Providing the Engineers and Toolsets to Optimize RF and Solve Difficult EMI and Desense

One of the many benefits of optimization is that it can increase range and reduce power consumption

Transmission Lines

RF Components

Ferrites

SERVICES


RF optimization has the added benefit of reducing loss throughout the RF
path and is important for any device’s radiated performance. Thus, it
is necessary to review transmission lines impedance and matching circuit
performance. Cheleby Technology carries the right equipment to maximize
performance and minimize loss. One of the many tools utilized is Time
Domain Reflectometry (TDR) where transmission line impedance can be
visualized over the entire length of the RF path. Many more techniques
are at our disposal for RF optimization.

Transmission Line Designs & Optimization Services:

  • Microstrip

  • Stripline

  • Coplanar Wave Guide

  • Coplanar Wave Guide with Ground

  • Round Coaxial

  • Slotline

  • Coupled Microstrip Line

  • Coupled Stripline

There are multiple
choices when it comes to transmission lines. Cheleby Technology can work with,
and design multiple types of electrical transmission lines with many
different types of dielectric substrates. We take into account the
frequency range, characteristic impedance and the even & odd mode
impact upon nearby traces.

 Contact Us

SERVICES

RF & PCB Component Selection

Selecting components can be a daunting task, but we have over a decade
of experience with vendors and manufacturers for every part of your
design. Our number one goal is to ensure that every bit, piece and
component meet the stringent minimums required for high frequency
operation especially in the 4G LTE and 5G world. Whether it be
high-performance or economical we can help choose the right product to
meet your design needs.

SERVICES

Ferrite Selections

Ferrites are an
essential part of most designs and extensively used for inductive and
EMI filtering applications. See below for some of the solutions we can
recommend for your product.

  • EMI Cable Cores
  • Connector Plates
  • Common mode chokes
  • Can-bus chokes
  • High current thru hole
  • surface mount components
  • Impedance bead chips
  • surface mount inductors