How to connect the computer host power cord? This problem bothers many computer novices. PHP editor Xigua brings you a graphic tutorial on how to connect the computer host power cord, teaching you step by step how to correctly connect the computer host power cord. After reading this article, you will learn how to identify the motherboard power cable, graphics card power cable, CPU power cable, and how to correctly insert and secure the power cable.
In the process of daily use of computers, we often need to come into contact with the power cord of the computer host. Correctly connecting the power cord plays a vital role in ensuring the normal operation of the computer. This article will provide a detailed explanation of the connection method of the computer host power cord to help everyone better understand the connection method of the computer host power cord.
First of all, we need to understand the interface type of the computer host power cord. Normally, computer host power cords are divided into three main types: AC power cord, SATA power cord and PCIe power cord.
AC power cord: used to connect the computer host and the power socket, usually a three-hole or two-hole plug. SATA power cable: used to connect the power supply of hard drives, optical drives and other devices. PCIe power cable: used to connect the power supply of independent graphics cards and other devices, usually a 6-pin or 8-pin interface.Next, we will use the example of computer host power cord connection diagram to specifically introduce the connection methods of various types of power cords.
Step 1: Insert the plug of the AC power cord into the power interface on the back of the computer host.
Step 2: Plug the other end of the AC power cord into the power outlet.
Note: During the plugging process, ensure that the plug and jack are aligned to avoid damage caused by misalignment.
Step 1: Insert the right-angled end of the SATA power cable into the power interface of the hard disk or optical drive.
Step 2: Insert the L-shaped end of the SATA power cable into the power interface.
Note: During the connection process, avoid bending the power cord excessively to ensure a secure connection.
Step 1: Plug the 8-pin or 6-pin of the PCIe power cable into the power interface of the graphics card respectively.
Step 2: Select the appropriate plug to connect according to your needs and make sure it is plugged in tightly.
Note: During the plugging process, pay attention to the socket type to avoid equipment damage caused by incorrect insertion.
Through the above introduction, I believe everyone has a clearer understanding of the connection method of the computer host power cord. Properly connecting the power cord not only ensures proper operation of the computer, but also protects the device from damage. I hope the computer host power cord connection diagram example in this article can help you better operate the computer host power cord.
1. How to connect the CPU cable
1. First, install the power supply into the chassis.
2. In the power cord, find the 24-pin wire that supplies power to the motherboard.
3. Find the 24-pin power interface on the motherboard, insert the power cord into the motherboard, and pay attention to the position of the power cord's bayonet.
4. Among the power cords, find the 4-port cable that supplies power to the motherboard.
5. On the motherboard, find the interface for CPU power supply and connect the power cord to the motherboard.
6. Find the hard drive power cord. It has 4 wires and is flat in shape.
7. Connect the hard disk cable to the power interface of the hard disk, paying attention to the direction of the power cable.
8. Finally, connect another SATA power cable to the power interface of the optical drive.
2. cpu connection cable
There are three main places in a computer that can use HDMI interfaces. The HDMI interfaces of the motherboard and graphics card are used to output HDMI signals, while the HDMI interface of the monitor is used to input video signals.
1: Motherboard video output interface (if the processor has a core graphics card that is an integrated graphics card):
2: Video output interface of the graphics card:
3: HDMI input interface on the monitor:
3. Power supply Where to connect the CPU cable
Generally, as long as the interface can be plugged in, it should be connected correctly. The motherboard supplies power to the big socket, the largest one. The processor fan power connector is near the processor. For other power sockets, please refer to the manual, because the interfaces on different motherboards are different.
The most important PC power supply interface is the largest in size. It is also customarily called the 24Pin motherboard power supply interface, which is directly plugged into the motherboard. This interface has a total of 2 groups of +12V power supplies, 5 groups of +5V power supplies and 4 groups of +3.3V power supplies. The maximum transmission current of each group of power supplies is generally 6A, so the maximum power of the +12V, +5V and +3.3V power supplies of the interface They are 144W, 150W and 79.2W respectively.
4. How to connect the cpu power supply cable
Your motherboard is really special, but there is still a way to solve it.
