TDK Corporation, founded in 1935 and headquartered in Tokyo, Japan, is a leading global manufacturer of electronic components and devices. The company specializes in passive components, such as capacitors, inductors, and filters; sensor systems including temperature, pressure, and motion sensors; and magnetic application products like power supplies and magnetic heads. TDK serves diverse industries, including automotive, industrial equipment, energy, and consumer electronics, emphasizing innovation, quality, and sustainability. With a significant global presence, TDK operates production and sales facilities across Asia, Europe, and the Americas, delivering advanced technological solutions worldwide.
TDK’s ultra-compact DC-DC converters are helping bring carrier aggregation to reality by powering the FPGAs and next-generation chipsets in the network.
The GYPRO4300 is suitable for applications such as railway, land vehicles, VTOL aircraft and UAV, marine and subsea systems, borehole drilling and surveying instruments.
TDK Corporation announces the introduction of 6W and 10W models to the TDK-Lambda CCG series of DC-DC converters, suitable for either through hole or surface mount placement. This expands the CCG series to cover 1.5W to 30W. In addition to battery powered equipment, applications include process control, data communications, telecommunications and test and measurement related products.
The NTC thermistor is a thermally sensitive resistor that can be utilized in various applications such as temperature sensors and thermal protection devices to protect circuits from overheating.
TDK's B43652 series of snap-in aluminium electrolytic capacitors for OBC applications are characterized by very compact dimensions and very high ripple current-carrying capacity.
TDK is helping to steer society toward higher energy efficiency by enumerating the contribution made by the components it manufactures to CO₂ emission reductions.
Improper use of NTC thermistors may cause malfunctions. This article introduces the causes and countermeasures for failure modes caused by the improper use of NTC thermistors.