Open Mode and the“1210 Rule” (1): What is TDK "Open Mode" capacitor?

Open Mode and the“1210 Rule” (2): How can an Open Mode capacitor reduce a short risk by board flexure?

Open Mode and the“1210 Rule” (3): How can I tell Open Mode design from the TDK part numbers?

Open Mode and the“1210 Rule” (4): Why is Open Mode of MLCCs (Multilayer Ceramic Capacitors) not offered in case sizes smaller than 0805 (C2012)?

Open Mode and the“1210 Rule” (5): What is the "1210 Rule" of MLCCs (Multilayer Ceramic Capacitors)?

Open Mode and the“1210 Rule” (6): How can I justify using a large size despite the "1210 Rule" of MLCCs (Multilayer Ceramic Capacitors)?

Open Mode and the“1210 Rule” (7): Where should TDK Open Mode capacitors be used?

Open Mode and the“1210 Rule” (8): How can I find the latest cap ranges available in Open Mode?

No Tin Whisker Risk in TDK MLCCs (1): What material is used for the internal electrodes and terminal electrodes?

No Tin Whisker Risk in TDK MLCCs (2): What bath compositions are used for electroplating process?

No Tin Whisker Risk in TDK MLCCs (3): How does TDK ensure the tin finish will not promote whisker growth?

No Tin Whisker Risk in TDK MLCCs (4): How does TDK test for Sn whisker?

Do the capacitors (Multilayer Capacitors with Leads) support solder bonding?

Among the capacitors (Multilayer Capacitors with Leads), are there products that withstand a temperature of 150°C?

Is the insulation coating used for the capacitors (Multilayer Capacitors with Leads) flame retardant?

Can the capacitors (Multilayer Capacitors with Leads) be used with AC voltages at commercial frequencies?

Can the capacitors (Multilayer Capacitors with Leads) support reflow soldering?

Can the capacitors (Multilayer Capacitors with Leads) be used with their leads bent?

What cleaning method is recommended for the capacitors (Multilayer Capacitors with Leads)?

Data on the electrical characteristics of products with Y5V characteristics is needed when looking for a replacement with Y5V characteristics that TDK no longer manufactures. What needs to be done?

Please explain why capacitors are used as noise suppression components.

Is an explanation of the basics of an inductor (a coil) available?

Please explain how an inductor (a coil) functions.

Why is inductance specified by numbers such as 1, 1.5, 2.2, 3.3, etc.?

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

Would it be a problem to use inductors in parallel?

I would like to use high frequency inductors for impedance matching. Which products do you recommend?

I do not understand how the direction identification markings on the MLG/MHQ series inductors correspond to each other.

Which inductor is recommended for smoothing a power circuit?

Why are the characters such as "4R7" or "100" printed on some products?