可输入的

基本解释 (translations)

importable

与可输入的相关的网络例句 [注：此内容来源于网络，仅供参考]

The admissible input of 2-D linear discrete singular general model is discussed more deeply, some very effective new criteria for the 2-D singular general model to accept all the input sequence have been developed, and a new algorithm that determines the admissible input sequence of the 2-D singular systems has been proposed.

在线性广义2-D系统可解性方面，首先研究了线性广义2-D连续—离散系统的可解性问题，给出了可解的条件，并给出了等价的判别条件；其次深入研究了线性广义2-D离散系统的允许输入序列问题，给出了系统接受所在区域上的所有输入的新的非常有效的判别方法以及确定系统允许输入序列的新的方法。

The IRS2158D features include programmable preheat and run frequencies, programmable preheat time, closed-loop half-bridge ignition current regulation, programmable end-of-life protection, brownout protection and low input offset op amp.

IRS2158D的主要特性包括可编程的灯预热和运行频率，可编程的预热时间，闭环半桥点燃电流调整，可编程灯寿命终期保护，输入低电压保护和低输入失调的运算放大器。

In order to eliminate the influence caused by the nonminimum phase characteristic of a common Boost DC／DC converter, Viswanathan K has proposed a novel tristate Boost DC／DC converter. For enhancing performance, the statespace averaging model of this converter was first presented in this paper. Due to the nonlinear nature in this model, an inputoutput feedback linearization technique was adopted, and a complete controllable linear system was obtained. Then a statefeedback control strategy was designed based on this linear system. Simulation results show that the proposed control strategy can assure constant output voltage in a wide range, so as to realize the stability of the system during large fluctuation of power supply and load disturbance. Good dynamic performance can also be achieved.

针对 Viswanathan K为消除普通BOOST DC／DC变换器的非最小相位特性而提出的三态Boost DC／DC变换器，为进一步提高这种电路拓扑的性能，在建立了变换器状态空间平均模型的基础上，针对其多变量、非线性特点，采用输入输出线性化将其转化为一个完全可控的线性系统，在此基础上应用现有成熟的线性控制策略进行了控制系统的设计，并且采用MATLAB进行仿真验证，结果表明：这种非线性控制策略可以确保输出电压在大范围内恒定可调，且即使存在大范围扰动(输入电压和负载变化均较大)的情况下，系统也可以确保稳定性和良好的动态性能。

Direct Entry Data is made into machine-readable form as it is entered into the computer, no keyboard is used.

直接输入：当数据输入到计算机时，是以机器可读懂的形式输入的，不需要键盘。

The new features include the distinguishable ground fault LED, true input to output mapping, a power supply expansion board, and a larger chassis on the PS-8. The units can be used in a split mode operation, allowing the independent operation of the two inputs to any of the outputs.

PS-6和PS-8具备了新的特征，包括可识别的接地故障LED、输入与输出图示、电源扩展板和PS-8大底盘等装置，各装置可在分割模式下运行，允许相互独立的两个输入和任何输出同时工作。

10 Multifunction Intelligent DAQ using LabVIEW FPGA, 8 analog inputs, independent sampling rates up to 200 kHz, 16-bit resolution,±10 V,8 analog outputs, independent update rates up to 1.0 MHz, 16-bit resolution,±10 V,96 digital lines configurable as inputs, outputs, counters, or custom logic atrates up to 40 MHz,User-defined triggering, timing, and onboard decision making with 25 ns resolution,1M gate reconfigurable I/O FPGA for parallel processing power

2.10 使用LabVIEW FPGA模块的可重新配置多功能I/O，8路模拟输入、200 kHz同步采样率、16位分辨率、±10 V，8路模拟输出、1 kHz同步采样率、16位分辨率、±10 V，96条可配置的数字线，具有40 MHz输入、输出、计时器或自定义功能，25 ns分辨率的可配置触发、定时、板载决策，1百万门可重新配置I/OFPGA，带有82 kB嵌入式RAM

A new switching scheme to the gain of variable structure control signals is proposed. The following important open problems in standard VS-MRAC and MRAC are solved by using the scheme: 1 . a prespecified transient and steady-state performance index for tracking error can be achieved without requiring any information about the plant high frequency gain sign when relative degree of modelled part of plant is one, and 2 . it is shown that as long as the performance indexes are guaranteed for the auxiliary errors, each of which in dynamics is a sub-system with relative degree one, the tracing error will converge to a small residual set in a prespecified transient time when relative degree of modelled part of plant is greater than one.

提出了一种控制增益可切换的变结构自适应律，解决了如下变结构模型参考自适应控制（包括基于调参律的模型参考自适应控制）理论研究中长期没有解决的问题：当对象建模部分相对阶为1、高频增益符号未知且存在非线性输入扰动和未建模动态等情况下，系统跟踪误差可满足预先给定的动态和稳态性能指标；当对象建模部分相对阶大于1且存在非线性输入扰动和未建模动态时，可保证系统跟踪误差在预先给定的过渡过程时间内收敛到一个残差集中； 5。

Swain (1985) that, despite the "comprehensible input" right language is essential, But understanding inputs itself is not enough to lead to successful language acquisition, the success of second language learners need not only comprehensible input, we need "understandable output."

