Home power dividers
 

Keywords :   


Tag: power dividers

Wilkinson Power Dividers White Paper

2015-09-30 17:27:25| rfglobalnet Downloads

The PDW05758 from DLI is a surface mount, thin film power divider designed to utilize a three section Wilkinson topology. Features for this device includes temperature stable ceramic, low loss conductors, integrated resistors, and a package size of 0.185 inch by 0.160 inch by 0.020 inch. This white paper provides an in depth overview of the PDW05758, the process of its power conversion, the basics of its thermal modeling and thermal measurements.

Tags: power white paper white paper

 

Wilkinson Power Dividers Family Datasheet

2015-09-30 17:18:25| rfglobalnet Downloads

The product family of Wilkinson Power Dividers from DLI covers the 2 to 18 GHz frequency range and has models available in 1-way, 2-way, or 4-way forms. These devices feature a solder surface mount package, outstanding phase and amplitude balance, and a small, compact size.

Tags: family power wilkinson datasheet

 
 

MegaPhase Now Offers 0.5-6.0 GHz Band Power Dividers & Wide Band Directional Couplers

2015-08-25 08:29:40| rfglobalnet News Articles

MegaPhase is pleased to announce the release of it’s New Component Line that contains both the 0.5-6.0 GHz Band Power Dividers and the Wide Band Directional Couplers.

Tags: power offers wide band

 

Wilkinson Power Dividers

2015-07-24 11:01:08| rfglobalnet Home Page

Dielectric Laboratories offers a series of high-frequency SMT Wilkinson power dividers covering the 2 to 18 GHz frequency range, in 1-way, 2-way, or 4-way models. The devices feature a solder surface mount package, excellent phase and amplitude balance, and a compact size.

Tags: power wilkinson dividers power dividers

 

02.04.15 -- High-Speed Scanning Direction Finder; MLDD 4-Way Power Dividers; L-Band, Solid State Power Amplifier

2015-02-03 00:31:15| rfglobalnet Home Page

02/04/15 RF Globalnet - Product Showcase

Tags: state power direction solid

 

Sites : [1] [2] [3] [4] [5] [6] [7] [8] [9] [10] next »