Abstrak: Memilih alat ujian kuasa komputer yang betul adalah penting untuk memastikan kestabilan dan kebolehpercayaan sistem. Dalam artikel ini, editor PHP Youzi memperkenalkan anda kepada pelbagai jenis alat ujian, termasuk: wattmeter dan penunjuk dail, penguji beban dan osiloskop Dengan memahami ciri dan kelebihan setiap alat, anda boleh memilih yang paling sesuai untuk ujian khusus anda keperluan. Teruskan membaca artikel ini untuk mengetahui lebih lanjut tentang memilih alat ujian kuasa komputer terbaik untuk keperluan anda.
Bekalan kuasa adalah salah satu komponen teras operasi komputer Ia menyediakan bekalan kuasa yang stabil kepada perkakasan lain. Walau bagaimanapun, semasa penggunaan, kegagalan kuasa boleh menyebabkan komputer gagal untuk but seperti biasa, mulakan semula dengan kerap, atau merosakkan perkakasan lain. Untuk menyelesaikan masalah ini, adalah sangat penting untuk memilih alat ujian kuasa komputer yang sesuai.
Alat ujian bekalan kuasa komputer ialah peranti atau perisian yang digunakan untuk menguji dan menyelesaikan masalah bekalan kuasa komputer. Ia boleh mengesan penunjuk utama seperti kestabilan input dan output bekalan kuasa, turun naik voltan dan keupayaan untuk menghidupkan perkakasan lain.
Untuk memilih alat ujian bekalan kuasa komputer yang sesuai, faktor berikut perlu dipertimbangkan:
Jenis: Alat ujian bekalan kuasa komputer boleh dibahagikan secara kasar kepada dua jenis: jenis perkakasan dan jenis perisian. Alat ujian perkakasan biasanya perlu disambungkan kepada bekalan kuasa komputer untuk ujian, manakala alat ujian perisian diuji terus dengan memasang perisian. Fungsi: Alat ujian bekalan kuasa komputer yang berbeza mungkin mempunyai fungsi yang berbeza, seperti mengesan voltan, arus, kuasa, dsb., atau menyediakan fungsi yang lebih maju seperti perlindungan beban lampau, perlindungan litar pintas, dsb. Pilih ciri yang sesuai berdasarkan keperluan anda. Keserasian: Pastikan alat ujian kuasa komputer yang anda pilih serasi dengan model komputer dan sistem pengendalian anda. Reputasi: Pilih jenama alat ujian bekalan kuasa komputer dengan reputasi dan reputasi yang baik untuk memastikan kualiti dan kebolehpercayaannya. Harga: Pilih alat ujian kuasa komputer dalam julat harga yang sesuai dengan belanjawan anda.Terdapat banyak alat ujian bekalan kuasa komputer di pasaran untuk dipilih Berikut adalah beberapa alatan biasa:
Penguji bekalan kuasa berbilang fungsi digital: Ia mempunyai pelbagai fungsi dan parameter ujian. paparan, dan boleh Memahami output bekalan kuasa secara intuitif. Meter beban kuasa: Ia boleh mensimulasikan pelbagai keadaan beban dan menguji prestasi bekalan kuasa di bawah beban yang berbeza. Voltmeter dan ammeter: alat mudah dan praktikal untuk menentukan sama ada bekalan kuasa adalah normal dengan mengukur voltan dan arus. Perisian ujian kuasa: Anda boleh melakukan ujian kuasa pada komputer anda melalui perisian tanpa membeli peralatan tambahan.Apabila memilih alat ujian kuasa komputer, berikut adalah beberapa cadangan:
Pilih jenis dan ciri yang sesuai berdasarkan keperluan dan bajet anda. Pilih produk daripada jenama terkenal dengan jaminan kualiti dan perkhidmatan selepas jualan. Tentukan sama ada anda perlu membeli alat ujian perkakasan atau hanya menggunakan alat ujian perisian berdasarkan situasi sebenar anda.Dengan memilih alat ujian bekalan kuasa komputer yang sesuai, kami boleh mengesan dan menghapuskan kegagalan bekalan kuasa tepat pada masanya, memastikan operasi komputer yang stabil dan memanjangkan hayat perkakasan.
Terima kasih kerana membaca artikel ini, saya harap ia dapat membantu anda memilih alat ujian kuasa komputer yang sesuai.
Bekalan kuasa komputer adalah bahagian penting perkakasan komputer dan memainkan peranan penting dalam memastikan kestabilan dan keselamatan operasi komputer. Walau bagaimanapun, bekalan kuasa komputer juga merupakan salah satu komponen yang terdedah kepada kerosakan dan kegagalan. Apabila kita menghadapi kegagalan bekalan kuasa komputer, adakah kita tahu cara menguji bekalan kuasa dengan tepat untuk menentukan sama ada ia perlu diganti? Dalam artikel ini, kami akan memperkenalkan beberapa perisian ujian kuasa komputer yang biasa digunakan dan cara memilih dan menggunakannya.
