模拟开关

高精度单向模拟开关的设计及其基于CMOS工艺的电路实现

Realization of High Precision Single-Way Analog Switch Circuits Based on CMOS Technology

CM7510系列CMOS高压模拟开关电路的研究

A Study on a CMOS High Voltage Analog Switch Circuit

毫微秒脉冲相关器应用的GaAs单片超高速模拟开关IC

GaAs monolithic super - speed analog switches IC applying in nanosecond pulse correlator

面向便携式USB设计的宽带模拟开关

Wide-bandwidth Analog Switch for Portable USB Designs

CMOS模拟开关的导通与截止特性

On and Off Characteristics of CMOS Analog Switches

通用型CMOS双模拟开关。

General purpose CMOS dual analog switch .

CMOS模拟开关及其选择问题

CMOS Analog Switch and its Choices

一种高性能高动态范围CMOS模拟开关

A Reliable High-Swing CMOS Analog Switch

GaAs超高速模拟开关集成电路

GaAs Ultra-High Speed Analog Switching IC

此外，为控制模拟开关，设计了2相信号发生电路及DDS信号发生器。

Furthermore , design 2 phase signal generating circuit and DDS signal generator . 3 .

本文首次报导了GaAs超高速模拟开关集成电路的设计、制备及主要结果。

The design , fabrication and performance of a GaAs ultra-high speed analog switching IC are first reported in this paper .

本文介绍一种采用R－2R梯形电阻网络和CMOS模拟开关的典型结构的单片10位D／A转换器。

A 10-bit monolithic D / A converter with R-2R ladder and CMOS analog switch struc - ture is presented in the paper .

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。

Type V intermittency is found to be exist widely in a electronic circuit with an analog switch controlled by a comparator .

分析了CMOS模拟开关耦合电容对ECT系统动态成像稳定性的影响，采用了软件实时补偿法消除了这一影响。

The effect of CMOS switch coupling capacitance to the system instability is analyzed and compensated by a software approach in real time .

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。

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 .

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 temperature characteristics of MOSFET , the configuration of MOSFET capacitor and MOSFET analog switch , based on CMOS process , were researched .

基于电流模技术的超高速BJT模拟开关

Super-high speed BJT analog switch based on current mode technology

该采集卡采用通用串行总线（USB）接口方式，通过12位A/D转换芯片及多通道模拟开关，采集经过转换、放大的内窥镜镜体形变信号。

The board communicate with computer through the Universal Serial Bus ( USB ), and utilize 12-Bit A / D Converter and 16-Channel Analog Multiplexers to collect amplified analog signals .

重点探讨了LH线圈的抗干扰方法及模拟开关阵列、积分器、直流检出器的电路结构。

The disturbance resistant of LH coil and the circuit structure of analogue electronic switching matrix 、 integrator 、 direct current detector are especially studied .

DYL确定零点失调模拟开关D/A转换器

A D / A Convertor with DYL Unified Offset-Voltage at Zero Point Electronic Analog Switch

Bi-CMOS工艺的高精度单向模拟开关研究

Investigation on a High Precision Single-way Analog Switch by Bi-CMOS Process

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；

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 .

其主程序先完成系统初始化，再根据相应模式和档位，通过ISA总线输出数据信号并传送到地址锁存器及模拟开关。

After the initialization , according to the corresponding modes and position , the main progress sent data signals to address latch and simulate switch through ISA bus .

高速，单电源12V，四路，SPST模拟开关（四无开关）。

High-speed , single-supply12V , quad , SPST analog switches ( four NO switches ) .

摘要分析串行数字信号SDI的特点，认为现有的模拟开关不适宜用于SDI信号的切换。

This paper analyzes the features of SDI and proposes the idea that existing simulated switch are inappropriate for the switchover of SDI .

多通道高速数据采集单元是以FPGA为核心，产生控制高速模拟开关和A/D的时来完成对多通道信号的采集，并将采集到的数据送到缺陷漏磁数据压缩单元中。

As the core of the high speed multi-channel data collection unit , FPGA provides time order to control high speed analogue multiplexers and A / D to sample the multi data which-will be transmitted to data compression unit .

精密，单电源，SPST模拟开关。

Precision , single-supply , SPST analog switch .

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。

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 .

对于硫属玻璃电极，我们以高精度的∑-△ADC为核心，配以高输入阻抗低噪声的仪表放大器和低漏电流模拟开关构成了多路高精度电极测量系统。

The instrument used for the measuring electrode is a high precise multi-channel system constructed with a Σ - AADC as the core , a high input impedance amplifier and a low input current multiplexer .

多路模拟开关（MUX）广泛应用在各种智能仪器之中，MUX的特性对智能仪器的性能有很大影响。

MUX is widely used in many kinds of intelligent instruments . The characteristics of MUX may greatly affect the performance of intelligent instrument .