CAD多通道混频器电路设计

摘 要 随着时代的进步以及新技术、新材料的出现，电子工业技术得到了蓬勃的发展，大规模、超大规模的集成电路不断出现并越来越复杂，像以往单一靠手工绘图已不可能，这就促进了计算机辅助设计和绘图的发展，protel正是在这样的环境和背景下产生的。Protel DXP以其界面的友好、直观和用户操作的便利，成为世界范围内应用于电子线路设计与印制电路板设计方面最流行的软件。 混频是一种频率变换过程，是将信号从某一频率变换为另一频率，把已调制信号（调幅波或调频波）的载波频率从高频变换成固定的中频。设计的混频器电路，带有8个输入通道，2个输出通道，利用多通道设计方法，子图上建立一个输入通道，一个输出通道。本 论文 政研论文下载论文大学下载论文大学下载关于长拳的论文浙大论文封面下载 介绍了应用Protel DXP设计多通道混频器电路的方法，采用自顶向下的层次原理图的设计方法来进行设计。 关键词：Protel DXP，多通道混频器电路，自顶向下，层次原理图 目 录 1 1. 设计要求...................................................... 1 1.1. 课题的内容和要求......................................... 1.2. 方案 气瓶 现场处置方案 .pdf气瓶 现场处置方案 .doc见习基地管理方案.doc关于群访事件的化解方案建筑工地扬尘治理专项方案下载 的分析与选取.........................................1 2. 系统总体设计..................................................1 2.1. 系统总体设计方案.........................................1 2.2. 层次原理图的设计.........................................2 2.3. 多通道的设计.............................................2 3. 系统详细设计..................................................4 3.1. 原理图总图...............................................4 3.2. 子图模块的设计...........................................5 3.2.1. 电源电路系统模块的设计..............................5 3.2.2. 接收器电路系统模块的设计............................6 3.2.3. 信号输入信道系统模块的设计..........................6 3.2.4. 信号输出信道与LED电平指示系统模块的设计............7 3.2.5. 监控器电路系统模块的设计............................7 3.2.6. 混频器电路系统模块的设计............................8 3.2.7. 带通滤波器电路系统模块的设计........................8 3.3. 报表生成.................................................9 3.3.1.网络表文件...........................................9 3.3.2 原理图报表（元器件清单）.............................9 3.4. 印刷电路板的绘制........................................24 3.4.1 电路板的规划........................................24 3.4.2 使用设计同步器向PCB传递设计信息....................24 3.4.3 元件的自动布局及手工调整............................24 3.4.4 元件的自动布线......................................24 3.4.4.1 多通道在PCB的布线................................24 3.4.5 元件标注及边框的调整................................26 3.4.6 覆铜................................................28 3.4.7 建立项目元件库......................................28 4. 主要问题及解决 办法 鲁班奖评选办法下载鲁班奖评选办法下载鲁班奖评选办法下载企业年金办法下载企业年金办法下载 ............................................28 5. 