ECL

Bipolar or conventional transistors are used in manufacturing transistor-transistor logic ( TTL ) and emitter-coupled logic ( ECL ) devices.

二极管或传统的晶体管用于制造晶体管一晶体管逻辑电路 ( TTL ) 和发射极耦合逻辑电路 ( ECL ) 设备.

The ECL snesor will get widely application in the biochemical, medicamentous and immune analysis.

在生化分析、物检测 、 疫分析等方面有广阔的应用前景.

It is not necessary to use ECL throughout the system-just where its lower noise is advantageous.

不必在电路中完全使用ECL,只要在需要抑制噪声的部分使用即可.

Electrogenerated chemiluminescence ( ECL ), know as electrochemilumicescence , which combines chemiluminescence ( CL ) and electrochemistry.

电致化学发光 ( Electrochemiluminescence ) 简称ECL, 是由电极反应而引发的一种化学发光 ( Chemiluminescence,CL ) 现象.

ECL is widely used in biosensor, immune sensor, DNA probe, surface analysis and enzyme analysis.

ECL在生物传感器研究 、 免疫分析和DNA探针 、 表面分析和酶分析中得到了广泛的应用.

ECL OR-AND-gate can simplify a generalized ECL circuits structures, for example, an ECL double-edge-triggered D flip-flop.

作为常规 ECL 门的补充类型,常可用于简化一般ECL电路结构, 例如ECL双边沿D触发器.

The article introduced the basic operation in ECL IC application design.

本篇介绍了ECL集成电路 应用设计中传输线的基本操作.

It does not favor ECL due to their high power needs.

它不适合于ECL电路,因为电路所需功率较高.

The experimental results on fabricating the bipolar ECL silicon IC by ion implantation are reported.

本文简要叙述用离子注入法制造双极硅ECL集成电路 的实验结果.

This paper employed CE-ECL with field-amplified stacking technique to detect bupivacaine in rat plasma.

本文应用CE-ECL结合场放大堆积技术检测了大鼠血浆中的布比卡因.

A high speed ECL 256 word by 1 bit RAM has been developed.

高速ECL256 字×1位随机存储器是在改进设计以及采用漂发射区、双层金属布线等工艺基础上得到的.

ECL offers the lowest propagation delay of all the families.

它在所有的器件中是传导延时最短的.

Based on the differential ECL and modify feedback ECL circuits, direct-comparativist ECL circuit was proceed.

在差分ECL电路以及MFECL电路的基础上提出了适合三值ECL电路设计的直接比较型 ECL 电路.

ECL sensor will get widely application in the biochemical, medicamentous and immune analysis.

在生化分析 、 药物检测、免疫分析等方面有广阔的应用前景.

ECL is used for circuits, which will operate in a high-speed environment.

ECL( 发射极耦合逻辑电路)通常用于需要 高速运行 的环境.