医学影像
D.esigning MRI EquipmentMagnetic resonance imaging (MRI) is a medical imaging technique using radio waves and magnetic fields to create detailed cross-sectional images of internal organs and structures within the body. Widely used in patient analysis and medical diagnosis, MRI often reveals different information about bodily structures than can be visualized using other imaging methods such as X-ray, computed tomography (CT) or ultrasound.
MicroSemi以其高可靠性，高性能解决方案而闻名。我们的医疗解决方案产品组合对齐，以帮助您提供创新的植入设备疗法，诊断和监控解决方案，从而实现更好的患者护理和生活质量。联系你当地的MicroSemi销售办事处今天，为您的医疗成像设计需求找到合适的技术和产品。yabo154. vip 组件时钟: RF Oscillators for MRI EquipmentMagnetic resonance imaging (MRI) equipment requires a local reference oscillator, in order to serve as a source for all the RF components in the multiple MRI circuit boards. Microsemi's Rubidium MAC (Miniature Atomic Clock) is ideal for medical imaging applications to serve as this local reference oscillator.Rubidium MAC Advantages for MRIs
SiC二极管/ FETfor MRI Power ConversionSilicone Carbide (SiC) Schottky Diodes and MosFETs offer superior dynamic and thermal performance over conventional silicon power diodes and MosFETs. The table below summarizes the advantages of SiC vs Si power discretes.
MicroSemi SiC肖特基二极管优点
MicroSemi SiC Mosfets.优点
MicroSemi也制造SiC Schottky Diode Modules和SIC MOSFET模块，这允许更高的集成和较低的市场时间。 SiC Documentation准备了解更多？联系你当地的MicroSemi销售办事处today to find the right technologies and products for your medical imaging design need功率ModulesMicroSemi的电源模块产品适用于几个MRI子系yabo154. vip统，包括梯度放大器（相位腿IGBT，以及降压或升压），交流整流桥（二极管模块）和大功率衬里调节器（MOSFET模块）。要为MRI电源子系统选择最佳的MicroSemi电源模块，请从下面的选择表中选择。斩波器和相位腿IGBT模块
IGBT.Module Technology Selection
标准恢复整流器模块
用于线性稳压器的单和双MOSFET模块
Non Magnetic TVS: Data Integrity in MRIs数据线易受瞬态浪涌的影响，并且电视阵列通常用于抑制这些瞬态浪涌。yabo8855下载在MRIS（大磁场）中，用于构造TVS阵列的材料也可能受到影响，降低了它们的有效性。传统的TVS阵列使用铜合金A194使导致更硬，这在苛刻的磁环境中是不可接受的。MicroSemi的非磁力电视阵列使用不同的合金，铁内容0％，与MRIS完全兼容。为了处理非磁性合金的固有更高的灵活性，与铁相比，MicroSemi的非贴上电视阵列使用QFN143封装，这100％与传统的SOT143兼容。在QFN143封装中，环氧壳体可防止引线弯曲。EventsEvents所有USBQNM504XXX电视阵列支持500W（8/20US脉冲），保护单线。 非磁力电视阵列选择表
所有USBQNM504XXX电视阵列支持500W（8/20US脉冲），保护单线。 RF引脚二极管for MRIRadio-frequency (RF) coils, known also as RF resonators and 端环共振/防谐振切换二极管
表面线圈：接收阵列引脚二极管Loop Array or Strip Array: 4 channels and N x 4 channels
Transmit/Receive Control Boards
Receiver Protection Circuits
MRI RF PIN Diodes Application NotesRF MosFETs for Magnetic Resonance Imaging在MRIS中，MARMOR频率根据MRI场强度确定RF放大器中使用的RF MOSFET的选择。 MASFET选择表MOSFET选择表
MRI RF RF Amplifier MosFET Application Notes
准备了解更多？联系你当地的MicroSemi销售办事处今天，为您的医疗成像设计需求找到合适的技术和产品。yabo154. vip 医学成像中的FPGAFPGA在广泛的医疗设备中发现了大部分医学成像功能的用法，例如CT扫描，MRIS，3D超声波和X射线机。MicroSemi的SoC和FPGA具有独特的差异因素为人机界面（HMI），显示，帧抓取，视频捕获和图像处理提供了理想的医疗应用解决方案。 MicroSemi FPGA医学成像的区分因子
FPGA医学成像功能
For more information on FPGA based Imaging/Video solutions visit成像/视频
医学影像FPGA Application BriefsSolectrix SXoM-SF2is a high performance, low power, secure and ultra-compact DSP SOM solution based onSmartFusion2 SoC.FPGA由于其DSP和高速PCIE流，设备非常适合医疗成像应用。 |
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产品D.irectory
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Ethernet PHYs - Transient Voltage Suppressors (TVS)TVS Array
- 驱动程序，界面和PCIe开关
- 产品& Services DirectoryFPGA & SoC
- FPGAsIGLOO2 FPGA.
- SoC FPGAsSmartFusion2 SoC.
- 碳化硅（SIC）半导体SiC Schottky Barrier Diodes
- 碳化硅（SIC）半导体SIC MOSFET.
- 电源分割和模块D.iode and Rectifier Devices
- 电源分割和模块IGBT.
- 功率ModulesMOSFET模块
- 功率Modules整流器模块
- RF /微波硅和GaAs二极管硅和GaAs PIN二极管
- 硅和GaAs PIN二极管Surface Mount PIN Diodes