收获与体会....................................................28 6. 参考文献.....................................................29 1. 设计要求 1.1. 课题的内容和要求 混频是一种频率变换过程，是将信号从某一频率变换为另一频率，把已调制信号（调幅波或调频波）的载波频率从高频变换成固定的中频。设计的混频器电路，带有8个输入通道，2个输出通道。利用多通道设计方法，子图上建立一个输入通道，一个输出通道。 1.2. 方案的分析与选取 方案一：在整张图纸上设计出所有电路，但如果在大规模设计中将原理图绘制 在同一张图纸上，那么该原理图将显得臃肿、庞杂，检测和修改起来 相当困难，交给其他设计者则难以读懂，从而造成设计交流的困难。 方案二：采用层次原理图的设计方法完成原理图的设计。采用层次化设计后， 原理图按照某种 标准 excel标准偏差excel标准偏差函数exl标准差函数国标检验抽样标准表免费下载红头文件格式标准下载 划分为若干功能部分，分别绘制在多张原理图纸 上形成子图，同时，这些子图由一张主图来说明它们之间的联系，各 张子图与主图及各张子图之间是通过输入/输出端口或网络标号建立 起电气连接，这样有效地解决了方案一所面临的问题。 所以本设计将采取方案二的层次原理图的设计方法。 系统总体设计 2.1. 系统总体设计方案 整个系统由电源电路系统、接收器电路系统、信号输入信道系统、信号输出信道与LED电平指示系统、监控器电路系统、混频器电路系统、带通滤波器电路系统一共7个系统模块所组成。 1 2.2. 层次原理图的设计 本设计采用自顶而下的层次原理图的设计方法，由电路方块图生成基本模块的电路原理图。如下图1 图1 自顶向下的设计流程图 2.3. 多通道的设计 所谓多通道设计其实就是对同一个通道（子图）的多次引用。PROTEL DXP支持多通道设计。多通道设计可以大大提高设计效率，节省重复画图和布线的时间。画原理图时，通过Repeat命令复制子图。PCB布线时，通过ROOM 格式 pdf格式笔记格式下载页码格式下载公文格式下载简报格式下载 来复制已有的布线格式。 （1） 画出需要重复的子图。 （2） 在顶层原理图里放置这个子图生成的Symbol，如图2 2 图2 （3） 修改这个Symbol的属性，标志符为：Repeat(原理图元件标志符，第一 个通道，最后一个通道)，原理图元件标志符应尽量简单，因为当项目被 编译时，原理图元件标志符会自动加到各元件名字后面，如 R3--->R3_MC1，如下图3所示： 3 图3 改后的Symbol的属性 （4）修改PORT的名字，如下图4： 图4 （5）在顶层原理图中利用总线和标签来连线。 （6）编译PCB工程。 系统详细设计 3.1. 原理图总图 4 图5 多通道混频器电路总图 3.2. 子图模块的设计 3.2.1. 电源电路系统模块的设计 电路板工作电压为直流+15伏和-15伏，包含有稳压和滤波部分的设计，如图6。 图6 电源电路系统 5 3.2.2. 接收器电路系统模块的设计 由一级集成运算放大电路和一级功率放大电路组成，如图7 图7 接收器电路系统 3.2.3. 信号输入信道系统模块的设计 主要由多级集成运算放大电路组成，如图8 图8 信号输入信道系统 6 3.2.4. 信号输出信道与LED电平指示系统模块的设计 由三级集成运算放大电路和显示电路组成，如图9 图9 信号输出信道与LED电平指示系统 3.2.5. 监控器电路系统模块的设计 由一级电压跟随器和一级集成运算放大电路组成，如图10 图10 监控器电路系统 7 3.2.6. 混频器电路系统模块的设计 由两级集成运算放大电路组成，如图11 图11 混频器电路系统 3.2.7. 带通滤波器电路系统模块的设计 由两级集成运算放大电路组成，如图12 图12 带通滤波器电路系统 8 3.3. 报表生成 3.3.1 网络表文件 执行“Design → Netlist → Protel”命令，将生成所需的网络表文件。 3.3.2 原理图报表（元器件清单） 打开原理图文件，执行“Rport→Bill of Materials”命令，将生成原理图的 元器件清单。如下表 Description Designator Footprint LibRef Quantity Capacitor C1 RAD-0.3 Cap 1 Capacitor C2 RAD-0.3 Cap 1 Capacitor C3 RAD-0.3 Cap 1 Capacitor C4 RAD-0.3 Cap 1 Capacitor C5 RAD-0.3 Cap 1 Capacitor C6 RAD-0.3 Cap 1 Capacitor C7_CIN1 RAD-0.3 Cap 1 Capacitor C7_CIN2 RAD-0.3 Cap 1 Capacitor C7_CIN3 RAD-0.3 Cap 1 Capacitor C7_CIN4 RAD-0.3 Cap 1 Capacitor C7_CIN5 RAD-0.3 Cap 1 Capacitor C7_CIN6 RAD-0.3 Cap 1 Capacitor C7_CIN7 RAD-0.3 Cap 1 Capacitor C7_CIN8 RAD-0.3 Cap 1 Capacitor C8_CIN1 RAD-0.3 Cap 1 Capacitor C8_CIN2 RAD-0.3 Cap 1 Capacitor C8_CIN3 RAD-0.3 Cap 1 Capacitor C8_CIN4 RAD-0.3 Cap 1 Capacitor C8_CIN5 RAD-0.3 Cap 1 Capacitor C8_CIN6 RAD-0.3 Cap 1 Capacitor C8_CIN7 RAD-0.3 Cap 1 Capacitor C8_CIN8 RAD-0.3 Cap 1 Capacitor C9_CIN1 RAD-0.3 Cap 1 Capacitor C9_CIN2 RAD-0.3 Cap 1 Capacitor C9_CIN3 RAD-0.3 Cap 1 Capacitor C9_CIN4 RAD-0.3 Cap 1 Capacitor C9_CIN5 RAD-0.3 Cap 1 Capacitor C9_CIN6 RAD-0.3 Cap 1 Capacitor C9_CIN7 RAD-0.3 Cap 1 Capacitor C9_CIN8 RAD-0.3 Cap 1 Capacitor C10_CIN1 RAD-0.3 Cap 1 Capacitor C10_CIN2 RAD-0.3 Cap 1 Capacitor C10_CIN3 RAD-0.3 Cap 1 Capacitor C10_CIN4 RAD-0.3 Cap 1 Capacitor C10_CIN5 RAD-0.3 Cap 1 Capacitor C10_CIN6 RAD-0.3 Cap 1 Capacitor C10_CIN7 RAD-0.3 Cap 1 Capacitor C10_CIN8 RAD-0.3 Cap 1 Capacitor C11 RAD-0.3 Cap 1 Capacitor C12 RAD-0.3 Cap 1 Capacitor C13_COUT1 RAD-0.3 Cap 1 Capacitor C13_COUT2 RAD-0.3 Cap 1 Capacitor C14_COUT1 RAD-0.3 Cap 1 Capacitor C14_COUT2 RAD-0.3 Cap 1 Capacitor C15 CAPR5-4X5 Cap2 1 Capacitor C15_COUT1 CAPR5-4X5 Cap2 1 Capacitor C15_COUT2 CAPR5-4X5 Cap2 1 Capacitor C16_CIN1 CAPR5-4X5 Cap2 1 Capacitor C16_CIN2 CAPR5-4X5 Cap2 1 Capacitor C16_CIN3 CAPR5-4X5 Cap2 1 Capacitor C16_CIN4 CAPR5-4X5 Cap2 1 Capacitor C16_CIN5 CAPR5-4X5 Cap2 1 Capacitor C16_CIN6 CAPR5-4X5 Cap2 1 Capacitor C16_CIN7 CAPR5-4X5 Cap2 1 Capacitor C16_CIN8 CAPR5-4X5 Cap2 1 Capacitor C18_CIN1 CAPR5-4X5 Cap2 1 Capacitor C18_CIN2 CAPR5-4X5 Cap2 1 Capacitor C18_CIN3 CAPR5-4X5 Cap2 1 Capacitor C18_CIN4 CAPR5-4X5 Cap2 1 Capacitor C18_CIN5 CAPR5-4X5 Cap2 1 Capacitor C18_CIN6 CAPR5-4X5 Cap2 1 Capacitor C18_CIN7 CAPR5-4X5 Cap2 1 Capacitor C18_CIN8 CAPR5-4X5 Cap2 1 Capacitor C19 CAPR5-4X5 Cap2 1 Capacitor C20 CAPR5-4X5 Cap2 1 Polarized Capacitor (Surface Mount) C21 CC2012-0805 Cap Pol3 1 Capacitor C23_COUT1 CAPR5-4X5 Cap2 1 Capacitor C23_COUT2 CAPR5-4X5 Cap2 1 Capacitor C24 RAD-0.3 Cap 1 Capacitor C25_CIN1 RAD-0.3 Cap 1 Capacitor C25_CIN2 RAD-0.3 Cap 1 Capacitor C25_CIN3 RAD-0.3 Cap 1 Capacitor C25_CIN4 RAD-0.3 Cap 1 Capacitor C25_CIN5 RAD-0.3 Cap 1 Capacitor C25_CIN6 RAD-0.3 Cap 1 Capacitor C25_CIN7 RAD-0.3 Cap 1 Capacitor C25_CIN8 RAD-0.3 Cap 1 Capacitor C26_CIN1 RAD-0.3 Cap 1 Capacitor C26_CIN2 RAD-0.3 Cap 1 Capacitor C26_CIN3 RAD-0.3 Cap 1 Capacitor C26_CIN4 RAD-0.3 Cap 1 Capacitor C26_CIN5 RAD-0.3 Cap 1 Capacitor C26_CIN6 RAD-0.3 Cap 1 Capacitor C26_CIN7 RAD-0.3 Cap 1 Capacitor C26_CIN8 RAD-0.3 Cap 1 Capacitor C27_CIN1 RAD-0.3 Cap 1 Capacitor C27_CIN2 RAD-0.3 Cap 1 Capacitor C27_CIN3 RAD-0.3 Cap 1 Capacitor C27_CIN4 RAD-0.3 Cap 1 Capacitor C27_CIN5 RAD-0.3 Cap 1 Capacitor C27_CIN6 RAD-0.3 Cap 1 Capacitor C27_CIN7 RAD-0.3 Cap 1 Capacitor C27_CIN8 RAD-0.3 Cap 1 Capacitor C28_COUT1 RAD-0.3 Cap 1 Capacitor C28_COUT2 RAD-0.3 Cap 1 Capacitor C29_CIN1 RAD-0.3 Cap 1 Capacitor C29_CIN2 RAD-0.3 Cap 1 Capacitor C29_CIN3 RAD-0.3 Cap 1 Capacitor C29_CIN4 RAD-0.3 Cap 1 Capacitor C29_CIN5 RAD-0.3 Cap 1 Capacitor C29_CIN6 RAD-0.3 Cap 1 Capacitor C29_CIN7 RAD-0.3 Cap 1 Capacitor C29_CIN8 RAD-0.3 Cap 1 Capacitor C30_CIN1 RAD-0.3 Cap 1 Capacitor C30_CIN2 RAD-0.3 Cap 1 Capacitor C30_CIN3 RAD-0.3 Cap 1 Capacitor C30_CIN4 RAD-0.3 Cap 1 Capacitor C30_CIN5 RAD-0.3 Cap 1 Capacitor C30_CIN6 RAD-0.3 Cap 1 Capacitor C30_CIN7 RAD-0.3 Cap 1 Capacitor C30_CIN8 RAD-0.3 Cap 1 Capacitor C31_CIN1 RAD-0.3 Cap 1 Capacitor C31_CIN2 RAD-0.3 Cap 1 Capacitor C31_CIN3 RAD-0.3 Cap 1 Capacitor C31_CIN4 RAD-0.3 Cap 1 Capacitor C31_CIN5 RAD-0.3 Cap 1 Capacitor C31_CIN6 RAD-0.3 Cap 1 Capacitor C31_CIN7 RAD-0.3 Cap 1 Capacitor C31_CIN8 RAD-0.3 Cap 1 Capacitor C32_CIN1 RAD-0.3 Cap 1 Capacitor C32_CIN2 RAD-0.3 Cap 1 Capacitor C32_CIN3 RAD-0.3 Cap 1 Capacitor C32_CIN4 RAD-0.3 Cap 1 Capacitor C32_CIN5 RAD-0.3 Cap 1 Capacitor C32_CIN6 RAD-0.3 Cap 1 Capacitor C32_CIN7 RAD-0.3 Cap 1 Capacitor C32_CIN8 RAD-0.3 Cap 1 Capacitor C33_CIN1 RAD-0.3 Cap 1 Capacitor C33_CIN2 RAD-0.3 Cap 1 Capacitor C33_CIN3 RAD-0.3 Cap 1 Capacitor C33_CIN4 RAD-0.3 Cap 1 Capacitor C33_CIN5 RAD-0.3 Cap 1 Capacitor C33_CIN6 RAD-0.3 Cap 1 Capacitor C33_CIN7 RAD-0.3 Cap 1 Capacitor C33_CIN8 RAD-0.3 Cap 1 Capacitor C34 RAD-0.3 Cap 1 Capacitor C35 RAD-0.3 Cap 1 Capacitor C35_COUT1 RAD-0.3 Cap 1 Capacitor C35_COUT2 RAD-0.3 Cap 1 Capacitor C37 RAD-0.3 Cap 1 Capacitor C38 RAD-0.3 Cap 1 Capacitor C39_COUT1 RAD-0.3 Cap 1 Capacitor C39_COUT2 RAD-0.3 Cap 1 Capacitor C40_COUT1 RAD-0.3 Cap 1 Capacitor C40_COUT2 RAD-0.3 Cap 1 Capacitor C41 RAD-0.3 Cap 1 Capacitor C42 RAD-0.3 Cap 1 Capacitor C43 RAD-0.3 Cap 1 Capacitor C44 RAD-0.3 Cap 1 Polarized Capacitor (Surface Mount) C45 CC2012-0805 Cap Pol3 1 Polarized Capacitor (Surface Mount) C46 CC2012-0805 Cap Pol3 1 Polarized Capacitor (Surface Mount) C47 CC2012-0805 Cap Pol3 1 Polarized Capacitor (Surface Mount) C48 CC2012-0805 Cap Pol3 1 Capacitor C49_COUT1 CAPR5-4X5 Cap2 1 Capacitor C49_COUT2 CAPR5-4X5 Cap2 1 Capacitor C50_COUT1 CAPR5-4X5 Cap2 1 Capacitor C50_COUT2 CAPR5-4X5 Cap2 1 Capacitor C51_COUT1 RAD-0.3 Cap 1 Capacitor C51_COUT2 RAD-0.3 Cap 1 High Conductance Fast Diode D1 DIO7.1-3.9x1.9 Diode 1N914 1 High Conductance Fast Diode D2 DIO7.1-3.9x1.9 Diode 1N914 1 1 Amp General Purpose Rectifier D3 DIO10.46-5.3x2.8 Diode 1N4004 1 1 Amp General Purpose Rectifier D4 DIO10.46-5.3x2.8 Diode 1N4004 1 1 Amp General Purpose Rectifier D5 DIO10.46-5.3x2.8 Diode 1N4004 1 1 Amp General Purpose Rectifier D6 DIO10.46-5.3x2.8 Diode 1N4004 1 Typical INFRARED GaAs LED DS1_COUT1 LED-0 LED0 1 Typical INFRARED GaAs LED DS1_COUT2 LED-0 LED0 1 Typical INFRARED GaAs LED DS2_COUT1 LED-0 LED0 1 Typical INFRARED GaAs LED DS2_COUT2 LED-0 LED0 1 Typical INFRARED GaAs LED DS3_COUT1 LED-0 LED0 1 Typical INFRARED GaAs LED DS3_COUT2 LED-0 LED0 1 Typical INFRARED GaAs LED DS4_COUT1 LED-0 LED0 1 Typical INFRARED GaAs LED DS4_COUT2 LED-0 LED0 1 Typical INFRARED GaAs LED DS5_COUT1 LED-0 LED0 1 Typical INFRARED GaAs LED DS5_COUT2 LED-0 LED0 1 Typical INFRARED GaAs LED DS6_COUT1 LED-0 LED0 1 Typical INFRARED GaAs LED DS6_COUT2 LED-0 LED0 1 Typical INFRARED GaAs LED DS7_COUT1 LED-0 LED0 1 Typical INFRARED GaAs LED DS7_COUT2 LED-0 LED0 1 Typical INFRARED GaAs LED DS8_COUT1 LED-0 LED0 1 Typical INFRARED GaAs LED DS8_COUT2 LED-0 LED0 1 Typical INFRARED GaAs LED DS9_COUT1 LED-0 LED0 1 Typical INFRARED GaAs LED DS9_COUT2 LED-0 LED0 1 Typical INFRARED GaAs LED DS10_COUT1 LED-0 LED0 1 Typical INFRARED GaAs LED DS10_COUT2 LED-0 LED0 1 Fuse F1 PIN-W2/E2.8 Fuse 2 1 RCA Phono Jack, Right Angle, Thru-Hole, Snap-In Headphone RCA/4.5-H2 RCA 1 RCA Phono Jack, Right Angle, Thru-Hole, Snap-In J1 RCA/4.5-H2 RCA 1 IEC Mains Power Outlet, EN60 320-2-2 F Class I, PC Flange Rear Mount, Chassis Socket J2_CIN1 IEC7-2H3 Plug AC Female 1 IEC Mains Power Outlet, EN60 320-2-2 F Class I, PC Flange Rear Mount, Chassis Socket J2_CIN2 IEC7-2H3 Plug AC Female 1 IEC Mains Power Outlet, EN60 320-2-2 F Class I, PC Flange Rear Mount, Chassis Socket J2_CIN3 IEC7-2H3 Plug AC Female 1 IEC Mains Power Outlet, EN60 320-2-2 F Class I, PC Flange Rear Mount, Chassis Socket J2_CIN4 IEC7-2H3 Plug AC Female 1 IEC Mains Power Outlet, EN60 320-2-2 F Class I, PC Flange Rear Mount, Chassis Socket J2_CIN5 IEC7-2H3 Plug AC Female 1 IEC Mains Power Outlet, EN60 320-2-2 F Class I, PC Flange Rear Mount, Chassis Socket J2_CIN6 IEC7-2H3 Plug AC Female 1 IEC Mains Power Outlet, EN60 320-2-2 F Class I, PC Flange Rear Mount, Chassis Socket J2_CIN7 IEC7-2H3 Plug AC Female 1 IEC Mains Power Outlet, EN60 320-2-2 F Class I, PC Flange Rear Mount, Chassis Socket J2_CIN8 IEC7-2H3 Plug AC Female 1 IEC Mains Power Outlet, EN60 320-2-2 F Class I, PC Flange Rear Mount, Chassis Socket J3_COUT1 IEC7-2H3 Plug AC Female 1 IEC Mains Power Outlet, EN60 320-2-2 F Class I, PC Flange Rear Mount, Chassis Socket J3_COUT2 IEC7-2H3 Plug AC Female 1 Jack Socket, 1/4" [6.5mm], Thru-Hole, Vertical, 3-Conductor Open Circuit (Non-Normalling) J4_CIN1 JACK/6-V3 Phonejack3 1 Jack Socket, 1/4" [6.5mm], Thru-Hole, Vertical, 3-Conductor Open Circuit (Non-Normalling) J4_CIN2 JACK/6-V3 Phonejack3 1 Jack Socket, 1/4" [6.5mm], Thru-Hole, Vertical, 3-Conductor Open Circuit (Non-Normalling) J4_CIN3 JACK/6-V3 Phonejack3 1 Jack Socket, 1/4" [6.5mm], Thru-Hole, Vertical, 3-Conductor Open Circuit (Non-Normalling) J4_CIN4 JACK/6-V3 Phonejack3 1 Jack Socket, 1/4" [6.5mm], Thru-Hole, Vertical, 3-Conductor Open Circuit (Non-Normalling) J4_CIN5 JACK/6-V3 Phonejack3 1 Jack Socket, 1/4" [6.5mm], Thru-Hole, Vertical, 3-Conductor Open Circuit (Non-Normalling) J4_CIN6 JACK/6-V3 Phonejack3 1 Jack Socket, 1/4" [6.5mm], Thru-Hole, Vertical, 3-Conductor Open Circuit (Non-Normalling) J4_CIN7 JACK/6-V3 Phonejack3 1 Jack Socket, 1/4" [6.5mm], Thru-Hole, Vertical, 3-Conductor Open Circuit (Non-Normalling) J4_CIN8 JACK/6-V3 Phonejack3 1 RCA Phono Jack, Right Angle, Thru-Hole, Snap-In J5 RCA/4.5-H2 RCA 1 RCA Phono Jack, Right Angle, Thru-Hole, Snap-In J6 RCA/4.5-H2 RCA 1 Header, 3-Pin, Right Angle J8 HDR1X3H Header 3H 1 Amplifier Transistor NPN Silicon Q1 29-04 BC338-25 1 Amplifier Transistor PNP Silicon Q2 29-04 BC328-25 1 Resistor R1 AXIAL-0.3 Res1 1 Resistor R2 AXIAL-0.3 Res1 1 Resistor R3_CIN1 AXIAL-0.3 Res1 1 Resistor R3_CIN2 AXIAL-0.3 Res1 1 Resistor R3_CIN3 AXIAL-0.3 Res1 1 Resistor R3_CIN4 AXIAL-0.3 Res1 1 Resistor R3_CIN5 AXIAL-0.3 Res1 1 Resistor R3_CIN6 AXIAL-0.3 Res1 1 Resistor R3_CIN7 AXIAL-0.3 Res1 1 Resistor R3_CIN8 AXIAL-0.3 Res1 1 Resistor R4_CIN1 C1608-0603 Res3 1 Resistor R4_CIN2 C1608-0603 Res3 1 Resistor R4_CIN3 C1608-0603 Res3 1 Resistor R4_CIN4 C1608-0603 Res3 1 Resistor R4_CIN5 C1608-0603 Res3 1 Resistor R4_CIN6 C1608-0603 Res3 1 Resistor R4_CIN7 C1608-0603 Res3 1 Resistor R4_CIN8 C1608-0603 Res3 1 Resistor R5_CIN1 C1608-0603 Res3 1 Resistor R5_CIN2 C1608-0603 Res3 1 Resistor R5_CIN3 C1608-0603 Res3 1 Resistor R5_CIN4 C1608-0603 Res3 1 Resistor R5_CIN5 C1608-0603 Res3 1 Resistor R5_CIN6 C1608-0603 Res3 1 Resistor R5_CIN7 C1608-0603 Res3 1 Resistor R5_CIN8 C1608-0603 Res3 1 Resistor R6_CIN1 C1608-0603 Res3 1 Resistor R6_CIN2 C1608-0603 Res3 1 Resistor R6_CIN3 C1608-0603 Res3 1 Resistor R6_CIN4 C1608-0603 Res3 1 Resistor R6_CIN5 C1608-0603 Res3 1 Resistor R6_CIN6 C1608-0603 Res3 1 Resistor R6_CIN7 C1608-0603 Res3 1 Resistor R6_CIN8 C1608-0603 Res3 1 Thermistor R7 R2012-0805 Res Thermal 1 Resistor R8_COUT1 AXIAL-0.3 Res1 1 Resistor R8_COUT2 AXIAL-0.3 Res1 1 Resistor R9 AXIAL-0.3 Res1 1 Resistor R10 AXIAL-0.3 Res1 1 Resistor R11_CIN1 AXIAL-0.3 Res1 1 Resistor R11_CIN2 AXIAL-0.3 Res1 1 Resistor R11_CIN3 AXIAL-0.3 Res1 1 Resistor R11_CIN4 AXIAL-0.3 Res1 1 Resistor R11_CIN5 AXIAL-0.3 Res1 1 Resistor R11_CIN6 AXIAL-0.3 Res1 1 Resistor R11_CIN7 AXIAL-0.3 Res1 1 Resistor R11_CIN8 AXIAL-0.3 Res1 1 Resistor R12_CIN1 AXIAL-0.3 Res1 1 Resistor R12_CIN2 AXIAL-0.3 Res1 1 Resistor