Apabila terdapat masalah dengan bekalan kuasa komputer, ia mungkin menyebabkan komputer gagal dihidupkan seperti biasa, kerap ranap, gangguan bekalan elektrik yang tidak dijangka, dsb. Pada masa ini, kita memerlukan alat yang berkesan untuk mengesan sama ada bekalan kuasa berfungsi dengan baik supaya ia boleh diganti atau dibaiki tepat pada masanya. Perisian ujian bekalan kuasa komputer boleh membantu kami menentukan kesihatan bekalan kuasa dengan mengukur voltan, kuasa, suhu dan parameter lain bekalan kuasa.
1. {Nama perisian 1}
{Nama perisian 1} ialah perisian ujian bekalan kuasa komputer yang berkuasa yang boleh memantau pelbagai parameter bekalan kuasa dalam masa nyata dan menyediakan Laporan analisis terperinci. Ia menyokong pelbagai jenis kuasa dan antara muka, dan mempunyai antara muka pengguna yang intuitif untuk operasi yang mudah dan mudah.
2. {Nama perisian 2}
{Software name 2} is a professional power supply testing tool that simulates the power supply working status under different load conditions by using a test power supply and a set of test resistors. It measures parameters such as output voltage, current, and power of a power supply and provides graphs and logs of the results.
When choosing computer power testing software, we need to consider the following factors:
Compatibility: Make sure the software is compatible with your computer system and power interface. Function: Choose the software according to your needs, such as whether you need real-time monitoring, report analysis and other functions. Ease of use: Choose a software with simple operation and friendly interface to reduce learning and use costs. Reliability: Choose a proven and recommended software to ensure accurate and reliable test results.When using computer power test software, we should pay attention to the following points:
Follow the instructions provided by the software to correctly connect the test equipment and power supply. Set appropriate test parameters such as load size and time based on the software's requirements. Run the test software and observe the test results, compare the actual values with the standard values to determine whether the power supply is normal. Based on the test results, decide whether to replace the power supply or perform further troubleshooting.Computer power supply is an important part of computer hardware. Choosing and using appropriate computer power supply testing software is crucial to ensure the stable operation of the computer. This article introduces some common computer power testing software and how to choose and use them. Hope it helps with your computer maintenance and troubleshooting!
Thanks for reading this article. I hope that through the introduction of this article, you can better understand how to choose and use computer power testing software to ensure the stability and reliability of your computer.
Testing the output voltage when turning on the computer without load can only be considered a preliminary test.
The best way is to replace it with a power supply that is sure to be normal.
How to test the power of the computer host? The power supply is a vital component in the computer system. It provides a stable power supply to each hardware component and ensures the normal operation of the entire system. However, over time, the power supply may gradually decrease, causing stability issues with the computer or even damage to other hardware.
When the computer becomes unstable, freezes, restarts, etc., it is most likely caused by insufficient power or excessive fluctuations in the power supply. Therefore, regularly testing the power supply of the computer host can help detect problems in time and ensure the stability and reliability of the computer system.
There are many ways to test the power of the computer host. The following are several commonly used methods:
1. Use a power meter to measure: By connecting the power meter to the output line of the power supply, you can Directly read the power output value of the power supply. 2. Use software testing: There are some software that can monitor the voltage and power output of the computer, such as HWMonitor, CPU-Z, etc. 3. Load test: Connect a certain load to the power supply and calculate the power of the power supply by measuring the current and voltage.Choosing the appropriate testing method depends on individual needs and actual circumstances. If you want to directly obtain accurate power values, using a power meter may be the best choice; if you just want to understand the working status of the power supply, software testing may be more convenient.
The power supply is the heart of the computer system. If there is a problem with the power supply, it may have a serious impact on the entire system. Therefore, it is very necessary to regularly test the power supply to help prevent possible hardware damage and protect the stability of the computer system.
How to test the power supply of a computer host is an issue that everyone who uses a computer should pay attention to. By regularly testing the power supply, problems can be discovered in time and measures can be taken to solve them to ensure the stable operation of the computer system. I hope this article helps you better understand the importance and methods of power supply testing.
Specific steps:
(1) First we need to find a conductor wire, which can also be a common paper clip at home, or iron wire. On the 24PIN plug of the power supply, insert both ends of the conductor into a green wire and a Any empty space for a black wire. (Be careful not to touch the exposed iron wire when plugging in the power supply)
(2) We insert the power cord into the power strip.
(3) Plug the other end of the computer's power cord into the power supply to power the power supply. Remember to turn it on if there is a switch on the power supply.
(4) At this time, pay attention to the power supply fan. If the power supply fan spins, it means the power supply is good. If the fan does not spin at this time, it means the power supply is broken.
