Capacitor Networks, Arrays
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High Reliability Walsin Y4C3N181K500CT Ceramic Capacitor Suitable for Electronic Circuits Applications
2410010002_Walsin-Y4C3N181K500CT_C383870.pdf
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Electronic capacitor Walsin Y4C2N330J500CT designed for in industrial control and electronic devices
2410010002_Walsin-Y4C2N330J500CT_C383871.pdf
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High Reliability Walsin Y4C2N470K500CT Ceramic Capacitor Suitable for Electronic Circuit Applications
2410010002_Walsin-Y4C2N470K500CT_C525541.pdf
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Silicon Capacitors Launchip LHC104SA2K0042NWB Suitable for Aerospace Energy and Defense Electronics
Silicon Capacitors by Shanghai Langxi Technology Co., Ltd. Shanghai Langxi Technology Co., Ltd. offers a comprehensive range of silicon capacitors, meticulously manufactured using semiconductor chip fabrication processes. These capacitors utilize silicon as a substrate and thin film materials like silicon dioxide/silicon nitride as dielectrics. Compared to ceramic capacitors (MLCC), silicon capacitors boast advantages such as smaller size, thinner profiles, lower impedance,
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Silicon Capacitors launchip LHC503SA2K0042NWB Suitable for Filters Oscillators and Matching Networks
Shanghai Langxi Technology Co., Ltd. - Silicon Capacitors Product Overview Shanghai Langxi Technology Co., Ltd. offers a comprehensive range of silicon capacitor devices, manufactured using semiconductor chip fabrication processes with silicon as the substrate and thin-film materials like silicon dioxide/silicon nitride as the dielectric. Compared to ceramic capacitors (MLCC), these silicon capacitors boast advantages such as small size, thin profile, low impedance, high
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Silicon Capacitors Launchip LHC204SA2K0042NWB Suitable for Aerospace Defense and Communication Systems
Shanghai Langxi Technology Co., Ltd. Silicon Capacitors Product Overview Shanghai Langxi Technology Co., Ltd. offers a comprehensive range of silicon capacitors manufactured using semiconductor chip fabrication processes. These capacitors utilize silicon as a substrate and thin film materials like silicon dioxide/silicon nitride as dielectrics. Compared to ceramic capacitors (MLCC), they offer advantages such as small size, thin profile, low impedance, high frequency with low
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Capacitor arrays Johanson Dielectrics 500A18W181MV4E for camcorders PCs and peripherals applications
Capacitor Arrays Capacitor arrays integrate multiple multi-layer ceramic capacitors of the same value into a single component, offering benefits such as reduced PCB space and simplified placement. These arrays are available in three standard dielectrics and feature barrier terminations and tape & reel packaging. Features Multiple capacitors in one chip Reduces circuit size Easier handling Lower placement cost Increased throughput Applications Cellular / Pagers Handheld
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capacitor arrays including Johanson Dielectrics 500A18W331MV4E for PCMCIA and camcorder applications
Capacitor Arrays Capacitor arrays integrate multiple multi-layer ceramic capacitors of the same value into a single component, offering significant advantages in reducing PCB space and placement time. These arrays are available in three standard dielectrics and feature barrier terminations with tape & reel packaging. Features Multiple Capacitors in One Chip Reduces Circuit Size Easier Handling Lower Placement Cost Increased Throughput Applications Cellular / Pagers Handheld
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Space Saving Capacitor Arrays Johanson Dielectrics 250A11W222MV4E for in PCs Peripherals and Camcorders
Capacitor Arrays Capacitor arrays integrate multiple multi-layer ceramic capacitors of the same value into a single passive component. This design significantly reduces PCB space and placement time, offering a cost-effective solution for modern electronic devices. Available in three standard dielectrics, these arrays feature barrier terminations and tape & reel packaging for enhanced handling and throughput. Features Multiple Capacitors in One Chip Reduces Circuit Size Easier
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silicon capacitor launchip LHC204SA2K0047SWAX featuring silicon dioxide and silicon nitride dielectric materials
Product OverviewSilicon capacitors are fabricated using semiconductor chip manufacturing processes with silicon as the substrate and thin film materials like silicon dioxide/silicon nitride as the dielectric. Compared to ceramic capacitors (MLCC), they offer advantages such as small size, thin profile, low impedance, high frequency with low insertion loss, high temperature stability, and high reliability. Silicon capacitors are commonly used for DC isolation, RF bypassing, or
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High Q multilayer capacitor Johanson Dielectrics 500R14N470JV4T featuring NP0 temperature characteristic for performance
Multi-Layer High-Q CapacitorsThese multilayer capacitors are engineered for High-Q and microwave applications, offering superior performance in demanding environments. The S-Series provides ultra-high Q with NP0 temperature characteristics, while the L-Series offers mid-high Q with NP0 characteristics. The E-Series delivers excellent high-Q performance from HF to microwave frequencies, suitable for high voltage and high current applications. The W-Series features large
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Microwave Frequency Multilayer Capacitors with NP0 Dielectric Johanson Dielectrics 500R07S0R8AV4T Model
Product DescriptionThese multilayer capacitors are developed for High-Q and microwave applications. The S-Series (R07S, R14S, R15S) capacitors offer ultra-high Q performance with NP0 temperature characteristics. The L-Series (R05L) capacitors provide mid-high Q performance and NP0 temperature characteristics. The E-Series (S42E, S48E, S58E) capacitors deliver excellent high-Q performance from HF to Microwave frequencies, suitable for high voltage and high current applications
