Many electronic devices are now found this, almost all parts of the run by one-way power source (DC). Providing DC power source, can be in the form of a battery, accumulator or power source (power supply) DC.Power supply that is used must have a clean DC output (filtered filter) and teregulasi well. In power conversion system, there are four types of processes, namely power conversion system.
- AC to DC,
- DC to DC,
- DC to AC, and
- AC to AC.
Each power conversion system has a unique application withdrawn, but in its implementation is classified into two systems, namely conversion system conversion AC to DC (DC power supply) and DC to DC (DC-DC converter).
Initially, the provision of technology to use DC power vacuum cleaner pipe (vacuum tube), which are large and dangerous because it has a high voltage. This is now in the period, technology has been providing dc power to the provision of a method that utilizes solid state technology with a smaller size and with a lower voltage so that the relatively more secure. as mentioned earlier, that the provision of DC power source is holding a very important role in the use of electronic goods, so that the equipment provider of DC power source such as power supply and DC-DC modifier DC (DC-DC converter), became one of the areas of electronic which is currently developed by technical experts of the world. Noted that the DC power supply and DC-DC converter in the world in the past year, reaching its highest level in the design to be effective and efesien.
Furthermore, the development of technology, providing DC power not only in the range of ability to reduce or increase the power capacity and reduce the physical dimension, but also on how the processing power itself. In the first method used is known by the name of linear type (linear mode).
On the system AC to DC conversion, the type characterized by the use of linear combinations of the transformer 50/60Hz then proceed with the process penyearah (rectifier), filter (filter), and finally the linier (linear regulator). Because of the frequency of 50/60Hz linear type then this is likely to generate DC power tool provider of the relatively large size, because the components used to prepare 50/60 Hz as transformers and large kapasitornya akan also. While the two types to a type known as the transition or switching (switching mode), which not only result in the provision of DC power that is much more efficient type of linear, but also relatively small and lightweight size. On the type of switching, the strategy used is to eliminate the frequency of 50/60 Hz through penyearah (rectification) directly from the input voltage, and output from penyearah is a cutting process (chopped), so the balance of a certain frequency alignment (switching frequency) high , about 20 kHz and 500 kHz, and then forwarded to a certain frequency transformer high, and then forwarded to the filter to the end of the output. Due to processing power via high frequency in the process pengconvertisasi then type swtiching produce the final product size and weight will be smaller than the type linier.
Initially, the provision of technology to use DC power vacuum cleaner pipe (vacuum tube), which are large and dangerous because it has a high voltage. This is now in the period, technology has been providing dc power to the provision of a method that utilizes solid state technology with a smaller size and with a lower voltage so that the relatively more secure. as mentioned earlier, that the provision of DC power source is holding a very important role in the use of electronic goods, so that the equipment provider of DC power source such as power supply and DC-DC modifier DC (DC-DC converter), became one of the areas of electronic which is currently developed by technical experts of the world. Noted that the DC power supply and DC-DC converter in the world in the past year, reaching its highest level in the design to be effective and efesien.
Furthermore, the development of technology, providing DC power not only in the range of ability to reduce or increase the power capacity and reduce the physical dimension, but also on how the processing power itself. In the first method used is known by the name of linear type (linear mode).
On the system AC to DC conversion, the type characterized by the use of linear combinations of the transformer 50/60Hz then proceed with the process penyearah (rectifier), filter (filter), and finally the linier (linear regulator). Because of the frequency of 50/60Hz linear type then this is likely to generate DC power tool provider of the relatively large size, because the components used to prepare 50/60 Hz as transformers and large kapasitornya akan also. While the two types to a type known as the transition or switching (switching mode), which not only result in the provision of DC power that is much more efficient type of linear, but also relatively small and lightweight size. On the type of switching, the strategy used is to eliminate the frequency of 50/60 Hz through penyearah (rectification) directly from the input voltage, and output from penyearah is a cutting process (chopped), so the balance of a certain frequency alignment (switching frequency) high , about 20 kHz and 500 kHz, and then forwarded to a certain frequency transformer high, and then forwarded to the filter to the end of the output. Due to processing power via high frequency in the process pengconvertisasi then type swtiching produce the final product size and weight will be smaller than the type linier.
0 comments: