Drag onto the page to add a4-channel analog switch. 拖到绘图页后,可以添加4信道模拟开关。
The circuit consists of a four-way analog switch integrated circuit CD4066 core composition. 该电路由一片四双向模拟开关集成电路CD4066为核心构成。
Precision, single-supply, SPST analog switch. 精密,单电源,SPST模拟开关。
General purpose CMOS dual analog switch. 通用型CMOS双模拟开关。
The utility model comprises a shell body, a thermoelectric couple, an overvoltage protector, an analog switch, a magnifier, a display meter and a power source. 包括壳体、热电偶、过压保护器、模拟开关、放大器、视表、电源。
The four-channel CMOS programmable high frequency analog switch presented in the thesis extends the topology of traditional analog switches. So its application has good prospect in the field of high frequency analog signal processing. 所研究的CMOS四路可加权高频模拟开关完成了对传统模拟开关拓扑结构的延展,因而在高频模拟信号处理领域中具有一定的应用前景。
We introduce a four-channel 0.6 μ m CMOS programmable weighting analog switch integrated circuit. Two high transconductance N-Channel MOSFETs are used for switching and weighting functions. 报道了0.6μMCMOS4路可编程加权高频模拟开关集成电路,其开关和加权功能分别由两个高跨导的N沟MOS晶体管实现。
The temperature characteristics of MOSFET, the configuration of MOSFET capacitor and MOSFET analog switch, based on CMOS process, were researched. 分析了CMOS工艺下MOS器件的温度特性,对MOS电容和MOS模拟开关的结构做了研究。
The Design of a High Frequency Analog Switch 高频模拟开关设计
METHODS: An impedance measurement system was designed and implemented by timer, analog switch, sample and hold amplifier and A/ D board. 方法:通过定时器、模拟开关、采样保持放大器、A/D板等设计并实现脉冲激励阻抗测量系统。
The current type PWM controller UC3842 is used as control core in power amplifier design to produce PWM signals that control times of analog switch. 功放设计中,以电流型PWM控制器UC3842为控制核心,产生控制模拟开关通断时间的PWM信号;
This article reviews the characteristic of electric analog switch. 本文对模拟电子开关的常用特性进行了回顾,并对传统的电子继电器、集成模拟开关CD4066的各种相关特性进行了测试、分析;
Chapter 2 discusses the design and simulation results of the circuit, especially the design of the analog switch cells. 第二章介绍了可加权高频模拟开关的拓扑结构设计和模拟结果,着重分析模拟开关单元的设计。
Based on the single-way analog switch, the sub-range preprocessing greatly compresses the circuit and reduces the power dissipation. 提出基于单向隔离模拟开关的分步预处理,有效压缩了电路规模,降低了系统功耗。
Chapter 1 introduces the general situation and development of analog switch circuits, with the emphasis laid on several high frequency analog switch structures and performance. 第一章综述了模拟开关电路的概况和发展,重点介绍了几种高频模拟开关的结构和特性。
This paper introduces the basic operating principle of linear-gate and how to select analog switch for its application, and also discuses some electrical and typical operating characteristics of the integrated CMOS analog switch and their influences on the analog signal transmitted through it when used as linear-gate. 介绍了线性门的基本工作原理及对模拟开关的选用、集成模拟开关的有关参数和工作特性及其在用于线性门时对模拟信号传输的影响。
Its output polarity is determined by the four analog switch array controlled by an input-synchronized trigger. 它由与输入控制电压同步的触发器控制四模拟开关阵列的开关转换来选择输出极性。
The key technology of high-frequency medical EIT system is presented in detail, i.e. the signal generator, voltage controlled current source, analog switch array and signal demodulation. 详细论述了高频医学电阻抗断层成像(EIT)系统设计的关键技术,其中包括激励信号源、电压控制电流源、模拟开关阵列以及信号解调等环节。
The complete outside system includes the MCU controlling and handling circuit, keyboard control, LCD display, the sending circuit, the receiving circuit, fee serial communication interface, the analog switch controlling circuit and the power supply management circuit etc. 完整的体外系统包括单片机控制处理电路、键盘控制和LCD显示、信号发射电路、信号接收电路、串行通信电路、模拟开关控制电路以及电源管理电路等。
This paper introduces an automatic circular measuring system based on multichannel analog switch, A/ D converter and microcomputer. The design characteristic of measuring system and general design of hardware circuit and software are introduced in this paper. 介绍了一种采用多路模拟开关、A/D转换器及微机为基础设计的多路信号自动巡回检测系统,叙述了该检测系统的设计特点和硬件电路及微机软件的总体设计。
Super-high speed BJT analog switch based on current mode technology 基于电流模技术的超高速BJT模拟开关
Sneak Circuit Analysis Algorithm Research for Analog Switch Circuit 模拟开关电路潜在电路分析软件算法的研究
Type V intermittency is found to be exist widely in a electronic circuit with an analog switch controlled by a comparator. 观察一个用比较器控制的、有模拟开关的RLC电路简化模型,发现由周期运动向混沌转变的V型阵发道路广泛地存在。
A new design of BJT analog switch using high speed unit such as emitter follower, current mirror and unsaturated current switch is presented. 本文采用射极跟随器、电流镜、非饱和电流开关等高速单元电路设计了一种新颖的BJT模拟开关。
Subcircuits of control input, level translation, analog switch transistor and static protection are described in detail. 其内部电路设计有控制输入级、电平转换级、高速模拟开关管及静电保护电路。
Hardware design includes circuits of signal amplification of digital potentiometer, analog switch, A/ D conversion, wave conversion, single-chip and peripheral equipment. 硬件设计包括含数字电位器的信号放大、模拟开关及A/D转换、波形变换、单片机及其外围等电路。
Based on the analysis, I choose the chip A/ D conversion chip, signal conditioning chip, multi-channel analog switch chip, multi-channel isolation device, and design the peripheral circuit of these chips. After simulation testing, it has completed the desired objectives. 根据对设计方案的分析确定了A/D转换芯片、信号调理芯片、多路模拟开关芯片、多通道隔离器件的选型,并进行相关外围电路的设计,仿真结果表明能够达到预期设计目标。
Analog circuit through the photovoltaic conversion and through multi-channel analog switch NC strobe devices. 经过模拟电路进行光电转换,并通过数控多路模拟开关进行器件选通。