You connect the 4+4PIN of the power supply to the 8PIN of the motherboard, and then buy a large 4PIN to square 4PIN (for CPU power supply) adapter cable for the remaining 4PIN.
Although the method you mentioned is also feasible, one is that it is more troublesome to connect, and the other is that it is not very safe and will cause excessive current in the 4+4 pins of the power supply. Use the large 4PIN alone to convert a square 4PIN, so that the power is distributed to other 12V branches of the power supply, which is relatively safer.
5. How to connect the computer CPU power cord
Answer: 1. How to connect the computer motherboard power cord
Find the widest and longest combination cable on the power supply (usually 24 holes), which corresponds to the 24-pin slot on the motherboard. There will be a buckle on the line. Align the buckle on the slot and plug it in directly. Continue to find The motherboard's 4-hole CPU power supply cable (a combination of 2 yellow and 2 black wires), and the 4-pin socket on the motherboard is next to the CPU base. Also align it with the buckle and plug it in directly.
2. Computer graphics card power connection method
Most graphics cards have only one set of power supply interfaces. Ordinary graphics cards have 4-pin interfaces, better ones have 6-pin or 8-pin interfaces, and flagship graphics cards can have 14 or 16 pins. The interface is usually located on the top of the graphics card. According to the number of pins of the power interface of your graphics card, align it with the buckle and plug it in directly.
6. How to connect the CPU wiring
There are two ways to replace it. One is to disassemble the inside of the power supply and replace a CPU power supply line. This requires welding skills and is difficult for ordinary people to do well.
The second is to buy a CPU power supply cable. Cut the CPU power supply cable of the original power supply and connect it to the new one. Just seal the connection port with tape. You can just buy a CPU power supply module cable to connect it.
7. How to install the cable on the CPU
Installation method: The black one on the left is plugged into the CPU fan interface. The one on the right is probably not needed. If you really need to plug in the D port on the power supply, buy a Sata adapter cable if there is no D port. Just one click.
The CPU will generate a lot of heat when it is working. If this heat is not dissipated in time, it may cause a crash or burn the CPU. The CPU radiator is used to dissipate heat for the CPU. The radiator plays a decisive role in the stable operation of the CPU. It is very important to choose a good radiator when assembling the computer.
Air-cooled radiator This is the most common type of radiator now, including a cooling fan and a heat sink. The principle is to transfer the heat generated by the CPU to the heat sink, and then take the heat away through the fan. It should be noted that different types and specifications of CPUs use different radiators. For example, AMD CPUs use different radiators than Intel CPUs. Intel 478-pin CPUs use different radiators than Intel 775-pin CPUs. .
8. How to connect the CPU to the power cord
The CPU should not be plugged in backwards. The clip is gone, but it cannot be connected at all if the pins are plugged in backwards. It should be reversed. If the fan does not rotate, the CPU will automatically stop working, and then it will High temperature alarm.
The CPU should not be plugged in backwards. The clip is gone, but the pins cannot be connected at all if they are plugged in backwards. It should reverse. If the fan does not rotate, the CPU will automatically stop working, and then the high temperature alarm will sound.
9. How to connect the computer CPU cable
Blow air to the heat sink and CPU.
For fans sold separately on the market, the side where you see the wires is the air outlet.
The fan that comes with the CPU radiator is a little different. The side with the wires visible on the label is the air intake side.
The power supply fan blows outward, and you will know by trying it with your hand on the back of the case.
You generally don’t need to replace the power supply fan yourself. If it breaks, you usually need to replace the entire power supply.
10. Where to connect the power cord and CPU cable
The computer power cord refers to inputting 220v AC power to the computer host atx power supply. The computer power cord is an essential part of the computer. Its function is to connect the motherboard power supply and CPU power supply.
Notes
The internal wire of the cable is too inferior. When the power is turned on, the high-voltage capacitor inside the computer ATX power supply also needs to be charged instantly. The current is relatively large at this moment, and the maximum instantaneous current can reach more than 6 amps. If the computer ATX power supply is internal If a buffer circuit is not designed, a larger inrush current will pass through at this moment, also called an instantaneous surge. That is to say, at that moment, if the computer power cord is made of inferior materials, its resistance will be relatively high and the heat will be high, and a wire will burn out in an instant. (The damage is in the middle or a certain position of the wire)
11. How to plug in the cpu cable
Generally, an ordinary motherboard has only one processor interface. In this case, there is no problem of having two CPU slots.
