bağlamamız kablosuz bağlantıya göre bize çeşitli avantajlar sağlar. 00:07:18.058 --> 00:07:19.339 Bunlardan birkaçı nedir? 00:07:19.799 --> 00:07:22.902 Bir, bağlantının stabilitesi yani daha güvenilir olması. 00:07:23.462 --> 00:07:24.203 İki, hızı. 00:07:25.064 --> 00:07:40.448 Üç, veri güvenliğinin artırılması eğer ki bilgisayarımıza kablo ile bağlanmıyorsak zaten kablosuz A ile bağlandığımız modem de bu kablo ile internete bağlanmakta 00:07:40.508 --> 00:07:48.010 ve bu kablo temel olarak aslında günümüzde kullanılan telefon bağlantı kablolarıyla birebir olarak aynı.