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Dissipation Factor
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Supplier: MeggerDescription: These test sets automatically balance dissipation factor to speed and simplify testing. Lightweight and compact, these 2.5- and 12-kV units test high-voltage apparatus and insulating liquids. They feature advanced interference suppression to permit testing even in harsh environments
- Phase: Single-Phase
- Electrical Parameters: AC Voltage, AC Current, Other
- Power Quality Parameters: Other
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Supplier: Allied Electronics, Inc.Description: of considerably lighter weight. In addition, these parts have extremely low dissipation factors. They offer high reliability and long life and meet EIA Standard RS-456 characteristic “E”. Allow 1⁄2" clearance above the terminals on fluid filled capacitors for interrupter operation
- Configuration / Form Factor: Other
- Electrostatic Capacitors: Polypropylene
- Metallized Dielectric: Yes
- Applications: General Purpose
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Supplier: Ferro CorporationDescription: L8 is a glass-ceramic composite, Low Temperature Co-Fire Ceramic (LTCC) for components and modules with applications up to 31 GHz. L8 features a stable Dielectric constant up to 31 GHz and exhibits one of the lowest dissipation factors in a glass-ceramic formulation.
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Supplier: ValueTronics International, Inc.Description: The capacitance and dissipation factors are constant with frequency, essentially noninductive, very low dielectric absorbtion. The dielectric is specially prepared of purified high-molecular-weight polystyrene, having very high resistance and freedom from interfacial polarization. Moisture
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Supplier: RS Components, Ltd.Description: Mounting:Surface Mount; Capacitance Value:100nF; Voltage:20V dc; Tolerance:10%; Equivalent Series Resistance:25Ohms; Dissipation Factor:4%; Leakage Current:0.5A; Package/Case:2012-12; Case Code:R; Maximum Operating Temperature:125C
- Electrolytic Capacitors: Tantalum Oxide
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Supplier: Digi-Key CorporationDescription: CAP NIOB OXIDE 4.7UF 10V 1210
- Packing Method: Other
- RoHS Compliant: Yes
- Electrostatic Capacitors: Ceramic Z5U
- Electrolytic Capacitors: Niobium / Niobium Oxide
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Supplier: Trigon Components, Inc.Description: SERIES CPSA DESCRIPTION Polystyrene, Inductive CAPACITANCE RANGE 56 to 10000pF VOLTAGE RATING 50VDC to 630VDC OPERATING TEMPERATURE -40 to +70 Deg C PACKAGE Axial FEATURE •High precision of capacitance. •Low dissipation factor and lo ESR. •High insulation resistance
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Supplier: GenteqDescription: Electrical Testing for: Capacitance Dissipation Factor High-potential electrical withstand
- Configuration / Form Factor: Leaded Capacitor
- Capacitance Type: Fixed
- RoHS Compliant: Yes
- Technology: Film Capacitors
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Supplier: Dean TechnologyDescription: These ceramic capacitors use high dielectric constant (K>1000) ferroelectric materials based on barium titanate. Key features of this capacitor class include its non-linear temperature characteristics, reliable voltage and frequency performance and predictable change of capacitance with time. The
- Configuration / Form Factor: Leaded Capacitor
- Technology: Monolithic / Single Layer
- Electrostatic Capacitors: Ceramic
- Features: Polarized?
