Communication—Diffusion Break-Assisted Programming Mode for Active Electrically Programmable Fuse

Abstract

The fabrication of an active electrically programmable fuse (eFuse) on a silicon-on-insulator (SOI) substrate fully compatible with the current complementary metal-oxide-semiconductor technology is reported. The SOI structure inherently provides an isolation environment for an active eFuse. N-and P-type active fuses are programmed at room temperature and at 125 • C. After programming, the P-type active fuse shows better programming performance than the N-type at both temperatures. The remaining cobalt in the fuse link decreases the programming performance of the N-type active fuse. The formation of diffusion break after programming assists the performance of the P-type active fuse.

Application Research of CICARE Communication Mode in Communication between Nurses and Patients of Endocrinology Intern Nurses

“…About 50% of college students are dissatisfied with their interpersonal status and think that they are not good at interpersonal communication. The most prominent performance is language communication barriers and social fears [6] . Clinical internship is an important stage in the transformation of nursing students' roles.…”

A Digital Improvement—Trimming a Digital Temperature Sensor with EEPROM Reprogrammable Fuses

“…Conventional methods consist of a permanent modification of the IC by laser trimming or by altering metal fuse links [ 28 ]. Nowadays, a one-time programmable fuse (OTP fuse) is often used for trimming a thermal sensor due to its ability to store the values of the trim codes in a data latch and, for instance, to allow two states for the digital trim code [ 23 , 27 , 29 ].…”