VISHAY CAPACITOR 0805 Search Results

Electronic ballast circuit diagram 230 v 20 w

Abstract: ptc fluorescent ballast IRS2552D vitramon CAPACITOR SNUBBER CAPACITOR IN BALLAST application note capacitor any circuit using irf830 power supply IRF830 APPLICATION 51RC10 FLUORESCENT LIGHTING Inverter
Contextual Info: VISHAY VITRAMON Capacitor Products Application Note Preventing Capacitor Arc-Over in Lighting Applications with HVArc Guard MLCCs A series of recent high-voltage multilayer ceramic capacitor MLCC technology breakthroughs at Vishay have resulted in a new range of surface-mount MLCCs that

Vishay DaTE CODE capacitor 293D

Abstract: microtemp vishay 293D date code Vishay Sprague date code SMD capacitor tantalum vishay SH905 sprague capacitor 738d tantalum capacitor markings sprague date code 150D CAPACITOR SPRAGUE
Contextual Info: Solid Tantalum Capacitors: Frequently Asked Questions FAQs Q. What is the difference between a fused (Vishay Sprague 893D) and standard, non-fused (Vishay Sprague 293D and 593D) tantalum capacitor? Q. What are the materials in a tantalum capacitor? Q. How are tantalum capacitors packaged?

HPC0402

Abstract: MLCC rework hpc capacitor Thin Film Capacitors ltcc chip RF capacitor
Contextual Info: 0.1 pF – 180 pF, 1% Tolerance 0402 RF Capacitor Capacitance Stability from 1 MHz to Several GHz* * Patent Pending Haim Goldberger Vishay Intertechnology, Inc. Phone: +972 3 5570966 haim.goldberger@vishay.com Tony Troianello Vishay Intertechnology, Inc.

JESD097

Abstract: hpc capacitor hp*t03 HPC0402A160FXYT LTCC 0402J100FBWTR CROSS REFERENCE LTCC
Contextual Info: HPC0402A Vishay High Performance, High Precision Surface Mount 0402 Capacitor FEATURES ∑ New technology surface mount capacitor based on a special semiconductor process ∑ Construction reduces the parasitic inductance and brings the SRF values to ultra-high frequencies

EIA-198-2 103

Abstract: VJ0805 VJ1206 VJ1210 VJ1808 VJ1812 VJ2220 VJ2225
Contextual Info: VJ HVArc Guard Vishay Vitramon Surface Mount Multilayer Ceramic Chip Capacitors Prohibit Surface Arc-over in High-Voltage Applications FEATURES HVArc Guard® Capacitor with no Surface Arc-over Standard Capacitor with Surface Arc-over For this Worldwide Patented Technology

R30-001

Abstract: gdmq0806 Ceramic Disc Capacitor D series
Contextual Info: GDMQ Vishay Draloric Ceramic Capacitor Stacks DESIGN: Ceramic capacitor stacks with leads L RATED VOLTAGE UR: see table below DIELECTRIC STRENGTH: DISSIPATION FACTOR tan δ: ≤ 25 • 10-3 ∅ D 66 2.6 see table below (Test voltage between leads) 0.6 6.9

Contextual Info: GDMQ Vishay Draloric Ceramic Capacitor Stacks DESIGN: Ceramic capacitor stacks with leads L RATED VOLTAGE UR: see table below DIELECTRIC STRENGTH: Ø DISSIPATION FACTOR tan δ: D 66 2.6 see table below (Test voltage between leads) ≤ 25 • 10-3 0.6 6.9

Contextual Info: GDMQ Vishay Draloric Ceramic Capacitor Stacks DESIGN: Ceramic capacitor stacks with leads L RATED VOLTAGE UR: see table below DIELECTRIC STRENGTH: DISSIPATION FACTOR tan δ: ≤ 25 • 10-3 ∅ D 66 2.6 see table below (Test voltage between leads) 0.6 6.9

Contextual Info: GDMQ Vishay Draloric Ceramic Capacitor Stacks DESIGN: Ceramic capacitor stacks with leads L RATED VOLTAGE UR: see table below DIELECTRIC STRENGTH: Ø DISSIPATION FACTOR tan δ: D 66 2.6 see table below (Test voltage between leads) ≤ 25 • 10-3 0.6 6.9

l 0706

Abstract: gdmq0806
Contextual Info: GDMQ Vishay Draloric Ceramic Capacitor Stacks DESIGN: Ceramic capacitor stacks with leads L RATED VOLTAGE UR: see table below DIELECTRIC STRENGTH: Ø DISSIPATION FACTOR tan δ: D 66 2.6 see table below (Test voltage between leads) ≤ 25 • 10-3 0.6 6.9

Contextual Info: GDMQ Vishay Draloric Ceramic Capacitor Stacks DESIGN: Ceramic capacitor stacks with leads L RATED VOLTAGE UR: see table below DIELECTRIC STRENGTH: Ø DISSIPATION FACTOR tan δ: D 66 2.6 see table below (Test voltage between leads) ≤ 25 • 10-3 0.6 6.9