1. Fix the motherboard in the chassis, then take out the graphics card and insert it into the graphics card slot of the motherboard. After inserting, use screws to fix the graphics card to prevent the graphics card from shaking and causing poor contact at the interface.
2. Then take out the power cord, find the power supply interface on the graphics card, and insert a section of the power cord into the power interface. Pay attention to the direction and number of the interfaces, because some graphics cards have 6 holes and some have 8 holes.
3. Then find the power supply plug on the chassis or motherboard. If it is an 8-hole plug, divide it into 2+6, and then plug it into the graphics card charging plug respectively. Be careful not to plug it into the wrong position. If there are only six holes, use only six holes and organize the rest to avoid tangling.
4. After the power cord of the graphics card is connected, install the other parts of the chassis, and plug the monitor cable into the output interface of the graphics card. After turning on the computer, check whether the graphics card can work normally. If it displays normally, explain the connection method. Correct, otherwise you need to adjust the connection of the graphics card power cable.
Just plug the computer power cord into the socket
1. Disassemble the chassis: Unplug the connecting cable from the outside of the main chassis with baffle, unscrew the largest black bolt of the chassis, use a screwdriver to remove the screws behind the chassis baffle, stand the chassis up, and use the baffles on both sides Drag it out;
2. Install the hard drive into the chassis: Align the front of the hard drive with the top of the chassis and insert the hard drive. After inserting the hard drive, screw the screws to both sides of the hard drive;
3. Wind the hard drive data cable: Wind the prepared SATA cable tightly around the screwdriver. Wind until all the wires are wound;
4. Connect the hard disk data cable power cable: insert one end of the wound data cable into the SATA3.0 interface on the motherboard, and the other end into the hard disk data port;
5. Disconnect the power cord and plug one end into the hard drive. After inserting, fasten the baffle of the chassis and connect the external cable.
Computer power cord 11-wire Unpack the power supply and take out the power supply:
Put the power supply into the power supply compartment, with the host fan facing the host power outlet, and fix the power supply screw
In this way, the power supply is installed. Let's start wiring. , let’s first take a look at the power interfaces that come with the power supply: ATX 24-pin, ESP/ATX 12v 8p, PCI 6p, 4p, SATA, and floppy connectors:
Plug the ATX 24p into the motherboard, and plug the processor power supply interface into the processor The interface is EPS/ATX
Next, plug the SATA power cord into the hard drive to power the hard drive:
If you have a graphics card, plug the PCI power supply interface into the graphics card! The power supply connection is complete! Below we introduce the connection method of the jumper.
The total jumpers for this host are as follows:
First, plug USB3.0 into the motherboard USB3.0 interface.
Plug in the front USB interface and the front audio interface. These interfaces have foolproof design, so you can’t insert them by mistake. Feel free to insert them.
Okay, now connect the power on and off jumpers. There is a clear indication on the motherboard. Just insert it according to the marking:
Insert it according to the marking. The LED lights are divided into positive and negative poles. Don’t plug them in backwards. And finally A set of restart jumpers. The motherboard has drawn white lines to indicate a set, so don't plug them into the adjacent pins! Am I worrying too much? Okay. I know you won't do this.
Connect as follows:
1: The power supply has a 24-pin main power plug and a CPU auxiliary power plug (4-pin or 8-pin). The motherboard also has a corresponding 24-pin main power socket and a CPU auxiliary power socket (4-pin or 8-pin). Just plug in the power plug accordingly. There is a fool-proof card to prevent you from inserting it incorrectly.
Two: This is when the main power supply and CPU auxiliary power supply are plugged in.
In addition to the data cable connected to the motherboard SATA interface, solid state drives and mechanical hard drives also need to be connected to the power cord, which is usually a 5V large 4pin interface. For graphics cards, it is a 12V 6+2pin interface. It depends on the 6pin interface on the graphics card. It is still 8pin. Some high-end independent graphics cards require two 8pin power cables. The fan of the chassis must also be connected to the large power pin interface.
