CPP3431

Filters and Networks

FILTER,LOW PASS

CPP3431

5915-00-490-0264

5915 - Filters and Networks

Edo

FILTER,LOW PASS

ACT NOW! SUBMIT A QUICK QUOTE.

Technical Characteristics

  • Body Width

    5.300 inches nominal

  • Body Height

    24.000 inches nominal

  • Reference Frequency Per Function

    1.7 gigahertz 2nd low pass

  • Reference Frequency Per Function

    2.6 gigahertz 3rd low pass

  • Output Impedance Per Function W/Source Across Input

    50.0 ohms 1st low pass

  • Output Impedance Per Function W/Source Across Input

    50.0 ohms 2nd low pass

  • Output Impedance Per Function W/Source Across Input

    50.0 ohms 3rd low pass

  • Voltage Standing Wave Ratio Per Function

    2.0 3rd low pass

  • Mounting Facility Type And Quantity

    2 terminal

  • Insertion Loss At Reference Frequency Per Function In Decibels

    0.25 2nd low pass

  • Body Length

    22.560 inches nominal

  • Reference Frequency Per Function

    870.0 megahertz 1st low pass

  • Input Impedance Per Function W/Load

    50.0 ohms 1st low pass

  • Input Impedance Per Function W/Load

    50.0 ohms 2nd low pass

  • Input Impedance Per Function W/Load

    50.0 ohms 3rd low pass

  • Voltage Standing Wave Ratio Per Function

    1.15 1st low pass

  • Voltage Standing Wave Ratio Per Function

    1.15 2nd low pass

  • Inclosure Type

    encased

  • Insertion Loss At Reference Frequency Per Function In Decibels

    0.25 1st low pass

  • Functional Terminal Type And Quantity

    1 connector,receptacle input

  • Functional Terminal Type And Quantity

    1 connector,receptacle output

  • Specified Frequencies Of Discrimination Per Function

    2.265 gigahertz 2nd low pass and 2.855 gigahertz 3rd low pass and 5.71 gigahertz 3rd low pass and 11.42 gigahertz 3rd low pass

  • Specified Frequencies Of Discrimination Per Function

    755.00 megahertz 1st low pass and 985.00 megahertz 1st low pass and 1.97 gigahertz 1st low pass and 3.94 gigahertz 1st low pass

  • Body Material

    aluminum

  • Frequency Band Width Per Function

    2.265 gigahertz 3rd low pass and 2.855 gigahertz 3rd low pass

  • Insertion Loss At Reference Frequency Per Function In Decibels

    0.25 3rd low pass

  • Specified Frequencies Of Discrimination Per Function

    1.51 gigahertz 2nd low pass and 1.97 gigahertz 2nd low pass and 3.94 gigahertz 2nd low pass and 7.88 gigahertz 2nd low pass

  • Frequency Band Width Per Function

    1.51 gigahertz 2nd low pass and 1.97 gigahertz 2nd low pass

  • Frequency Band Width Per Function

    755.00 megahertz 1st low pass and 985.00 megahertz 1st low pass

  • Discrimination At Specified Frequencies Per Function In Decibels

    1.0 maximum 1st low pass and 1.0 maximum 1st low pass and 40.0 minimum 1st low pass and 40.0 minimum 1st low pass

  • Voltage Standing Wave Ratio Frequency Limits Per Function

    1.5 gigahertz 2nd low pass and 1.97 gigahertz 2nd low pass

  • Voltage Standing Wave Ratio Frequency Limits Per Function

    2.26 gigahertz 3rd low pass and 2.855 gigahertz 3rd low pass

  • Discrimination At Specified Frequencies Per Function In Decibels

    1.0 maximum 2nd low pass and 1.0 maximum 2nd low pass and 40.0 minimum 2nd low pass and 40.0 minimum 2nd low pass

  • Discrimination At Specified Frequencies Per Function In Decibels

    1.0 maximum 3rd low pass and 1.0 maximum 3rd low pass and 40.0 minimum 3rd low pass and 40.0 minimum 3rd low pass

  • Voltage Standing Wave Ratio Frequency Limits Per Function

    755.0 megahertz 1st low pass and 985.0 megahertz 1st low pass

Certified to
AS6081 Methods

Implementing Quality Procurement

A rigorous vendor selection process and vendor management system are essential to ensuring quality.
Read more...

Supplying Quality Products

We take every measure to ensure that we supply quality, authentic parts including a strict vendor selection process and rigorous product inspections..
Read more...

Providing Quality People

Our team of dedicated account managers, procurement professionals and specialized inspectors is the most valuable resource we have.
Read more...