Sometimes the computer is used well but becomes unresponsive the next time it is turned on, or it shuts down automatically after a thunderstorm and then turns it on again without response. The unresponsiveness mentioned here means that the power supply and CPU and other fans will not work. Here There may also be a problem with the power supply or the motherboard. First, simply judge the quality of the power supply and test it. Prepare a conductive wire. Connect the computer power supply to the 220 volt power supply to make it in the powered state. Hold the 24P connector (old-fashioned) on the computer power supply. The power supply is a 20P connector) Connect one end of the prepared wire to the hole corresponding to the green wire. The voltage of the computer power supply is only 5V. You can operate it with confidence. Then connect the other end of the wire to the hole corresponding to any black wire. At this time, check whether the fan on the computer power supply is rotating. If the fan on the computer power supply is rotating, By rotating it, you can basically confirm that the computer power supply is good. If the power supply fan does not rotate, it means that the computer power supply is broken.
If you want to quickly test whether there is a problem with the computer power supply and whether it is a good power supply, turn on the product directly to see if it can light up normally. If the computer cannot light up normally, check whether the data cable connection socket is open and check the power supply.
Whether there is a normal 220 volt power input and the output terminal reaches the normal voltage, all computer power supplies use DC voltage output. It is easy to detect using a multimeter. I hope my answer can help you.
1 Use the power meter to test 2 The power meter can be plugged directly into the power socket, and then connect the computer to the power meter for testing. When testing, the computer needs to be fully loaded, such as running large software or games. After the measurement, you can check the data displayed by the power meter. This data is the current power consumed by the computer. 3 Alternatively, you can view your computer's power plan in the power management options, which displays the computer's estimated power consumption. However, this method is only a rough estimate, and the actual power still needs to be tested using a power meter.
The P.G signal is the POWERGOOD signal in the power supply, also known as the "power good" signal. In the ATX power supply, this signal is called the PW-OK signal. After the microcomputer is turned on, due to the different output voltage timing of each channel, it is easy to cause confusion to the working status of the motherboard. Therefore, a delayed P.G signal is provided to the motherboard in the power supply. This signal has been available since the birth of the IBM-PC. It is still used today. The requirements for this signal are: after the power is turned on, it is generated with a delay of 100ms to 300ms relative to the +5V voltage, and when the power is turned off, it disappears 100ms in advance. Its waveform corresponds to the time of +5V voltage. On the motherboard, this signal has a logical AND relationship with the RESET signal of the host. After powering on, when the P.G signal jumps from 0V to +5V, the microcomputer starts to start. When there is no signal from P.G, the microcomputer is equivalent to pressing the RESET button all the time. (At this time, the hard disk light and the optical drive light are always on) and cannot enter the initialization state; when turning on the machine, if the timing sequence of the P.G signal and other output voltages is confused (usually the delay time is insufficient), the machine will not start after turning on the machine, but The difference from when there is no signal is that the machine can start again when the RESET button is pressed. Pay attention to distinguish these two types of faults. If the signal is unstable and disappears after starting up, the host will restart frequently. The P.G signal is controlled by the power supply, indicating whether the power supply is ready, and the PS_ON# signal is controlled by the motherboard, indicating whether the power needs to be turned on. Both signals are connected through the 20-core motherboard power cord. The working process of turning on and off the computer is as follows: after the AC line is powered on, the power supply outputs a voltage of +5VSB to the motherboard, and a small number of lines on the motherboard start to work. And wait for the power-on operation, this is called standby state; when the host switch is pressed, the motherboard turns the PS_ON# signal to low level, and after the power supply is connected to low level, it starts to start and generate all output voltages. Within 0.1~0.5 seconds after normal establishment, the power supply will change the P.G signal to high level and transmit it back to the motherboard, indicating that the power supply is ready, and then the motherboard will start to start and run. During normal shutdown, after completing all shutdown operations, the mainboard returns the PS_ON# signal to high level, the power supply turns off all output voltages and P.G signals, leaving only the +5VSB output, and the entire host returns to standby state. When shutting down abnormally, the motherboard cannot give a shutdown signal. At this time, the power supply will detect the AC power outage and change the P.G signal to low level to notify the motherboard. The motherboard will immediately perform an emergency reset of the hardware to protect the hardware from damage. . In this case, after the power supply notifies the motherboard of a power outage, it must maintain the normal output voltage for at least one thousandth of a second for the motherboard to reset, otherwise some hardware may be damaged.
Get a power supply somewhere else and try it~ Or take the power supply somewhere else and try it~ Or turn off the external power supply, remove the computer power supply, find a paper clip (thin copper wire or iron wire is fine), and short-circuit the power supply The green and black (either black is acceptable) pins in the plug connected to the motherboard must not be connected incorrectly, otherwise you will be responsible for the consequences.
Find a socket with a switch and connect the power cord to the computer power supply. If the main power supply at home does not have trip protection, it is recommended to disconnect some household appliances first.
Connect the power supply with the switch of the socket. If the power fan rotates, it means the power supply is basically normal; if there is an abnormal sound, it means the computer power supply may be damaged, please cut off the power supply immediately.
If the power supply is basically normal, with power on, adjust the multimeter to the DC 20V range and measure according to the nominal voltage of the motherboard power socket in your motherboard manual.
It is best to use a digital meter to judge the quality of the computer power supply by observing the voltage and fluctuations. Also pay attention to personal safety when operating.
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