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zengdangdianlu
- 振荡电路的设计与应用,讲述振荡器等电路的设计.-Oscillator circuit design and application of
huaweiRef
- 华为模拟电路设计的pdf资料，分别介绍晶体管，放大器、振荡器电路等相关信息-Huawei analog circuit design reference, describing the transistor, amplifier, oscillator and other related information
UC3843
- Descr iption The UC3842/UC3843/UC3844/UC3845 are fixed frequencycurrent-mode PWM controller. They are specially designed for Off-Line and DC to DC converter applications with minimum external components. These integrated circuits feature a
Oscillators
- Oscillator design and formulas.
nonlinear-dynamics
- Nonlinear Dynamics From the Harmonic Oscillator to the Fractals
RC_Count
- RC组成振荡器，及相关计算方法，适用于普通数字电路-RC composition of the oscillator, and the calculation method applicable to ordinary digital circuits
201204_SYJTTESWD
- 高精度的石英晶体测温: 通常,我们都在使用如热电偶,热电阻,热敏电阻,半导体或集成电路传感器....来测量温度,实际上,如果利用晶体来做温度传感器,其精度就会大幅度提高! 石英晶体的振荡频率会随温度的变化而发生微小的变化，利用这一特性，通过测量石英晶体振荡器的频率，就可司接测得相应的温度值，所以石英晶体谐振器还可用来进行温度的测量。测温石英晶体谐振器就属于这一类产品，它采用玻璃外壳封装软弓线电极，分辨率可达0.01℃-0·0001℃，适合作测温敏感元件。 这里
Design-of-Analog-CMOS-IC
- 拉扎维的模拟CMOS集成电路设计电子版书籍。 本书介绍模拟CMOS集成电路的分析与设计。从直观和严密的角度阐述了各种模拟电路的基本原理和概念，同时还阐述了在SOC中模拟电路设计遇到的新问题及电路技术的新发展。本书由浅入深，理论与实际结合，提供了大量现代工业中的设计实例。全书共18章。前10章介绍各种基本模块和运放及其频率响应和噪声。第11章至第13章介绍带隙基准、开关电容电路以及电路的非线性和失配的影响，第14、15章介绍振荡器和没相环。第16章至18章介绍MOS器件的高阶效应及其模型、CM
rnga_osc
- This the a RGNA OSC generator diagram that described how a ring oscillator is generated.
23824648pinlvji
- 1. 测量信号:方波 ； 2. 测量频率范围: 1Hz~9999Hz 3. 显示方式: 4位十进制数显示 4. 时基电路由 555 定时器及分频器组成, 555 振荡器产生脉冲信号,经分频器分频产生的时基信号,其脉冲宽度分别为: 1s, 0.1s 5. 当被测信号的频率超出测量范围时,报警. -Measuring signal: square wave measurement frequency range: 1Hz ~ 9999Hz display: four d
Oscilator_Circuit
- 振荡电路基础与应用, 适合振荡电路初学者-Basis and Application of Oscillator circuit
Just-In-Time-Gain-Estimation
- Just-In-Time Gain Estimation of an RF Digitally-Controlled Oscillator for Digital Direct Frequency Modulation
PS2_Mouse_Test
- Project name: PS2_Mouse_Test Program for testing PS2_Mouse.c routines * Copyright: (c) 2010 clock.com * Test configuration: unit: PIC16F877A Dev.Board: EasyPIC4 Oscillator: HS, 08.0000 MHz Ext. Modules: - Project name:
LC
- 本系统是以FPGA（EP2C8Q240C8）为控制核心，由压控振荡器、PLL倍频器、高频功率放大器、遥控器及LCD显示模块组成的压控LC振荡器。能实现输出正弦波频率在15MHZ~35MHZ步进可调，其最小步进为5002HZ，频率稳定度为10-5。当输出信号的频率为30MHZ、峰峰值稳定在1V左右时，在+12V单电源工作的情况下，功率放大器能实现在50Ω纯阻性和50Ω+20pf容性负载上输出功率大于20mw。LCD显示模块能实时显示输出信号的峰峰值和频率，精度由于10 。-This system
nco-new
- numerically controlled oscillator has been designed using vhdl programming which produces an output when input given in binary bits format.
source-code
- All instructions are executed in one single instruction cycle, unless a conditional test is true or the program counter is changed as a result of an instruction. In these cases, the execution takes two instruction cycles with the second cycle exe
Frequency-Change
- Capacitive Touch Sensing using the Frequency Change method, basicly you need to make the internal pic comparator work as a relaxation oscillator and check the frequencies using the timer 0 and the timer 1. The elettronic part may be different from pi
itg3205
- The ITG-3205 features three 16-bit analog-to-digital converters (ADCs) for digitizing the gyro outputs, a user-selectable internal low-pass filter bandwidth, and a Fast-Mode I2C (400kHz) interface. Additional features include an embedded temperature
MT-008
- 本文的目的就是提出一种简单的方法来将振荡器相位噪声转换为时间抖动。-The purpose of this paper is to propose a simple method to convert the oscillator phase noise for the time jitter.
KU-BAND-DRO
- Dielectric resonator oscillator