Skip to main content
Solutions

Resistive Components

Designed With Today’s Higher-Power, Compact Commercial Equipment Systems in Mind.

High Power and High-Frequency Stability

arrow_down

Standard Resistive Components

Our commercial resistive products are designed with today’s higher-power, more compact equipment systems in mind. TTM leverages unique product design and manufacturing techniques to achieve advantages in high-volume applications.

Discover Our Resistive Components
Attenuators - Chip
Our low-cost chip attenuators high-reliability-tested products and feature small, lightweight packaging, as well as broad frequency response.
Attenuators-Chip
Attenuators - SMD
Surface mount device (SMD) attenuators designed for maximum quality, accuracy, and reliability.



SMD Attenuator
Terminations - Chip
Ideal for applications that demand high-power capability.



Terminations-Chip
Terminations - Flanged
Flanged terminators are high-power, mountable devices that are suitable for the most demanding applications.
Terminations-Flanged
Terminations - Flangeless
Our flangeless terminators are designed for the best possible heat transfer as a result of being soldered directly to the heat sink.


Terminations-Flangeless
Terminations - SMD
Our terminations feature high frequency and high stability in a small, compact design.



Terminations-SMD
arrow_down

Related Resources

Application Note
Return-Loss Conversion Chart
Application Note
Power Handling Considerations for SMD Terminations, Attenuators, and Resistors
Application Note
Recommended Soldering Techniques
Application Note
Thermal Power Testing Methodology For Chip, Flange, And Pcb-mounted Resistors
Documentation
REACH Certification of Compliance
Documentation
RoHS Certification of Compliance
arrow_down

Relevant Pages

Relevant Pages

Xinger® Components

Transceivers

RF and Specialty Components

Solutions

Selected ( 1 items )
“Esc” to deselect all
Please complete this form to request your product sample(s).
Address
Please fill in all the blanks.
Product Name Quantity