Global Sources
EE Times-India
Stay in touch with EE Times India
 
EE Times-India > Power/Alternative Energy
 
 
Power/Alternative Energy  

High-voltage MLCCs operate from 3kVDC to 5kVDC

Posted: 01 Mar 2016     Print Version  Bookmark and Share

Keywords:Vishay Intertechnology  capacitor  MLCC  modem  power supplies 

Vishay Intertechnology Inc. has announced a line-up of surface-mount multilayer ceramic chip capacitors (MLCCs) geared for high-voltage industrial and telecom applications. The Vishay Vitramon HV High Voltage series claims to deliver increased reliability over standard devices and features a robust serial electrode design and an extended voltage range up to 5kV in four standard EIA sizes from 1812 to 2225.

The higher breakdown voltage of the MLCCs increases reliability against voltage spikes, while their serial electrode design reduces the risk of short circuits due to mechanical cracks, noted Vishay.

Vishay Vitramon HV High Voltage series

Manufactured in noble metal electrode (NME) technology with a wet build process, the devices are aimed at input and output filtering in power supplies and analogue and digital modems, snubbing in power converters, and buffering in voltage multipliers.

Featuring a X7R dielectric, HV High Voltage series devices offer a voltage range from 3kVDC to 5kVDC, capacitance from 180pF to 15nF, a temperature coefficient of capacitance (TCC) of ±15 per cent from -55°C to 125°C, and an aging rate of one per cent maximum per decade. RoHS-compliant, halogen-free and Vishay Green, the MLCCs offer 100 per cent matte tin plate terminations.

Samples and production quantities of the HV High Voltage series are available with lead times of 11 weeks.





Comment on "High-voltage MLCCs operate from 3kVD..."
Comments:  
*  You can enter [0] more charecters.
*Verify code:
 
 
Webinars

Seminars

Visit Asia Webinars to learn about the latest in technology and get practical design tips.

 

Go to top             Connect on Facebook      Follow us on Twitter      Follow us on Orkut

 
Back to Top