Thus, further researches on digital waveform generation are of much importance recently.
因此对雷达波形数字产生技术的深入研究具有非常重要的现实意义。
Waveform generation can adopt two 555 chip, waveform launch can use infrared emission diode.
波形的产生可以采用两块555芯片，波形的发射可以使用红外线发射二极管。
On this basis, the complete waveform generation of software design, and to prepare the full process.
在此基础上，完成波形生成的软件设计，并编写出完整的程序。
The whole system is made up of three parts, the part of simulative waveform generation, MCU control circuit, function modules internal FPGA.
整个系统分为模拟波形产生、单片机控制电路、FPGA内部功能模块三大部分。
On traditional instruments, waveform generation and acquisition sizes are generally limited to several hundred megabytes because of bus bandwidth and onboard memory limitations.
传统仪器对波形的产生和采集的信号通常都有限制，由于基带和车载存储有限。
MAINGATE USES the Next Generation Mobile Ad-Hoc Network (MANET) Waveform, which has proven to be highly effective and efficient in challenging radio frequency conditions.
MAINGATE通过使用下一代移动Ad - Hoc网络(MANET)波形，已被证明在具有挑战性的射频条件下是非常有效和高效的。
The test vectors generation and verification in ASIC design are introduced, including stimulus writing guidelines, waveform audit, vectors strobe and simulation used for test vectors.
介绍了ASIC设计过程中测试矢量的产生与验证步骤，包括激励编写规则、波形检查、测试矢量的获得以及测试矢量的验证。
The structure of third generation ALE physical layer burst waveform is briefly introduced, and the scheme of combining DS8PSK and Viterbi convolutional encoding is put forward.
简要介绍了第三代自动链路建立协议的物理层突发波形的结构组成，并提出了DS 8psk相结合并采用卷积码编码的方案。
On the basis of the waveform storage method, a digital generation system scheme for ultra wide-band radar LFM pulse compression signals is presented in this paper.
该文基于波形存储直读法，提出了一种超宽带线性调频信号数字产生系统方案。
On the basis of the waveform storage method, a digital generation system scheme for ultra wide-band LFM pulse compression signals is proposed in this paper.
对线性调频（LFM）信号的三种主要数字产生方法进行分析，提出一种基于波形存储直读法的超宽带线性调频脉冲压缩信号数字产生系统方案。
Waveform design and generation is a key component of ultra-wide band radar, whose qualification and performance directly influence the performance of the whole radar system.
超宽带雷达波形的设计与产生部分作为超宽带雷达中的一个关键组成，它的指标和性能将直接影响到整个雷达系统的性能。
Three different digital generation methods for wideband radar signal waveform are introduced in the paper.
本文简要地介绍了宽带雷达波形数字式产生的三种实现方案。
Three different digital generation methods for wideband radar signal waveform are introduced in the paper.
本文简要地介绍了宽带雷达波形数字式产生的三种实现方案。
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