核电子学与探测技术
覈電子學與探測技術
핵전자학여탐측기술
NUCLEAR ELECTRONICS & DETECTION TECHNOLOGY
2009年
4期
718-720,731
,共4页
常劲帆%王佩良%顾树棣%王铮%聂晶
常勁帆%王珮良%顧樹棣%王錚%聶晶
상경범%왕패량%고수체%왕쟁%섭정
三量程%电荷测量%电磁量能器
三量程%電荷測量%電磁量能器
삼량정%전하측량%전자량능기
three ranges%charge measurement%EMC
介绍了BESⅢ电磁量能器读出电子学设计中采用的用3个10bit精度FADC实现系统15bit动态范围需求的电荷测量方案.该方案在满足系统测量精度要求的前提下大大节省了系统造价.
介紹瞭BESⅢ電磁量能器讀齣電子學設計中採用的用3箇10bit精度FADC實現繫統15bit動態範圍需求的電荷測量方案.該方案在滿足繫統測量精度要求的前提下大大節省瞭繫統造價.
개소료BESⅢ전자량능기독출전자학설계중채용적용3개10bit정도FADC실현계통15bit동태범위수구적전하측량방안.해방안재만족계통측량정도요구적전제하대대절성료계통조개.
Describes a method of achieving system 15 bit dynamic range with three 10bit FADCs, which has been used in the design of BESⅢ EMC charge measurement. The method can save a great deal of EMC system costs and meet the system measuring accuracy requirement.