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Immersion
Phased Array
 

Principle
Virtual examples
Design notes for phased array
Probes performances

IMMERSION ARRAYS
Linear arrays
Matrix arrays
Annular arrays
Curved arrays
Daisy arrays
Circular arrays

CONTACT ARRAYS
LInear arrays
Small footprint arrays
Low profile arrays
Matrix arrays
TRL/SE arrays

FLEXIBLE ARRAYS
2D smart flexible arrays
1D smart flexible arrays
Extra flat flexible arrays

ACCESSORIES
Wedges
Cables and connectors

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Nuclear & power generation
Aeronautics
Metal Industry
Petrochemical
Transportation
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Application examples

 

Phased array transducers

Since 1989, IMASONIC has offered the widest range of phased array probes for industrial applications.

• The standard phased array probes benefit from standardized design that combines reliability, accuracy, performance and competitiveness.

Customized phased array probes offer numerous possibilities for adaptation to the most demanding applications.

Array families

We classified array transducers in 3 families, depending on their way of use, and mainly the coupling method. This classification corresponds to the most common method of use, but does not limit the feasibility. Most of concepts and functions proposed for immersion probes are adapteble to contact probes and vice versa.


Immersion arrays

 

Array types

Phased array transducers consist of several elements that can be activated independently (See Phased Array Principle). We have grouped them below according to the main types.


1D Linear array

Curved linear array
(Concave or convex)

Focused linear array

1,5D array

2D matrix array

Annular sectorial array

Annular array

Daisy array

Circular array (convex)
Encircling array (concave)

This list is not exhaustive and other types of geometry of the elements that could be associated with shaping the active area (cylindrical or spherical pre-focusing, or defined by a matrix of points), offer a very wide feasibility field

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