Does the capacitance of an capacitor (MLCC with dipped radial lead) change with temperature?

Who creates the standards for temperature characteristics of capacitors (MLCCs with dipped radial leads)?

There are no capacitors with Y5V characteristics listed in TDK's capacitors (Multilayer Capacitors with Leads) catalogs; are there any available?

How much change can I expect in capacitance with temperature change of an capacitor (MLCC with dipped radial lead)?

When looking at the frequency characteristics graph for capacitance, the capacitance value suddenly disappears after a certain frequency is reached. Does this mean that there is no more capacitance?

Where can I see the inductance value for the frequency at which I would like to use the inductor?

Please explain the specifying condition for the inductance value of a multilayer inductor for high frequency circuits.

Please explain the specifying condition for the rated current of a multilayer inductor for high frequency circuits.

Do multilayer inductors for high frequency circuits experience a decrease in inductance due to DC current (DC bias characteristics)?

Please explain the specifying conditions for the rated current of inductors for power circuits (Power Inductors).

What is the DC bias characteristic of an inductor for power circuits?

In there aging?

At what frequency is “impedance”, which is the representative feature of chip beads, prescribed?

Where can I see the impeadance value for the frequency at which I would like to use the chip beads?

Please describe the prescribed conditions of rated currents.

Would it be safe to use a chip bead in which a current exceeding the rated current flows momentarily?

What is an R-X cross point?

What is derating?

What is the difference between common mode and differential mode?

What is differential insertion loss?

What is common mode attenuation?

What is Scd21?

Which voltage location is being referred to for the rated voltage of a common mode filter (common mode choke)?

Can common impedance be considered impedance that affects only AC (resonant signals)?

At which frequency is the "impedance," which is the representative characteristic of common mode filters / chokes, defined?

What is the defining condition for the rated current of common mode filters / chokes?

Is it okay to use a common mode filter / choke if a current larger than its rated current is applied momentarily?

What is the difference between common mode impedance, differential mode impedance and characteristic impedance?

Where is the characteristic impedance described?

What is the cutoff frequency?