The electrical characteristics of the Y5V characteristic product are required for the study of Y5V characteristic alternatives that TDK has stopped producing. How should this data be obtained?

A. It is recommended to use X5R, X7R features instead of Y5V. In terms of electrical characteristics, the X5R and X7R characteristics have an absolute advantage over the Y5V characteristics. Therefore, if the shape, rated voltage, and electrostatic capacitance are the same, it is not necessary to spend too much time in conducting electrical characteristics comparison studies. The current Y5V feature product data is not disclosed. The following is an example of comparing the temperature characteristics with the DC bias characteristics of the Y5V characteristics and the X7R characteristics.

Comparison of temperature characteristics

C1608Y5V1H104Z

C1608X7R1H104K

Comparison of DC bias characteristics

C1608Y5V1H104Z

C1608X7R1H104K

Compared with the X5R and X7R characteristic materials, the Y5V characteristic material has a higher electric induction rate, so it can produce a large capacity capacitor. Therefore, it can be used to produce products with a larger electrostatic capacity, but the capacity varies greatly with respect to temperature and voltage. Therefore, the product can only be used in products with limited use temperature and use in ordinary indoor appliances. The X5R and X7R characteristic materials have small changes with respect to temperature and voltage, and have excellent characteristics, so they can be used in a wide range of applications from communication devices to vehicles.

With the development of high-capacity demand in the market, X5R and X7R characteristic products have been continuously expanded by material technology and various element technologies. Therefore, the X5R and X7R alternatives can also be found in the range of electrostatic capacitances using the Y5V characteristic.