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Supplier: Accuris
Description: Dielectric and resistive properties of solid insulating materials-Part 2-2: Relative permittivity and dissipation factor-High frequencies (1 MHz to 300 MHz)
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Supplier: Accuris
Description: Dielectric and resistive properties of solid insulating materials Part 2-2: Relative permittivity and dielectric dissipation factor \x96 High frequencies (1 MHz to 300 MHz) \x96 AC Methods
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Supplier: Accuris
Description: Dielectric and resistive properties of solid insulating materials Part 2-2: Relative permittivity and dissipation factor - High frequencies (1 MHz to 300 MHz) - AC methods
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Description: IEC 62631-2-2:2022 specifies test methods for the determination of permittivity and dissipation factor properties of solid insulating materials in a high frequency range from 1 MHz to 300 MHz.
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Supplier: Accuris
Description: Dielectric and resistive properties of solid insulating materials \x96 Part 2-2: Relative permittivity and dissipation factor \x96 High frequencies (1 MHz to 300 MHz) \x96 AC methods
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Supplier: Morgan Advanced Materials
Description: Morgan Electro Ceramics announces the release of our new piezoelectric material, PZT-508-HD, for use in demanding transducer and actuator applications. The new, high density material was designed to achieve low porosity and a uniform microstructure, offering increased
- Max Use / Curie Temperature: 195 to 215 C
- Density: 7.898987633754085 g/cc
- Features: Dielectric Ceramic
- Material Type: Piezoelectric Ceramic
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Supplier: ASTM International
Description: 1.1 These test methods cover the determination of relative (Note 0) complex permittivity (dielectric constant and dissipation factor) of nonmagnetic solid dielectric materials. Note 0The word "relative" is often omitted. 1.1.1 Test Method A is for specimens precisely
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Supplier: ASTM International
Description: 1.1 These test methods cover the determination of relative (Note 1) complex permittivity (dielectric constant and dissipation factor) of nonmagnetic solid dielectric materials. Note 1: The word "relative" is often omitted. 1.1.1 Test Method A is for specimens precisely
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Supplier: ASTM International
Description: 1.1 These test methods cover the determination of relative (Note 0) complex permittivity (dielectric constant and dissipation factor) of nonmagnetic solid dielectric materials. Note 0The word "relative" is often omitted. 1.1.1 Test Method A is for specimens precisely
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Supplier: SAE International
Description: thickness, the xCaTiO\u2083 - (1-x)CaMeO\u2083 system is a strong candidate for integration into future power electronics applications. To further improve the high temperature, high field reliability of these material systems, rare earth donor doping has been utilized.
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Supplier: ASTM International
Description: 1.1 This test method covers a procedure for determining relative complex permittivity (relative dielectric constant and loss) and relative magnetic permeability of isotropic, reciprocal (non-gyromagnetic) solid materials. If the material is nonmagnetic, it is acceptable
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Supplier: SAE International
Description: This paper describes the development of a lead free, high temperature ceramic capacitor material having the base composition of (Na 0.5 Bi 0.5 ) TiO 3 . The goal is to modify this structure to create a material that has the relative permittivity of barium titanate with
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Supplier: AENOR
Description: Dielectric and resistive properties of solid insulating materials - Part 2-2: Relative permittivity and dissipation factor - High frequencies (1 MHz to 300 MHz) - AC methods (Endorsed by Asociación Española de Normalización in July of 2022.)