Illustration of how to connect the power cord of the host computer may be a very basic but critical question for many computer enthusiasts. When assembling or maintaining the computer, correctly connecting the host power cord can ensure the normal operation of the computer and avoid the risk of damaging the hardware. This article will introduce the connection diagram of the host power cord in detail so that you can easily understand and operate it correctly.
First, let us understand the basic concepts of host power cord. The host power cord usually includes several important connection lines such as motherboard power supply line, CPU power supply line, and graphics card power supply line. The way these cables are connected and the location of the power socket will vary between different motherboards and power supplies, so be sure to follow the correct diagram when making connections.
The motherboard power supply cable is one of the important cables connecting the motherboard and the power supply. Generally, the motherboard power supply cable will have a 24-pin or 20-pin connector, which needs to match the corresponding slot on the motherboard. When making connections, be sure to ensure that the connections are firm and correct to avoid short circuits or unstable power supply.
The CPU power supply cable is the cable that connects the CPU and the power supply, usually a 4-pin or 8-pin connector. Correctly connecting the CPU power supply cable is crucial for the normal operation of the CPU, otherwise it may cause the computer to fail to start or the CPU to overheat and be damaged. When connecting, pay attention to the corresponding relationship between the plug and the slot to ensure correct connection.
The graphics card power supply cable is responsible for providing power to the graphics card, usually a 6-pin or 8-pin connector. Graphics cards have high requirements for stable power supply, so it is particularly important to correctly connect the graphics card power supply cable. When wiring, make sure the connection is firm to avoid power outages or unstable operation of the graphics card when running large games.
Through the above introduction, I believe everyone has a certain understanding of the host power cord connection diagram. When making connections, be sure to read the motherboard and power supply instructions carefully and follow the correct diagrams. In addition, remember to disconnect the computer power supply during the connection process to avoid the risk of electric shock.
在组装一台电脑的过程中，其中一个重要步骤就是连接主机箱的电源线。正确连接主机箱电源线不仅可以保证电脑正常工作，还可以避免因电源线连接不当导致的危险情况。下面将详细介绍主机箱电源线接法图解，帮助您顺利完成电脑组装。
在开始连接主机箱电源线之前，首先需要准备好以下工具：
主板手册 主机箱 电源线 螺丝刀确保您在连接电源线之前已经仔细阅读了主板手册中关于主机箱电源线连接的说明，以免出现错误连接的情况。
接下来，我们将根据主板手册中的指引，按照以下步骤连接主机箱的电源线：
首先，打开主机箱侧板，找到主板上标有 电源连接口 的位置。通常，这些连接口会集中在主板的一侧或底部，具体位置会根据不同主板而有所不同。
接下来，识别主机箱电源线的接口类型。通常，主机箱电源线分为两种类型：
ATX 电源线 EPS 电源线根据您所使用的主板和电源供应器的不同，选择相应类型的电源线进行连接。
根据电源线的类型，按照以下步骤连接主板的电源线：
1. 将 24pin ATX 电源线插头对准主板上的 24pin 电源接口，插入并确保插头完全插紧。
2. 将 4pin 或 8pin ATX 12V 电源线插头对准主板上的相应接口，插入并确保插头完全插紧。
1. 将 EPS 12V 电源线插头对准主板上的 EPS 12V 电源接口，插入并确保插头完全插紧。
在连接电源线时，务必确保插头和接口完全对齐，并轻轻用力插入，避免造成接口损坏。
完成连接主机箱电源线后，使用束线带或线夹将多余的电源线整理好，避免影响电脑内部空间的通风和散热。
连接完主机箱电源线后，仍需进行电源线测试，确保电源线连接正确且电脑能正常开机。在启动电脑前，仔细检查所有电源线连接是否牢固，以免出现短路等情况。
通过以上主机箱电源线接法图解的步骤，相信您已经了解了如何正确连接主机箱的电源线。在电脑组装过程中，保持耐心和细心是至关重要的，只有确保每个步骤都正确无误，才能让您的电脑顺利运行。希望本文对您有所帮助，祝您的电脑组装顺利成功！
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