R12_CIN3 AXIAL-0.3 Res1 1 Resistor R12_CIN4 AXIAL-0.3 Res1 1 Resistor R12_CIN5 AXIAL-0.3 Res1 1 Resistor R12_CIN6 AXIAL-0.3 Res1 1 Resistor R12_CIN7 AXIAL-0.3 Res1 1 Resistor R12_CIN8 AXIAL-0.3 Res1 1 Resistor R13 AXIAL-0.3 Res1 1 Resistor R14 AXIAL-0.3 Res1 1 Resistor R15_COUT1 AXIAL-0.3 Res1 1 Resistor R15_COUT2 AXIAL-0.3 Res1 1 Resistor R16 AXIAL-0.3 Res1 1 Resistor R17 AXIAL-0.3 Res1 1 Resistor R18 AXIAL-0.3 Res1 1 Resistor R19 AXIAL-0.3 Res1 1 Resistor R20_CIN1 AXIAL-0.3 Res1 1 Resistor R20_CIN2 AXIAL-0.3 Res1 1 Resistor R20_CIN3 AXIAL-0.3 Res1 1 Resistor R20_CIN4 AXIAL-0.3 Res1 1 Resistor R20_CIN5 AXIAL-0.3 Res1 1 Resistor R20_CIN6 AXIAL-0.3 Res1 1 Resistor R20_CIN7 AXIAL-0.3 Res1 1 Resistor R20_CIN8 AXIAL-0.3 Res1 1 Resistor R21_CIN1 AXIAL-0.3 Res1 1 Resistor R21_CIN2 AXIAL-0.3 Res1 1 Resistor R21_CIN3 AXIAL-0.3 Res1 1 Resistor R21_CIN4 AXIAL-0.3 Res1 1 Resistor R21_CIN5 AXIAL-0.3 Res1 1 Resistor R21_CIN6 AXIAL-0.3 Res1 1 Resistor R21_CIN7 AXIAL-0.3 Res1 1 Resistor R21_CIN8 AXIAL-0.3 Res1 1 Resistor R22_CIN1 AXIAL-0.3 Res1 1 Resistor R22_CIN2 AXIAL-0.3 Res1 1 Resistor R22_CIN3 AXIAL-0.3 Res1 1 Resistor R22_CIN4 AXIAL-0.3 Res1 1 Resistor R22_CIN5 AXIAL-0.3 Res1 1 Resistor R22_CIN6 AXIAL-0.3 Res1 1 Resistor R22_CIN7 AXIAL-0.3 Res1 1 Resistor R22_CIN8 AXIAL-0.3 Res1 1 Resistor R23_CIN1 AXIAL-0.3 Res1 1 Resistor R23_CIN2 AXIAL-0.3 Res1 1 Resistor R23_CIN3 AXIAL-0.3 Res1 1 Resistor R23_CIN4 AXIAL-0.3 Res1 1 Resistor R23_CIN5 AXIAL-0.3 Res1 1 Resistor R23_CIN6 AXIAL-0.3 Res1 1 Resistor R23_CIN7 AXIAL-0.3 Res1 1 Resistor R23_CIN8 AXIAL-0.3 Res1 1 Resistor R24 AXIAL-0.3 Res1 1 Resistor R25_CIN1 C1608-0603 Res3 1 Resistor R25_CIN2 C1608-0603 Res3 1 Resistor R25_CIN3 C1608-0603 Res3 1 Resistor R25_CIN4 C1608-0603 Res3 1 Resistor R25_CIN5 C1608-0603 Res3 1 Resistor R25_CIN6 C1608-0603 Res3 1 Resistor R25_CIN7 C1608-0603 Res3 1 Resistor R25_CIN8 C1608-0603 Res3 1 Resistor R26_CIN1 C1608-0603 Res3 1 Resistor R26_CIN2 C1608-0603 Res3 1 Resistor R26_CIN3 C1608-0603 Res3 1 Resistor R26_CIN4 C1608-0603 Res3 1 Resistor R26_CIN5 C1608-0603 Res3 1 Resistor R26_CIN6 C1608-0603 Res3 1 Resistor R26_CIN7 C1608-0603 Res3 1 Resistor R26_CIN8