Typical Configurations
- Multi-circuit filter assemblies
- Custom electrical configurations
- Application-specific housings
- Connector, lead or PC-tail interfaces
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PACKAGED EMI FILTERING
Custom Aerospace EMI Filter Modules.
Custom packaged EMI filter modules for aerospace, defense, and mission-critical systems, configured around the circuitry, enclosure, and electrical interfaces.
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ENGINEERED TO REQUIREMENTOVERVIEW
Designed around
the application.
RCV filter modules package multiple filtered circuits into an application-specific mechanical assembly. They give engineering teams a centralized filtering approach when connector-level filtering alone does not fit the architecture or when multiple interfaces need to be managed together.
Applications
- Power and signal distribution
- Avionics enclosures
- Communications subsystems
- Defense electronic assemblies
Why RCV
- Centralized filtering architecture
- Simplified subsystem integration
- Custom packaging and interfaces
- Scalable circuit-count options
MULTI-CIRCUIT EMI FILTER ASSEMBLIES
Centralized filtering in a purpose-built module.
A custom EMI filter module packages multiple filtered circuits into a mechanical assembly that can be integrated at the enclosure or subsystem level. It provides a centralized alternative when connector-level filtering is not the right fit or when several power and signal interfaces need to be managed together.
RCV develops the electrical configuration, circuit count, housing, mounting approach, and connector, lead, or PC-tail interfaces around the system. These modules can simplify integration in avionics enclosures, communications equipment, power and signal distribution, and other defense electronic assemblies.
What is an EMI filter module?
An EMI filter module is a packaged assembly containing multiple filter circuits and application-specific electrical interfaces in one housing.
When is a filter module used instead of a filtered connector?
A module is useful when filtering must be centralized, multiple circuits or interfaces must be combined, or the enclosure architecture does not favor connector-level filtering.
Can the module housing and interfaces be customized?
Yes. RCV can tailor the housing, mounting, circuit count, electrical values, and connector, lead, or PC-tail interfaces to the application.
PRODUCT VIEWS
Built for practical
system integration.
Filter architectures and component selection
Define C, L-C, C-L, or Pi filter architecture around the required attenuation and the signals that must pass through the module. Component selection can include capacitors, TVS diodes, and resistors according to the filtering and protection requirements.
Provide frequency-dependent attenuation targets, voltage, current, signal bandwidth, and transient requirements for an application-specific circuit review.
Mechanical packaging and terminations
Housing dimensions, mounting points, grounding, and connector, lead, or PC-tail terminations are considered together. Custom packaging supports integration at the enclosure or subsystem interface.
Applications include avionics enclosures, aerospace and defense electronics, communications subsystems, and power and signal distribution.
Information for a filter module quote
Send the following information with your drawing or available system requirements.
- Circuit count and proposed filter architecture
- Attenuation targets and frequencies of concern
- Operating voltage, current, and signal requirements
- Housing envelope, mounting, grounding, and termination details
- Environmental and test requirements, quantities, and schedule
Technical Resources
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