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Therma EMMI
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Thermal EMMI uses detector made of InSb to receive thermal radiation generated by a defective point after power-on, therefore positioning the defect; or, even estimating the depth of defect via time difference of thermal radiation transmission.
Thermal EMMI 系列 实时瞬态锁相热分析系统，采用先进的锁相热成像技术，通过调制电信号提升特征分辨率与灵敏度，结合软件算法优化信噪比，实现显微成像下的高灵敏度热信号测量。
Thermal EMMI Thermal EMMI是利用InSb材质的侦测器，接收故障点通电后产生的热辐射分布，藉此定位故障点 (热点、亮点Hot Spot)位置，同时利用故障点热辐射传导的时间差，即能预估芯片故障点的深度位置。 检测芯片封装打线和芯片内部线路短路。 介电层 (Oxide)漏电。
Thermal EMMI (InSb) Technical Concept Defective or underperforming semiconductor devices often show an anomalous distribution of the local power dissipation, leading to local temperature increases. ELITE VX system utilizes Lock-in IR Thermography (LIT) to accurately and efficiently locate these areas of interest. Lock-in IR Thermography (LIT) is a form of dynamic IR thermography which provides ...
Electrical Failure Analysis (EFA) Thermal EMMI Technical Concept The principle of THEMOS is to use a highly sensitive InSb detector to sense the heat radiation generated from faults. The compact and easy-to-use THEMOS mini is a novel non-destructive EFA tool used for fault isolation.
Radiant EMMI/Thermal. Radiant Optronics specializes in failure analysis tools to investigate faults, defects and damage to semiconductors with scientific grade systems for Photon Emission detection, Thermal hot spot detection and Laser scanning system.
OBRICH, InGaAs EMMI, and EMMI are three techniques used to locate an emission site or a hot spot generated by excessive heat on a sample.
Applications of THEMOS THEMOS (Thermal Emission Microscope) is an advanced technique in emission microscopy that concentrates on detecting thermal emissions from a sample. This approach is particularly effective for examining heat production and dissipation in electronic devices.
The Thermo Scientific Meridian S System is designed to perform inverted photon emission (EMMI) and laser scanning microscopy analysis on devices stimulated by static bias via probe card or micro-probes. With the overall cost of ownership for the system being a critical aspect of profitability, the Meridian S System offers a range of photon emission options, dual-side probing flexibility and an ...
Thermal EMMI uses detector made of InSb to receive thermal radiation generated by a defective point after power-on, therefore positioning the defects (hot spots/bright spots); or, even estimating the depth of defects via time difference of thermal radiation transmission.