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D6
This is a low permittivity material that is used
predominantly for supports for dielectric resonators however it can be used effectively for substrate
applications and also for GPS patch antenna applications.
[Characteristics and Typical Applications]
D9
A high purity (99.5%) Alumina ceramic material ideal for
demanding low loss applications, such as Base Station Filters.
[Characteristics and Typical Applications]
D20
Morgan Electro Ceramics D20 material is the lowest
 temperature stabilised material that we manufacture.
Developed primarily for coaxial resonator and GPS Patch Antenna solutions the material provides a cost
effective solution for these applications.
[Characteristics and Typical Applications]
D34
Morgan Electro Ceramics D34 material is a
cost effective dielectric composition with
of 35 and an achievable Qo of greater than 40,000 at 2.0 GHz. The material also provides an
exceptionally linear thermal response.
[Characteristics and Typical Applications]
D36
Morgan Electro Ceramics D36 material is available for puck, coaxial and patch antenna components. Widely used in many applications the material
provides a cost effective solution with good Q and almost linear thermal response.
[Characteristics and Typical Applications]
D43
Morgan Electro Ceramics D43 material is a high
dielectric composition
with Qo typically 30,000 at 0.9 GHz and 22,000 at 2.0 GHz.
[Characteristics and Typical Applications]
D77
Morgan Electro Ceramics D77 ceramic material is one of our higher
materials with a good Q value. The material is particularly useful where optimum miniaturisation is required. The material has a slightly
positive non-linearity coefficient which may be useful for thermal compensation.
[Characteristics and Typical Applications]
D88
Morgan Electro Ceramics D88 material offers our highest
solution. The material offers maximum miniaturisation whist still offering a temperature coefficient that is tuneable through zero.
[Characteristics and Typical Applications]
Summary of Material Properties
Component
Type
Design
Notes
Download brochure: 
Dielectric Ceramics Materials Data
(524kb)
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