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Supplier: Aerovox Corp.Description: Film Capacitors for Power Electronics Applications RoHS Compliant The Type H is a very versatile metallized polypropylene capacitor that is available in a round or oval, steel or aluminum case with many terminal options to fit the application. The higher voltage ratings makes it ideal for
- Technology: Film Capacitors
- Electrostatic Capacitors: Oil, Polypropylene
- Metallized Dielectric: Yes
- RoHS Compliant: Yes
Featured Products for Dissipation Factor Top
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The capacitors are epoxy encapsulated in a compact size package. They have low dissipation factors and good temperature characteristic with low voltage coefficients. Applications include lasers, high voltage power supplies, surge suppression and electrostatic applications such as painting. (read more)Browse High Voltage Capacitors Datasheets for HV Components/CKE -
HVCA's high voltage, epoxy encapsulated ceramic capacitors are designed to meet the demanding requirements of high voltage applications. They are appropriate for applications requiring low dissipation factor, low voltage coefficient and good temperature stability, RoHS compliant construction, compact design and axial egress lead configuration. This series is ideal for applications where long creepage distances are needed such as high voltage devices operated in air. They are ideal... (read more)Browse Ceramic Capacitors Datasheets for Dean Technology -
Replacement material for Polystyrene very capacitance stable. Critical operating temperature requirements -55 ⁰ to +170 ⁰c. Low dissipation factor. Good for operating at low depths. Oil exploration equipment, Seismic equipment also excellent in Audio applications. Capacitance range from .0047 mfd to 10.0 mfd. Voltage 50VDC up to 5 KVC. Offered in various styles: wrap and fill, hermetic seal, radial and axial leads except for hermetic seal only axial leads. (read more)Browse Capacitors Datasheets for RTI Electronics -
and dissipation factor like its synthetic rubber (hydrocarbon) competitors. The low z axis coefficient of thermal expansion and temperature stable Dk make RF-35TC ideal for narrow band and broad band overlay couplers. In addition to high power applications, TSM-DS3 was developed to have very low coefficients of thermal expansion for demanding thermal cycling. The low x, y and z CTE values ensure that critical spacing between traces in filters and couplers have very low movement with temperature.TSM... (read more)Browse RF and Microwave Laminates Datasheets for Taconic -
Polyflon has taken advantage of the qualities of PTFE and coupled them with a proprietary plating process to produce a microwave substrate whose loss performance cannot be equaled by any other substrate available at this time. PTFE has unique electrical and physical properties: low loss tangent and dissipation factor, very low dielectric constant, high volume and surface resistivity, high chemical inertness, and almost zero water absorption. Features and Benefits. Ultra Low Loss. Very Low Dk... (read more)Browse RF and Microwave Laminates Datasheets for Polyflon Company - a Crane Co. Company -
L8 is a glass-ceramic composite, Low Temperature Co-Fire Ceramic (LTCC) for components and modules with applications up to 31 GHz. L8 features a stable Dielectric constant up to 31 GHz and exhibits one of the lowest dissipation factors in a glass-ceramic formulation. L8 is available in 2, 5, and 10 mil tape as well as powder for internal tape manufacture. The polymer binder formula used in L8 tape can be easily laminated and cut in the green state. L8 can be fired in both batch and belt furnace... (read more) -
TLY laminates are manufactured from very lightweight woven fiberglass, making them much more dimensionally stable than non-reinforced PTFE composites. The woven matrix yields a more mechanically stable laminate that is suitable for high volume manufacturing and the low dissipation factor enables successful deployment for automotive radar applications designed at 77 GHz as well as other antennas in millimeter wave frequencies. Comparative OEM testing at 77 GHz of lightly reinforced TLY-5 vs... (read more)Browse Printed Circuit Substrate Materials (PCB / PWB) Datasheets for Taconic -
