将两个脉冲信号之间的时间差作为脉冲振幅(高度)输出的仪器。
频率约为 1 THz 的电磁波(波长:300 um)。太赫兹波能穿过纸张、木材和塑料,但不能穿过金属和水。太赫兹波段被称为物质的指纹区,随着基础研究取得的进展,它们的应用最近也在发展中。
在光电二极管中,可将 PN 结视为一种电容器。这种电容称为结电容,是决定响应速度的重要参数。在使用运算放大器的电流-电压转换电路中,结电容可能导致增益剧增。在滨松,我们指定的结电容包括结电容加上封装寄生电容。
一种对热敏感的电阻,其阻值会随着温度变化而大幅改变。热敏电阻用于温度传感。
当电流流过两个不同电导体的结点时,一侧发生吸热(或生热)现象,而另一侧发生生热(或吸热)现象。热电制冷元件利用了这种效应(称为珀尔帖效应)。反转电流方向会反转吸热和生热之间的关系。
两个或多个光电传感器以平铺配置排列,可具有更宽广的感光面。也称为“边对边对接”。
主要用于基本粒子能量物理实验的探测器,用于跟踪高能粒子碰撞产生的次级粒子的行进方向和衰变过程。径迹探测器安装在粒子碰撞点周围的位置。
用于将小光电流转换为电压的放大器。放大器的增益通常以跨阻增益的形式给出,单位为伏特/安培。
电子渡越时间是从增量函数脉冲光(脉波宽度小于 50 ps)到达光阴极面到阳极输出脉冲达到其峰值振幅的时间间隔。
渡越时间分散度是 PMT 内不同的电子轨迹和离开阴极的光电子的不同初始速度所致。其影响是渡越时间波动或抖动以及脉冲增宽。分散度定义为这些波动概率分布的 FWHM。
最初表示发射极接地的晶体管的电流增益率 (hfe) 为 1 时的频率,但现在表示放大元件的增益率变为 1 时的频率。
多波长传输系统的光源。
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