KT-880 CF30 PEEK 美国苏威 ******
美国苏威PEEK KT-880 CF30产品介绍：
KT-880 CF30耐高温好，刚性强度好,注塑成型，易流动，FDA食品接触标准，黑色。主要应用：机械零部件，电气，汽车配件，化工及耐化学性好的工程制品。 食品级，PEEK主要应用：机械零部件，电气，汽车配件，化工及耐化学性好的工程制品。可在250℃下长期使用，与其他耐高温塑料如PI、PPS、PTFE、PPO等相比，使用温度上限高出近50℃；PEEK树脂不仅耐热性比其他耐高温塑料优异，而且具有高强度、高模量、高断裂韧性以及优良的尺寸稳定性； PEEK材料PEEK在高温下能保持较高的强度，它在200℃时的弯曲强度达24MPa左右，在250℃下弯曲强度和压缩强度仍有12～13MPa；PEEK的刚性较大，尺寸稳定性较好，线胀系数较小，非常接近于金属铝材料；
美国苏威PEEK KT-880 CF30特性：
在航天、***、半导体、制药和食品加工业得到非常普遍的应用，如卫XIN上的气体分板仪构件、热交换器刮片；因其优越的摩擦性能，在摩擦应用领域成为理想材料，如套筒轴承、滑动轴承、阀门座、密封圈、泵耐磨环等。 各种生产线用零部件，半导体液晶制造装置零部件，检验装置零部件，制造用治具，原子能关联零部件，电子元件，各种精密机器零部件，食品加工线关联零部件，化学机械设备关联零部件，熔接机器关联零部件，镀金加工机器关联零部件，金属表面处理关联零部件，绝热部件等。
美国苏威PEEK KT-880 CF30详解：
The tran***ission of information over frequency selectivedigital communicati*** channels is subject to intersymbolinterference (ISI). Equalization has proven to be an effectivemeans for removing ISI. The commonly used approach em-ploys a known sequence of training symbols and the equalizercoefficients are then adapted by using some adaptive algorithmso that the output of the equalizer closely matches the trainingsequences by minimizing the mean-squares-error (MMSE)criterion. However, in many high data rate bandlimited dig-ital communicati*** systems, the tran***ission of a trainingsequence results in a significant reduction in the effectivecommunication link data rate. Therefore, instead of using atraining sequence, only some statistical or structural propertiesof the tran***itted and received signal can be exploited in ablind process to adapt the equalizer i.e. blind equalization.One of the simplest and the most effective blind equalizationschemes is the c***tant modulus algorithm (CMA) [1], [2],which uses c***tant modularity as the desired property ofthe output of the receiver. A great deal of research aboutconvergence beh***ior has been reported but a lack of com-prehension about the global convergence of these algorithmshas limited their utilization. Global convergence has beenproven under ideal conditi*** [1], [2], [3], [4] (e.g., noise-freeand doubly infinite equalizer) providing the inverse transferfunction of the channel. However, this assumption can beexcessive and the channel noise must be c***idered in thedesign of the equalizer. Recently, Zenget al.[5] h***e proposedinteresting results on the relashi***hips between blind andWiener receivers in the noisy case. They observe that if aWiener equalizer reaches an acceptable MSE performance,there exists a CM equalizer in its immediate nei***orhoodwhich is approximately a scaled version of the Wiener receiver.