Over the past decade, SOURIAU PA &E has been providing customers with the most advanced hermetic connector and packaging technologies available. With the introduction of its new thermal composite packaging, this trend continues. The new technology uses titanium as the primary housing material and integrates composite heat sinks composed of molybdenum/copper (Mo/Cu) or aluminum/silicon carbide (AlSiC) into strategic locations of the structure for excellent heat dissipation capabilities... (read more) -
energy dissipation. These small leaded resistors are non inductive and combine high pulse characteristics with excellent stability. Power Dissipation: 0.25 & 0.50 watts. Value Range: From 2R2 to 22M. Tolerance Options: ±5% or ±10% or ±20%. Maximum Voltage: 350Vdc. Special features: Peak pulse voltage is 6kv on 0.25w size and 10Kv on 0.5 size. (read more)Browse Resistors Datasheets for Arcol Resistors Ltd. -
. Flexural Modulus (M Pa): 490. Impact Strength" -No break- 107. Hardness (Shore D): 55. Coefficient Of Dynamic Friction: 0.1. Melting Point: ( ℃): 327. Service Temperature 20000h with 50% Retention Of Ultimate Elongation ( ℃): 260. Flammability: VW-1. Dielectric Constant At 103-106Hz: 2.1. Dissipation Factor At 106Hz: 0.0002. Arc Resistance (S): ﹥300. Volume Resistivity ( Ω cm): ﹥1018. Weather Resistance: No break. Solvent Resistance: Excellent. Chemical Resistance... (read more)Browse Heat Shrink Tubing Datasheets for Thermosleeve USA
Parts by Number for Dissipation Factor Top
| Part # | Distributor | Manufacturer | Product Category | Description |
|---|---|---|---|---|
| 5382773 | RS Components, Ltd. | Kemet Electronics | Tantalum Solid | Mounting:Surface Mount; Capacitance Value:1F; Voltage:35V dc; Tolerance:10%; Equivalent Series Resistance:2Ohms; Dissipation Factor:4%; Leakage Current:0.5A; Package/Case:3528-21; Case Code:B; Maximum Operating Temperature:125C |
| 4069801 | RS Components, Ltd. | AVX | Tantalum Solid | Mounting:Surface Mount; Capacitance Value:15F; Voltage:6.3V dc; Tolerance:10%; Equivalent Series Resistance:1.5Ohms; Dissipation Factor:6%; Leakage Current:0.9A; Package/Case:3216-18; Case Code:A; Maximum Operating Temperature:125C |
| 5382868 | RS Components, Ltd. | Kemet Electronics | Tantalum Solid | Mounting:Surface Mount; Capacitance Value:4.7F; Voltage:35V dc; Tolerance:10%; Equivalent Series Resistance:0.7Ohms; Dissipation Factor:6%; Leakage Current:1.7A; Package/Case:7343-31; Case Code:D; Maximum Operating Temperature:125C |
| 4963630 | RS Components, Ltd. | Kemet Electronics | Tantalum Solid | Mounting:Surface Mount; Capacitance Value:220F; Voltage:10V dc; Tolerance:10%; Dissipation Factor:10%; Leakage Current:22A; Package/Case:7343-31; Case Code:D; Maximum Operating Temperature:125C; Minimum Operating Temperature:-55C |
| 6925826 | RS Components, Ltd. | Kemet Electronics | Tantalum Solid | Mounting:Surface Mount; Capacitance Value:470F; Voltage:6.3V dc; Tolerance:20%; Equivalent Series Resistance:0.004Ohms; Dissipation Factor:8%; Leakage Current:296uA; Package/Case:7343-43; Case Code:X; Maximum Operating Temperature:125C |
Conduct Research Top
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Quality Factor (Q)
Serial Resistance), or XC/Resr. Since both XC and Resr are functions of frequency, the test frequency must be given when specifying Q. At the self-resonant frequency Q is zero since the reactance is zero at this point. The quality factor is the reciprocal of the Dissipation Factor (DF). The Q value...
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RF/MW Down Converter Development in a PXI Form Factor (.pdf)
Form Factor (SFF) modular tech-. "good citizen" approach to heat control by con-. nologies such as VXI, LXI, and PXI. Specifying. straining the power dissipation in each module: and designing a frequency translation capability. 3U (25 watts max.), 6U (50 watts max.). Also, PXI. into a small form...
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Enclosures: Critical Specification Factors
of temperature on components will often find its way to the top of the list. Non-metallic enclosures, such as those made of polycarbonate or polyester, provide great insulation while metallic, such as stainless steel, absorb and conduct heat. If heat dissipation is a concern, a metallic enclosure...
