This article designs the linear electric charge pump constant voltage chip mainly applies in 5.1V low pressure electric power supply.
本文所设计的线性电荷泵稳压芯片主要应用于5.1V的低压供电电源。
Depending on the specifics of the nervous message, the chip can adjust the voltage of the pulse it sends.
基于神经信息的具体特性，这种芯片可以调整发出的脉冲强度。
The compact chip also withstands high-voltage transients, and is suitable for space-starved automotive and industrial applications.
该芯片外形紧凑，可以耐受瞬时高压，适用于空间狭小的汽车和工业应用场合。
That's not a problem, Kish says: transistors can be a good source of noise when operated at low voltage, and we can already fit billions of them on a chip.
这不是个问题，Kish表示：晶体管运作在低压时是噪音的良好来源，而我们已经可以在一个芯片上集成数十亿的晶体管了。
The paper introduces the technique feature and the operation principle of chip CS5460A, and its application in high-accuracy power frequency voltage, current, power, power factor, frequency meter.
本文介绍了CS5460 A芯片的特点、工作原理及其在高精度工频电压、电流、功率、功率因数、频率表中的应用。
So there is a lot of wind is not hot, such as too much dust on the surface of the heater, PTC ceramic chip failure, voltage failure and so on can cause the wind is not hot.
出风不热的情况有很多，例如加热器表面灰尘过多、PT C陶瓷片故障、电压故障等等原因都能造成出风不热的情况。
The improved SCB chip with doped silicon may satisfy the conditions of igniting by low voltage.
采用改进的掺杂多晶硅结构的SCB芯片，能满足低电压点火要求；
Principle of high voltage power supply based on PWM chip TL494 is introduced in this paper. The adjustment of the voltage is performed by digital potentiometer controlled by MCU.
介绍基于脉宽调制芯片TL 494的高压电源的工作原理，其电压可由单片机控制的数字电位器进行调整。
The design of a novel high frequency fluorescent lamp IC, on which low voltage control circuit and high voltage power device encapsulated in one chip, is introduced.
本文介绍了一种高频荧光灯镇流器芯片的设计，在芯片的实现上充分体现了低压控制电路与高压功率器件在单一芯片上的兼容性。
When added to the ac voltage across it and the chip frequency of the resonant frequency of the phase are equal, the maximum energy output, sensitivity is highest.
当加到它两端的交流电压的频率和晶片的共振频率相相等时，输出的能量最大，灵敏度也最高。
The chip is adopted current-mode control, so that either its response to the supply voltage or its transient response to load changes is fast.
该芯片采用电流模控制方式，因此对电源电压的响应和对负载变化的瞬态响应迅速。
And the power dissipation is 0.11W (including switching loss) when supply voltage is 12V. The designed chip was taped out.
此外，芯片在12V供电电压下的稳态工作功耗仅为0.11W（包括开关损耗）。
The digital inverter is controlled by a TMS320F240 DSP chip, which applying the improved digital PI control arithmetic of the current prediction and the double control loops of voltage and current.
数字化逆变器的控制采用TMS320F 240芯片来实现，在其软件中采用了用于电流预估计的PI控制算法和电压电流的双环控制。
The multi-functional chip ADT14 is a kind of multi-point temperature monitor of outputting logic level control signal, It is also a kind of temperature sensor of outputting simulated voltage signal .
多功能芯片ADT14既是一种输出逻辑电平控制信号的多点温度监控器，又是一种输出模拟电压信号的温度传感器，可广泛应用于各种嵌入控制系统中。
Based on ADC subsystem integrated in C8051F005 chip, a new kind of data acquisition system of three-phase voltage was designed, which acted as the microcomputer.
利用C8051F005单片机作为微处理器并基于其内部集成的ADC子系统，设计一种新型三相电压数据采集系统。
In the power energy metering chip, there are analog to digital converters to process the voltage signals of the current censor and the voltage sensor.
在电能计量芯片中，需要模数转换器对电流和电压传感器的电压信号进行处理。
The waveform is generated by MAX038. It is very convenient to adjust the frequency, duty cycle and offset voltage of the waveform by changing parameters of the corresponding pins of the chip.
使用MAX038波形发生芯片产生波形，通过修改MAX038相应引脚的参数方便地实现输出波形的频率和占空比及偏置电压参数的调节。
Underlying data acquisition board used PIC18F248 as the main chip, completing voltage monitoring, temperature measurement, CAN communication.
下层数据采集板选用PIC18 F 248作为主芯片，完成电压监测、温度测量、CAN通信等功能。
Voltage segment network constituted by electron switch of BTA and controlled by single chip microcomputer constitutes a new fast electronic regulator.
采用单片机控制双向可控硅作为电子开关所组成的电压分节网络，组成新颖快速的电子调压器；
VDDQ: The supply voltage to the output buffers of a memory chip.
对时钟来说是为内存输出缓存芯片提供电压。
It use special chip to realize full-range and equal observations for different voltage rate, without additional insulation faults for high input impedance .
本装置采用专用芯片，实现多种电压等级全范围等精度测量，同时输入阻抗高，不影响原车的绝缘状况；
To compound this, the chip was made to run at a low voltage with a relatively high amperage.
为了复合为此，有人芯片运行在一个比较大电流低电压。
The switching circuit determines whether to apply the power supply voltage to a chip in response to the control signal.
开关电路响应控制信号确定是否向芯片施加电源电压。
Therefore, it is significant to develop a voltage reference circuitry that is compatible with digital CMOS technology and can be integrated into a system on a chip (SOC).
设计构成可复用的与通用数字电路工艺兼容的高稳定度基准电压源具有重要意义。
The paper introduced a design and realization of direct sampling of AC Voltage and current based on a single chip micro - computer and used PLL CD4046 to realize phase Angle sampling.
本文介绍了以单片机为基础的交流电压、电流直接采样的设计与实现并用锁相环CD 4046来实现相位角的采样。
When it reaches the threshold voltage of the reset chip, it then asserts the reset once it reaches the time-out period of the chip.
当达到复位芯片的阈值电压时，一旦达到芯片的延时时间便输出复位信号。
By use of MCS-51 chip microprocessor, it can fulfill the tasks, such system control and management, programmable control communication and continuous regulation of voltage with high accuracy.
该系统采用了MCS - 51单片机实施系统控制与管理、电压连续调整、通讯程控等功能，因而精度高、自动化功能强、使用方便。
If applied voltage is below a limit, the V-A curve of both glass and polymer chip is linear, then its electrical model can be simplified as a resistance model.
在一定的电压范围内，玻璃和有机玻璃芯片的伏安特性都有线性段区域，因此在此线性段内研究芯片的电特性可以将其简化为电阻模型。
The paper introduces hardware composition, control calculation and SW-flowcharts diagram of digital voltage regulator, whose core is 80c196kb single chip microcomputer.
介绍了以80c196 K B单片机为核心的数字电压调节器硬件组成、控制算法及软件流程图。
Based on PWM integrated chip TL494, a voltage driver is designed for MR Fluid damper.
设计基于PWM集成芯片tl 494的磁流变减震器励磁线圈的驱动电路。
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