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Supplier: ASME
Description: demonstrated high performance high frequency piezo-composite ultrasound transducers. In this monograph, piezoelectric materials used for high frequency transducers is introduced first. Next, the benefits and theory of piezo composites is presented, followed by the design
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Supplier: ASME Standards and Certification
Description: demonstrated high performance high frequency piezo-composite ultrasound transducers. In this monograph, piezoelectric materials used for high frequency transducers is introduced first. Next, the benefits and theory of piezo composites is presented, followed by the design
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Supplier: Knowles Precision Devices
Description: (3 dB per split) incorporating our low loss, high permittivity dielectric materials to provide small size and temperature stability. The devices integrate thin film precision resistors and are offered for both solder surface mount (SMT) and chip and wire hybrid (WB)
- Frequency Range: 2,000 to 10,000 MHz
- Insertion Loss: 0.8 dB
- Isolation: 20 dB
- Operating Temperature: -55 to 125 C
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Supplier: Microtest Corporation
Description: fixtures for material dielectric permittivity measurement that allows PCB designed engineers to reduce the faulty conditions with the comprehensive information of permittivity while designing PCB layouts. Features Signal source frequency range: DC 10Hz ~ 3/5/10/20/30MHz
- Resistance / Impedance Range: 0 to 9,999,990 kohms
- Capacitance Range: 0 to 9,999,990,000 microF
- Inductance Range: 0 to 9,999,900 H
- Operating Temperature: 10 to 40 C
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Supplier: ValueTronics International, Inc.
Description: phase, R, X, G, B, Cp, Cs, Lp, Ls, Rp, Rs, D, Q DC bias to ±35 V GPIB The HP 4291A RF impedance/material analyzer provides a total solution for high-accuracy and easy measurement of surface-mount components and dielectric/magnetic materials. The HP 4291A uses a direct
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Description: In recent years, transmitarray antennas have attracted growing interest with many antenna researchers. Transmitarrays combines both optical and antenna array theory, leading to a low profile design with high gain, high radiation efficiency, and versatile radiation performance for many
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. The dielectric constant is a measure of how well the material concentrates electrical fields. The larger the constant, the more charge it can store. Thus, a capacitor made of a high dielectric constant material can store more energy in a smaller space (read more)
Browse Foams and Foam Materials Datasheets for Dexmet® Corporation, a part of PPG’s engineered materials division -
increasingly complex, engineers seek materials that can accomplish more. Dielectric foam meets this demand. Aerospace companies encounter various design challenges. High altitudes create extreme temperature changes. Parts must endure without losing strength or signal clarity. RF systems operate (read more)
Browse Electrical Insulation and Dielectric Materials Datasheets for General Plastics Manufacturing Co. -
-2200 is an advanced dielectric material for use in radomes, antennas and other radio frequency (RF) communication systems. This series of machinable, closed cell polyurethane foams provide an RF-transparent, low-loss protective layer for applications requiring optimal performance where (read more)
Browse Foams and Foam Materials Datasheets for General Plastics Manufacturing Co. -
Features: High Reflectivity, Narrow Band and Broadband Wavelength are Available, Easy to Mount/Align and Operation. High-reflection (HR) Dielectric Mirrors refer to coating layers of dielectric films on (read more)
Browse Optical Lenses Datasheets for Changchun Yutai Optics Co., Ltd. -
DIELECTRIC BROCHURE DIELECTRIC MATERIALS General Plastics offers a variety of LAST-A-FOAM® (read more)
Browse Foams and Foam Materials Datasheets for General Plastics Manufacturing Co. -
Key Features: High Reflectivity: The coating is optimized to achieve high reflectivity at 532nm, ensuring efficient and reliable performance in green laser applications. Precision Engineering: The coating is meticulously (read more)
Browse Optical Filters Datasheets for Suzhou Jiujon Optics Co., Ltd -
High-Performance Dielectric Ceramic Filter - Boosting Communication Efficiency Interquip introduces a new line of dielectric ceramic filters, specifically designed for navigation, mobile communications, and Wi-Fi applications. Utilizing dielectric materials with low loss (read more)
Browse Oscillators Datasheets for Interquip Electronics Co., Ltd. -
Knowles Precision Devices
High Q, Ultra-Low ESR, X8G Dielectric Capacitors for Automotive Applications
The AEC-Q200 Ultra-Low ESR X8G range offers a very stable X8R High Q material system that provides excellent low loss performance. The range is tested and approved to automotive specification AEC-Q200. Optimized for lowest possible ESR, the electrode system provides low metal (read more)
Browse Capacitors Datasheets for Knowles Precision Devices -
dielectric integrity for today’s high performance modules. Bectron®and ELAN-Tron®products have been used in a wide variety of automotive and industrial electronics applications for many (read more)