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Selection Factors for Industrial Embedded PCs
,. and laptop PCs has resulted in dra-. this means a deriva-. matic improvements in price/per-. tive of their desktop. formance, power dissipation, and. design and product. smaller size. For many industrial. offerings. Intel, AMD. and Via Technologies. applications, a PC-based solution. have specialized divi...
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The Impact of Metallized Electrodes on High-Energy Density Pulse Power Capacitors, Presented at CARTS (.pdf)
life expectancy, energy density, fault current withstand, reversal capability and dissipation factor. These issues are discussed in the paper. ./a7811aa2-db63-4120-9340-9222ade104c7...
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High Energy Density Capacitor Characterization
charge/discharge cycles at maximum energy density. Degradation and failure of the capacitor samples was determined by measurements of capacitance and dissipation factor. Failure modes in continuous dc, normal charge/discharge pulse service, and short-circuit fault conditions were determined. Design...
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Electrical Insulators and Dielectric Materials
increase the value of the dissipation factor. For very high frequencies (VHF), high-purity dense alumina, fired at temperatures above 1600°C, is generally used. For powerful tubes, large alumina insulators must be assembled on metallic electrodes. This application is used for television or satellite...
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Repetitive Pulse Application of Self-Healing High Voltage Capacitors (.pdf)
, which has a dissipation factor of order. Self-healing metallized paper capacitors were. 0.0001 over a wide range of frequency and temperature. introduced in Germany in the 1940's. The foil electrodes. Laminates of polypropylene with Kraft paper have of Figure 1 and 2 are replaced...
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Using Switching Power Supplies with Diode Isolated Capacitor Banks
in non-polar materials such as A. Advantages. polypropylene, which has a dissipation factor of order. Self-healing metallized paper capacitors were. 0.0001 over a wide range of frequency and temperature. introduced in Germany in the 1940's. The foil electrodes. Laminates of polypropylene with Kraft...
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The Effect of Voltage Reversal on Capacitor Life
impregnant with ionic species could significantly. II. SELF-HEALING. ELECTRODES. increase dielectric losses at low frequencies.) Dielectric. losses can be quite small in non-polar materials such as A. Advantages. polypropylene, which has a dissipation factor of order. Self-healing metallized paper...
Engineering Web Search: Dissipation Factor Top
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Vishay - Low-Profile, Low-Voltage Power Factor Correction... See Vishay Intertechnology, Inc. Information |
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Quick Reference Guide Vishay Sprague Solid Tantalum Capacitors... Low DCL. Low dissipation factor. Excellent 150D A, B, R, S operating stability/reliability. See Vishay Intertechnology, Inc. Information |
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CMOS - Wikipedia, the free encyclopedia Broadly classifying, power dissipation in CMOS circuits occurs because of two components: |
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Dielectric - Wikipedia, the free encyclopedia The study of dielectric properties is concerned with the storage and dissipation of electric and magnetic energy in materials.[2 It is important to |
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ASTM D1531 - 06 Standard Test Methods for Relative... ASTM D1531 - 06 Standard Test Methods for Relative Permittivity (Dielectric Constant) and Dissipation Factor by Fluid Displacement Procedures See ASTM International Information |
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ASTM D2149 - 97(2004) Standard Test Method for Permittivity... Permittivity and dissipation factor are sensitive to changes in chemical composition, impurities, and homogeneity. See ASTM International Information |
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What Is Dissipation Factor? What Is Dissipation Factor? On This Page Dissipation factor is a measurement of how inefficient the insulating material of a capacitor is. |
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Dissipation Factor Dissipation Factor More Info AKA: DF |
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Dissipation Factor of Flexible Printed Wiring Material Number 2215 Sanders Road ? Northbrook, IL 60062 2.5.8 Subject Dissipation Factor of Flexible Printed Wiring Material Date Revision IPC-TM-650 7/75 A |
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VIA C3® Processor - VIA Technologies, Inc. See VIA Technologies, Inc. Information |
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