We are offering a handbook that explains 15 cases of phenomena, causes, and countermeasures related to capacitor failures, complete with illustrations!
Increase the rated voltage of the capacitor to reduce the difference in leakage current, and also review the voltage divider resistance value!
The cause is the deterioration of the transient response performance of the output voltage, resulting in the inability to obtain the specified voltage! Here are some countermeasures.
Please store the capacitors at a temperature between +5°C and +35°C, with a relative humidity of 75% or lower!
Please choose a capacitor considering the allowable ripple current, temperature, and frequency corrections!
A structure that eliminates the filler material and fixes the element with ribs has been adopted! The installation method has been changed to be at the "12 o'clock position"!
Recommended for beginners! E6 series inductors
It achieves both a high voltage range of 50V to 200V and low ESR characteristics, contributing to the high efficiency and stabilization of power circuits.
Conductive polymer aluminum solid electrolytic capacitors designed for use in high-temperature environments, featuring heat resistance up to 125°C and low ESR characteristics.
Low ESR and high ripple rated SMD polymer capacitor
Contributes to the omission of the insulating film lamination process, miniaturization of metal parts, and the addition of electromagnetic wave shielding properties to resins! Development of laminated busbar materials for high current applications is also underway!
Manufacturing automotive-compatible vibration-resistant V-chip conductive polymer hybrid aluminum electrolytic capacitors!
We have received many inquiries about the vacuum impregnation machine, and we have created an introduction video.
Recommended for circuits using 12V systems such as those in vehicles. It is possible to remove the reverse voltage protection circuit.
Inductor manufacturer achieves high precision, high frequency, and miniaturization through thin film/thick film process technology!
As a countermeasure, please use capacitors that are compatible with the charging and discharging circuit!
Review the requirements for the pressure valve to operate and the regulations for ensuring safety, and secure the necessary space!
Lifespan characteristics have been significantly improved, and miniaturization is also possible! A clear explanation of representative capacitors.
The failure mode is the result, while the failure mechanism is the process! A clear explanation of the differences.
Failure analysis and reliability design using the reaction theory model! Clear explanations of failure modes and mechanisms.
A tendency to easily generate cracks under high electric fields! A clear explanation of the causes of failure.
Factors that influence failure rates and general lifespan estimation formulas are explained in an easy-to-understand manner!























































































































