Abstract:According to the minimal false alarm probability of terminal guidance radar, which was 10-8~10-9com. monly and very difficult to be inspected, the relationship between false alarm probability, detection probability, and false alarm time was investigated. At the same time, the inspection method on the transformation of false alarm probability and false alarm time was demonstrated. Using the statistical inspection theory of short-time-high-risk definite time censorship, the producer's risk and consumer's risk during different distinguishing ration, time, and acceptance failure numbers were studied. The inspection method of false alarm probability for terminal guidance radar was provided, and the problem on the inspection for that specification was solved as well.