Browse Electrical and Electronic Resins Datasheets for ELANTAS North America LLC -
performance for high-frequency data transmission, RF systems, and telecommunications infrastructure. Choosing the right material also requires alignment with applicable IPC design, material, and performance standards. Key Considerations for High-Speed PCB Materials Dielectric (read more)
Browse Printed Circuit Board (PCB) Fabrication Services Datasheets for Summit Interconnect
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Dielectric Materials for Use in Radomes
Mfg. Co. presents an overview of dielectric materials, as well as a comparison of polyurethane foam with other commonly used dielectrics. In addition, dielectric properties of three series of rigid polyurethane foam at low, medium and high densities are examined in frequencies ranging from 1 - 10 GHz
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MSilica Nanoparticles Treated by Cold Atmospheric-Pressure Plasmas Improve the Dielectric Performance of Organic-Inorganic Nanocomposites
chamber geometries by. imposing a dielectrophoresis (DEP) force on the beads. In cDEP the electrodes are not in. direct contact with the fluid sample but are instead capacitively coupled to the mixing. chamber through thin dielectric barriers, which eliminates many of the problems. encountered
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Designing Atmospheric-Pressure Plasma Sources for Surface Engineering of Nanomaterials
, respectively. Complex permittivity is. defined as. e ¼ e1 s. jo ð3Þ. where e and s are the real permittivity and conductivity of. the subject, j ¼ ffiffiffiffiffiffi. 1 p and o is the radial frequency. From the. single shell dielectric model [31] the effective permittivity. and conductivity
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A Microfluidic System for Biological Particle Enrichment Using Contactless Dielectrophoresis
conductive. fluid to act as electrodes and provide the necessary electric. field. These reservoirs are placed adjacent to the main microfluidic. channel and are separated from the sample by a thin. barrier of a dielectric material as shown in Figure 1H. The. application of a high-frequency electric field
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High-speed, sub-pull-in voltage MEMS switching.
This means that for electrostatic MEMS actuators that use dynamic switching and operate at a voltage limited by the hold voltage, there may be a significant benefit to using high permittivity dielectric materials that are beginning to be used as gate…
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Microwave component miniaturization by local embedding high-permittivity dielectric materials in low-permittivity substrates
We have demonstrated the potential of high permittivity dielectric materials for local capacitive loading of microstrip resonators and filters.
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Technology assessment and market analysis of solid state ultracapacitors
However, high permittivity dielectric materials have some inherent issues including ageing, fatigue and dielectric property degradation.
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Use of high permittivity ceramic (block) in small antenna design
Abstract—The fundamental parameters of a small monopole antenna were examined and how they are affected if high permittivity dielectric material is introduced to the structure, achieving a more compact and miniaturized antenna for mobile phone applications was also a part of…
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Mode coupling phenomenon in high permittivity NRD guide with asymmetrically remained small air gap
Since high permittivity materials such as ceramics and alumina have rough and hard surfaces, we assumed that this problem was caused by asymmetrically remained small air gap between the metal plates and high permittivity dielectric materials in the NRD guide.
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Novel photonic phenomena in nanostructured material systems with applications and mid-range efficient insensitive wireless energy-transfer
[104] M. V. Jacob, J. G. Hartnett, J. Mazierska, J. Krupka, and M. E. Tobar, "Lithium Tan- talate - A high permittivity dielectric material for microwave communication systems," In IEEE TENCON, pp. 1362-1366 (2003).
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Non-symmetrical electric response in CaCu3Ti4O12 and La0.05Ba0.95TiO3−δ-SPS materials
Some devices, such as random access memory, are based on high permittivity dielectric materials . .
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Superior Modes in High Permittivity Cylindrical Dielectric Resonator Antenna Excited by a Central Rectangular Slot
HIGH permittivity dielectric materials allowed a consid- erable miniaturization of the microwave components.
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Broadband Integrated Lens for Illuminating Reflector Antenna With Constant Aperture Efficiency
This copes with the classical problem of lens in- ternal reflections originated by the need to use high permittivity dielectric materials to force the uniplanar feed radiation to couple strongly to the lens.
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Small and compact rectangular dielectric resonator antenna for WLAN applications
Abstract - In this paper, small dielectric resonator antenna was design and developed by using high permittivity dielectric material of 55.