GE IS200PMCIH1ABA 印刷电路板

印刷电路板一般指印制电路板。 印制电路板（Printed circuit boards），又称印刷电路板，是电子元器件电气连接的提供者。印制电路板多用“PCB”来表示，而不能称其为“PCB板”。印制电路板的设计主要是版图设计；采用电路板的主要优点是大大减少布线和.IS200PMCIH1ABA 印刷电路板用于燃气轮机 GE通用电气MKVI系列

燃气轮机和蒸汽轮机的区别

1气轮机是燃烧柴油或天然气的一种内燃机（国内也燃烧重油，在国外一般燃zhi烧的是柴油或天然气），用燃料与空气混合燃烧后产生的气体推动叶片做功。（以重油作为原料的话要经常清洗叶片，因为重油比较脏）。蒸汽轮机是以过热蒸汽推动汽缸叶片做功！

2.效率燃气轮机的效率较低。汽轮机效率很高。内部温度在燃气轮机中，内部温度达到1500摄氏度，比蒸汽轮机的温度要高得多。在汽轮机中，内部温度仅达到500至650摄氏度，不到燃气轮机反应温度的一半。

3.安装空间在燃气轮机中，所需的安装空间更少。在汽轮机中，安装需要更多的空间。大规模的生产每千瓦生产的燃气轮机质量较少。每千瓦生产的汽轮机质量更高。成本燃气轮机的安装和运行成本较低。蒸汽轮机需要的安装和运行成本较高。

Printed circuit boards generally refer to printed circuit boards. Printed circuit boards, also known as printed circuit boards, are providers of electrical connections for electronic components. Printed circuit boards are often referred to as' PCB 'rather than' PCB board '. The design of printed circuit boards mainly involves layout design; The main advantage of using a circuit board is that it greatly reduces wiring and uses the IS200PMCIH1ABA printed circuit board for the gas turbine GE General Electric MKVI series

Differences between Gas Turbines and Steam Turbines

A gas turbine is a type of internal combustion engine that burns diesel or natural gas (although it also burns heavy oil domestically, it usually burns diesel or natural gas abroad). The gas produced by mixing fuel with air is used to push the blades to do work. (If heavy oil is used as the raw material, the blades should be cleaned frequently because heavy oil is dirty). The steam turbine uses Superheated steam to drive the cylinder blades to do work!

2. The efficiency of gas turbines is relatively low. The efficiency of the steam turbine is very high. The internal temperature in a gas turbine reaches 1500 degrees Celsius, which is much higher than that of a steam turbine. In a steam turbine, the internal temperature only reaches 500 to 650 degrees Celsius, less than half of the reaction temperature of the gas turbine.

3. In gas turbines, less installation space is required. In a steam turbine, installation requires more space. The mass production of gas turbines per kilowatt produces less quality. The quality of steam turbines produced per kilowatt is higher. The installation and operation costs of gas turbines are relatively low. The installation and operation costs required for steam turbines are relatively high.