Heynen

Heynen works for innovators.

Ultra-low ESR MLCC capacitors

Ultra-low ESR MLCC capacitors

How to solve your Low Loss performance below 3 GHz?  The Ultra-low ESR range can offer you a very stable, High-Q material system that provides excellent specifications. Available with various termination options including FLEXICAP, this range of high frequency capacitors is suitable for many applications where economical, high performance is required.

All kinds of terminations
Available with various termination options including FLEXICAP, this range of high frequency capacitors is suitable for many applications where economical, high performance is required.

Applications
DC Blocking, Highpower RF-cicuits, Amplifier matching networks, VCO frequency stabilisation, Filters, diplexers and antenna matching. Also very suitable for Bypass, Coupling, Tuning, Feedback, High Q and microwave capacitors.

Main Advantages

  • Ultra-low ESR
  • Very high working voltage
  • Cp. range 0,5pF to 240pF
  • Size 0603, 0805 and 1111

  • Share:

Who is Heynen

your
local specialist
for

Knowles Precision Devices - Syfer

Our expert(s):

Dennis de la Roy Dennis de la Roy
Please contact Dennis with any questions or business opportunities relating to electronic Components of Heynen. We love to be involved in developing new solutions and bringing these to the Dutch market. dennis.delaroy@heynen.nl
+31 (0)485 55 09 37

Johan De Ceuster Johan De Ceuster
Please contact Johan with any questions or business opportunities relating to Electronic Components and RF. We love to be involved in developing new solutions and bringing these to the Belgian and Luxembourg market. johan.de.ceuster@heynen.be
+32 (0)11 60 09 10

Events

Electronics & Application, Jaarbeurs Utrecht

Event date: 28 September 2021 / 30 September 2021
Read more

#
LED+Elektrotechniek, Brabanthallen Den Bosch

Event date: 3 November 2021 / 4 November 2021
Read more

#
PMRExpo 2021, Koelnmesse

Event date: 23 November 2021 / 25 November 2021
Read more

#

Heynen is proud to work with