电子学报
電子學報
전자학보
ACTA ELECTRONICA SINICA
2001年
2期
222-224
,共3页
孙伟%田小建%何炜瑜%张大明%李德辉%衣茂斌
孫偉%田小建%何煒瑜%張大明%李德輝%衣茂斌
손위%전소건%하위유%장대명%리덕휘%의무빈
微波探针%在片测试%半导体集成电路
微波探針%在片測試%半導體集成電路
미파탐침%재편측시%반도체집성전로
本文描述了使用共面微波探针的半导体芯片在片测试技术.设计研制出的多种微波探针性能参数稳定,使用寿命在十万次以上,用于在片检测各种GaAs共面集成电路芯片.触头排列为GSG的微波探针,-3dB带宽及反射损耗分别为14GHz和小于-10dB.
本文描述瞭使用共麵微波探針的半導體芯片在片測試技術.設計研製齣的多種微波探針性能參數穩定,使用壽命在十萬次以上,用于在片檢測各種GaAs共麵集成電路芯片.觸頭排列為GSG的微波探針,-3dB帶寬及反射損耗分彆為14GHz和小于-10dB.
본문묘술료사용공면미파탐침적반도체심편재편측시기술.설계연제출적다충미파탐침성능삼수은정,사용수명재십만차이상,용우재편검측각충GaAs공면집성전로심편.촉두배렬위GSG적미파탐침,-3dB대관급반사손모분별위14GHz화소우-10dB.
We present an on-wafer measurement technique of semiconductorwafer using special coplanar microwave probes.The probe parameters are repeatable enough for S-parameter measurements and the probe life is with 100,000 contacts guaranteed.The multi-contact microwave wafer probe has been developed for on-wafer testing and sifting of GaAs integrated circuits with coplanar type.The insertion loss of microwave probe with a GSG footprint pattern is typically less than 3.0dB,and the return loss is at least 10dB at frequencies below 14GHz.