74004-2

Abstract: 292D
Contextual Info: VISHAY VISHAY IN T E R T E C H N O L O G Y , INC. CAPACITORS i'.V . É Ssii EIA 0805 Case Capacitors Max. Cap. mB 292D 0805 MLCC Competition Rated Voltage 1 (V 22 6.3 33 4 22 4 10 6.3 <•? Model 292D 292D Leadframeless Tantalum Molded Chip Capacitor vs. MLCC

capacitor Vishay VJ 1206

Contextual Info: VJ OMD - X7R Vishay Vitramon Surface Mount Ceramic Capacitor Solutions for Boardflex Sensitive Applications FEATURES ELECTRICAL SPECIFICATIONS NOTE: Electrical characteristics at + 25 °C unless otherwise stated Operating Temperature: - 55 °C to + 125 °C

VJ OMD

Contextual Info: VJ OMD - X7R Vishay Vitramon Surface Mount Ceramic Capacitor Solutions for Boardflex Sensitive Applications FEATURES ELECTRICAL SPECIFICATIONS Note: Electrical characteristics at + 25 °C unless otherwise stated Operating Temperature: - 55 °C to + 125 °C

597D

Abstract: EIA 481-C EIA-481-C MIL-C-55365/4 CECC 30801 T95 Diode EIA 481 D CWR16 EIA 481 293D
Contextual Info: Product Description Vishay Sprague Solid Tantalum Chip Capacitors 292D SERIES - COMMERCIAL MOLDED LEAD FRAMELESS The 292D is a solid tantalum lead frame-less molded surface mount chip capacitor featuring an 0805 footprint available in heights of 1.20 mm 0.047 inches and 1.55 mm

Contextual Info: VJ OMD - X7R Vishay Vitramon Surface Mount Multilayer Ceramic Chip Capacitor Solutions for Boardflex Sensitive Applications FEATURES • Surface mountable, precious metal technology, wet build process. • OMD-Cap Open Mode Design reduce the risk RoHS COMPLIANT

VJ OMD

Contextual Info: VJ OMD - X7R Vishay Vitramon Surface Mount Multilayer Ceramic Chip Capacitor Solutions for Boardflex Sensitive Applications FEATURES • Surface mountable, precious metal technology, wet build process. • OMD-Cap Open Mode Design reduce the risk RoHS COMPLIANT

OMD 90

Abstract: 45046 capacitor 2220 VJ2220 VJ2225 VJ0805 VJ1206 VJ1210 VJ1808 VJ1812
Contextual Info: VJ OMD - X7R Vishay Vitramon Surface Mount Multilayer Ceramic Chip Capacitor Solutions for Boardflex Sensitive Applications FEATURES • Surface mountable, precious metal technology, wet build process. • OMD-Cap Open Mode Design reduce the risk RoHS COMPLIANT

VJ OMD

Contextual Info: VJ OMD - X7R Vishay Vitramon Surface Mount Multilayer Ceramic Chip Capacitor Solutions for Boardflex Sensitive Applications FEATURES • Surface mountable, precious metal technology, wet build process. • OMD-Cap Open Mode Design reduce the risk RoHS COMPLIANT

snubber circuit for mosfet

Abstract: snubber CIRCUITS mosfet RC VOLTAGE CLAMP snubber circuit RC snubber mosfet design vishay MOSFET code marking MOSFET MARKING 3F Designing RC snubbers VJ0805 VJ1812 snubber capacitor applications
Contextual Info: VISHAY VITRAMON Capacitor Products Application Note Space-Saving HVArc Guard Capacitors for Passive Snubber Applications sizes as small as 0805. Designers can thus save on board space while maintaining the same capacitance and voltage ratings for a wide range of medium- to high-voltage snubber

vitramon CAPACITOR

Abstract: VJ0805 VJ1812 Voltage Multiplier
Contextual Info: VISHAY VITRAMON Capacitor Products Application Note HVArc Guard Surface-Mount Capacitors for Low-Power Voltage Multiplier Applications Voltage multipliers can generate very high voltages due to an inverter circuit that feeds a step-up transformer, which is

VJ2220

Abstract: VJ0805 VJ1206 VJ1210 VJ1808 VJ1812 VJ2225
Contextual Info: VJ OMD - X7R Vishay Vitramon Surface Mount Multilayer Ceramic Chip Capacitor Solutions for Boardflex Sensitive Applications FEATURES • Open Mode Design OMD reduces risk of shorts or leakage in board flex applications • Surface mount, wet build process

VJ0805

Abstract: VJ1206 VJ1210 VJ1808 VJ1812 VJ2220 VJ2225 NF223
Contextual Info: VJ OMD Series Vishay Vitramon Surface Mount Multilayer Ceramic Chip Capacitor Solutions for Boardflex Sensitive Applications FEATURES • Open Mode Design OMD reduces risk of shorts or leakage in board flex applications. • Excellent reliability and thermal shock

hvarc

Abstract: 1812-case-size vitramon CAPACITOR flyback transformer for medical sun hold 1210 VJ0805 VJ1812 voltage multiplier
Contextual Info: VISHAY VITRAMON Capacitor Products Application Note HVArc Guard Surface-Mount Capacitors for Low-Power Voltage Multiplier Applications Voltage multipliers can generate very high voltages due to an inverter circuit that feeds a step-up transformer, which is