Knowles Precision Devices SMD Multi-Layer Ceramic Capacitor C Filters

Description
E01 / E07 ā€˜Cā€™ Filter EMI Chips Also known as 3-terminal chips, these use conventional MLCC manufacturing techniques to form a filter which is short circuit end-to-end and has a capacitance between the end terminals and the side (ground) terminals. The signal is carried through the internal electrodes. The current carrying capacity is defined by the cross section and number of the electrodes in the filter and is therefore linked with the capacitance of the filter. Compared to conventional 2-terminal MLCC devices the internal inductance between line and ground is reduced, giving improved attenuation.
Request a Quote

Suppliers

Company
Product
Description
Supplier Links
SMD Multi-Layer Ceramic Capacitor - C Filters - Knowles Precision Devices
Cazenovia, NY, United States
SMD Multi-Layer Ceramic Capacitor
C Filters
SMD Multi-Layer Ceramic Capacitor C Filters
E01 / E07 ā€˜Cā€™ Filter EMI Chips Also known as 3-terminal chips, these use conventional MLCC manufacturing techniques to form a filter which is short circuit end-to-end and has a capacitance between the end terminals and the side (ground) terminals. The signal is carried through the internal electrodes. The current carrying capacity is defined by the cross section and number of the electrodes in the filter and is therefore linked with the capacitance of the filter. Compared to conventional 2-terminal MLCC devices the internal inductance between line and ground is reduced, giving improved attenuation.

E01 / E07 ‘C’ Filter EMI Chips

Also known as 3-terminal chips, these use conventional MLCC manufacturing techniques to form a filter which is short circuit end-to-end and has a capacitance between the end terminals and the side (ground) terminals. The signal is carried through the internal electrodes. The current carrying capacity is defined by the cross section and number of the electrodes in the filter and is therefore linked with the capacitance of the filter. Compared to conventional 2-terminal MLCC devices the internal inductance between line and ground is reduced, giving improved attenuation.

Supplier's Site

Technical Specifications

  Knowles Precision Devices
Product Category Capacitors
Product Number C Filters
Product Name SMD Multi-Layer Ceramic Capacitor
Configuration / Form Factor Chip Capacitor
Unlock Full Specs
to access all available technical data

Similar Products

Multi-Layer Ceramic Capacitor, Radial Leads, DSCC Approved -  - Knowles Precision Devices
Specs
Configuration / Form Factor Leaded Capacitor
Technology Multilayer
Electrostatic Capacitors Ceramic NPO; Ceramic X7R
View Details
SMD Multi-Layer Ceramic Capacitor - Pi Filters - Knowles Precision Devices
Specs
Configuration / Form Factor Chip Capacitor
Technology Multilayer
Electrostatic Capacitors Ceramic Composition
View Details
SMD Multi-Layer Ceramic Capacitor, Detonation & Pulse -  - Knowles Precision Devices
Specs
Configuration / Form Factor Chip Capacitor
Technology Multilayer
Applications Power Supply; Energy Storage, Coupling/Decoupling, Military
View Details
AEC-Q200 Multi-Layer Ceramic Capacitor, High Q - X8G HiQ - Knowles Precision Devices
Specs
Configuration / Form Factor Chip Capacitor
Technology Multilayer
Applications Automotive
View Details