【摘 要】
：
CAN收发器必须能够在极其恶劣的电气环境下可靠地传输数据。由于收发器通常是昂贵的节点电子和CAN总线的唯一接口,所以SN65HVD1050许多工作安全特性的实现偏重于CAN应用。这
论文部分内容阅读
CAN收发器必须能够在极其恶劣的电气环境下可靠地传输数据。由于收发器通常是昂贵的节点电子和CAN总线的唯一接口,所以SN65HVD1050许多工作安全特性的实现偏重于CAN应用。这些特性包括电磁(EM)抗扰度、低EM干扰、噪声抑制、静电(ESO)防护、故障容差以及热插人或电源循环(powerc
CAN transceivers must be able to reliably transmit data in harsh electrical environments. Because transceivers are often the only interface to costly node electronics and CAN buses, many of the job safety features of the SN65HVD1050 are implemented with emphasis on CAN applications. These features include electromagnetic (EM) immunity, low EM interference, noise suppression, electrostatic (ESO) protection, fault tolerance, and power plug-in or power cycle
其他文献
The magnetisation of heavy holes in III-V semiconductor quantum wells with Rashba spin-orbit coupling(SOC)in an exteal perpendicular magnetic field is studied t
1992年是黑龙江垦区遭受特大洪涝灾害后的第一年。千方百计争取实现大豆高产,是落实总局“一年受灾,一年恢复”战略目标的重要措施之一。而涝灾又为大豆生产带来了重重困难,
This paper investigates the control and synchronization of hyperchaotic Chen system based on the passive theory.By using two outputs,novel passive controllers a
Based on relativistic multichannel theory, this paper calculates the energy levels of autoionization Rydberg series 4s2nf(n = 4 - 23)Jπ =(7/2)° of scandium at
This paper presents a reconstruction model of three-dimensional temperature distribution in fuace based on radiative energy images captured by charge-coupled de
The electronic and the optical properties of the cubic zinc-blende(ZB)BeS under high pressure have been in-vestigated by using ab inztio plane-wave pseudopotent
A new circuit unit for the analysis and the synthesis of the chaotic behaviours in a fractional-order Liu system is proposed in this paper.Based on the approxim
This paper proposes a new robust chaotic system of three-dimensional quadratic autonomous ordinary differential equations by introducing an exponential quadrati
植物的生长发育过程受到众多基因的调控作用的影响。在拟南芥开花调控网络中,开花抑制基因FLC处于枢纽地位。FLC属于MADS盒基因。在水稻基因组中,和拟南芥FLC同源性最高的是OsMADS59。鉴于生物进化的保守性和拟南芥FLC基因的重要功能,研究OsMADS59在水稻中的功能及它与其它开花调控基因的关系,具有重要意义。本研究利用农杆菌介导法,将OsMADS59过表达和RNAi载体转化入水稻植株,为