本规范涵盖了已确定的可靠性、绝缘钽、电解（固体电解质）、固定电容器、密封金属外壳的一般要求（见6.1）。额定电压范围为6至100伏直流电，浪涌电压分别为8至130伏直流电（见4.7.19）。这些电容器设计用于在-55åC和+85åC之间的全额定电压运行，在+85å的C和+125å的C之间线性降额至表I中所示的值。百万分之一（PPM）质量系统用于记录和报告根据本规范提供的电容器的平均输出质量。 制造过程中需要使用统计过程控制（SPC）技术，以最大限度地减少根据本规范要求提供的电容器生产中的变化。这些电容器的可靠性额定值是基于在+85åC的指定电压下进行的寿命测试确定的，故障率水平（FRL）范围为:|a.根据MIL-STD-690，每1000小时1.0%至每1000小时0.001%。这些FRL建立在60%的置信水平，并保持在10%的生产者风险（指数分布）|b.1。 在90%置信水平（威布尔分布）下，每1000小时0%至每1000小时0.001%|1/就本规范而言，密封电容器是指电容元件包含在陶瓷、玻璃或金属或其组合的密封外壳内的电容器，其中密封通过材料熔化、焊接、钎焊或钎焊实现。

This specification covers the general requirements for established reliability, insulated tantalum, electrolytic (solid electrolyte), fixed capacitors, hermetically sealed 1/ in metal cases (see 6.1). Rated voltages range from 6 to 100 volts dc with surge voltages of 8 to 130 volts dc, respectively (see 4.7.19). These capacitors are designed for full rated voltage operation between -55å¡ and +85å¡C, derated linearly between +85å¡C and +125å¡C to the value shown in table I. A part per million (PPM) quality system is used for documenting and reporting the average outgoing quality of capacitors supplied to this specification. Statistical Process Control (SPC) techniques are required in the manufacturing process to minimize variation in production of capacitors supplied to the requirements of this specification. These capacitors have reliability ratings established on the basis of life tests performed at specified voltage at +85å¡C for Failure Rate Levels (FRLs) ranging from:|a. 1.0 percent per 1,000 hours to 0.001 percent per 1,000 hours in accordance with MIL-STD-690. These FRLs are established at a 60-percent confidence level and are maintained at a 10-percent producer's risk (Exponential distribution).|b. 1.0 percent per 1,000 hours to 0.001 percent per 1,000 hours at a 90-percent confidence level (Weibull distribution).|1/ For the purpose of this specification, a hermetically-sealed capacitor is one in which the capacitance element is contained within a sealed enclosure of ceramic, glass, or metal, or combination thereof, where sealing is accomplished by material fusion, welding, brazing, or soldering.