Circuit & System Protection


Common-mode filters

16 May 2012 Circuit & System Protection

KEMET announced the expansion of its KO-CAP conductive polymer portfolio with the release of the T522 reduced leakage polymer tantalum series. T522 series capacitors are an ideal solution for applications that seek high capacitance, low ESR, low profile, safety and low power consumption.

The T522 series is an organic capacitor which utilises organic conductive polymer as the cathode plate of the capacitor and is designed to meet the needs of leakage sensitive applications such as battery supported circuits. KEMET offers this solution in low-profile and standard case height configurations with capacitance values up to 470 μF in 6,3 V ratings and ESR offerings as low as 25 mΩ.

The KO-CAP is a tantalum capacitor with a Ta anode and a Ta2O5 dielectric. KO-CAP devices eliminate the ignition failures that can occur in standard MnO2 tantalum types and may also be operated at steady state voltages up to 90% of rated voltage.

Typical applications for the T522 series include battery-dependent applications such as handheld consumer electronics, global tracking systems, wireless sensors and energy harvesting.



Credit(s)



Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

Clearing the Static: Key principles of ESD control in electronics manufacturing
Actum Electronics Circuit & System Protection
Effectively managing electrostatic discharge is essential in electronics manufacturing to ensure not only product reliability, but also worker safety.

Read more...
Clearing the Static: Three steps for a dry ESD packaging system
Actum Electronics Circuit & System Protection
For optimal storage, it’s essential to complete the dry-packaging system by adding Desiccant Packs and Humidity Indicator Cards.

Read more...
Ensuring safety with earth leakage protection
NewElec Pretoria Circuit & System Protection
Earth leakage protection helps mitigate the risks of electric shocks, fires, and equipment damage by swiftly identifying faults and disconnecting the power supply, thus safeguarding both human lives and machinery.

Read more...
Suppressing EMI with filters
Vepac Electronics Circuit & System Protection
EMI/RFI filters play an important role in reducing the high-frequency noise that is generated by various electrical and electronic devices.

Read more...
Patch attenuates like a shielding cabinet
Würth Elektronik eiSos Circuit & System Protection
Würth Elektronik has launched its hybrid WE-EMIP EMI absorber sheet, a convenient solution for reducing electromagnetic interference by up to 40 dB.

Read more...
Clearing the Static: Ionisation equipment
Actum Electronics Circuit & System Protection
Electrostatic discharge (ESD) ionisation equipment is designed to neutralise static charges that accumulate on surfaces in environments where ESD-sensitive components or materials are handled. These ...

Read more...
SMD choke for currents up to 48 A
Electrocomp Passive Components
Designed for rated currents from 36 to 48 A, these surface-mountable components from TDK cover a range of inductance values from 2,3 to 8,5 µH.

Read more...
Advanced electrolytic hybrid capacitor
Electrocomp Passive Components
Online Teaser: The capacitor series from Panasonic achieves a maximum ripple current of 3,3 to 4,6 A, which is approximately 50% higher than comparable case sizes.

Read more...
Motor and feeder protection for LV and MV environments
NewElec Pretoria Circuit & System Protection
This relay from NewElec is a micro-controller-based precision instrument with ANSI protection elements, advanced control features, and switchgear controller logic integrating motor and feeder control functions.

Read more...
Clearing the Static: How to protect PCBs from electrostatic discharge and moisture
Actum Electronics Circuit & System Protection
Printed circuit boards (PCBs) are essential components in most electronic devices. They are sensitive to environmental factors like electrostatic discharge (ESD) and moisture, which can cause significant ...

Read more...