Swain(1985)认为，尽管"可理解的输入"对语言学习是必不可少的，但理解性输入本身还不足以导致成功的语言习得，成功的二语学习者不仅需要可理解的输入，更需要"可理解的输出"。

Large amount of apprehensible language input contributes to enhancement of language learning efficiency.

语言输入在英语学习过程中起着重要的作用，大量的语言输入，可理解的输入，有助于提高学生习得语言的效率。

LT3468ES5-1 Pinout: 8-bit Resolution 1 Gsps Sampling Rate ADC Gain Adjust 2 GHz Full Power Input Bandwidth Fs = 1 Gsps, Fin = 20 MHz: C SINAD = 45 dB (7.4 Effective Bits) SFDR = 58 dBc Fs = 1 Gsps, Fin = 500 MHz: C SINAD = 44 dB (7.2 Effective Bits) SFDR = 56 dBc Fs = 1 Gsps, Fin = 1000 MHz (-3 dB Fs): C SINAD = 42 dB (7.0 Effective Bits) SFDR = 52 dBc 2 Tone IMD:-53 dBc (489 MHz and 490 MHz) at 1 Gsps DNL = 0.3 LSB INL = 0.7 LSB Low Bit Error Rate (10-13) at 1 Gsps Very Low Input Capacitance: 0.4 pF 500 mVpp Differential or Single-ended Analog Inputs Differential or Single-ended 50 ECL Compatible Clock Inputs ECL or LVDS/HSTL Output Compatibility Data Ready Output with Asynchronous Reset Gray or Binary Selectable Output Data; NRZ Output Mode Power Consumption: 3.4 W at TJ = 90 C Dual Power Supply: 5 V Radiation Tolerance Oriented Design 150 Krad (Si Measured

LT3468ES5-1引脚说明： 8位分辨率1 GSPS的采样速率ADC的增益调整2 GHz的全功率输入带宽= 1 GSPS的二恶英，翅= 20兆赫中：C的SINAD = 45分贝（7.4有效位）的SFDR = 58 dBc的二恶英= 1 GSP的，财务= 500兆赫中：C的SINAD = 44分贝（7.2有效位）的SFDR = 56 = 1 GSPS的dBc的外勤人员，财务= 1000兆赫（-3分贝财经事务）中：C的SINAD = 42分贝（7.0有效位）的SFDR = 52 dBc的2声调发展学院：-53 dBc的（489兆赫和1 GSPS的的DNL = 0.3的LSB的INL = 0.7 LSB的低误码率（10-13）在1 GSPS的非常低输入电容：0.4 pF的490兆赫）500 mVpp的差分或单端模拟输入差分或单端50Ω的ECL兼容的时钟输入的ECL或LVDS / HSTL输出兼容性数据与异步复位灰色或二进制可选的输出数据就绪输出； NRZ码输出模式下的功耗：3.4 W于温度Tj = 90 C双电源：5伏辐射性导向设计

与可输入的相关的网络解释 [注：此内容来源于网络，仅供参考]

comprehensible input：可理解的输入

Krashen (1985)强调人类只有通过理解信息或者接受"可理解的输入"(Comprehensible Input)的方式习得语言. 我们从i(代表我们现有的语言水平)开始,向i+1(1代表新输入的内容)移动. 通过理解i+1输入内容,我们的习得达到更高一级水平,

comprehensible input：可理解性输入

输入在语言学习中是第一性的,没有足够的"可理解性输入"(comprehensible input)掌握一门语言是不可思议的,更谈不上习得一门第二语言或学会一门外语. 语言的非自然输入是相对于自然输入的一个概念. 在我国,英语学习没有一个理想的自然语言输入环境,

modified comprehensible output：修正后的可理解输出

可理解的输入:comprehensible input | 修正后的可理解输出:modified comprehensible output | 可理解性输出假设:comprehensible output hypothesis

enter one's name for：申请成为...的一员

enter key 输入键, 计算机键盘上的一个键 (确认一个命令并发送到处理器) | enter one's name for 申请成为...的一员 | enterable 可进入的; 可参加的 (形)

importability：可输入

import 输入 | importability 可输入 | importable 可进口的

importable：可进口的

importability 可输入 | importable 可进口的 | importance 重要

importable：可输入的; 可进口的 (形)

import duty 进口税 | importable 可输入的; 可进口的 (形) | important 重要的; 有权力的; 重大的 (形)

Registrar：注册管理机构

例如网际网路资讯中心(InterNIC)就其建置Whois资料库之查询系统查询时可输入的指令为网域名称、代理注册管理机构(registrar)、名称伺服器(nameserver7)等方式;而所揭露之注册者相关资讯则包含网域名称、代理注册管理机构、Whois伺服器及名称伺服器等技术方面之资讯.

enterable：可输入的,可参加的

enter required report option 输入查询报表选择 | enterable 可输入的,可参加的 | entering addresses 输入地址

Constrains：输入限制

maxSize:可输入的最大字符数 | Constrains:输入限制 | TextField.ANY 允许输入任何字符或者数字