Empower Expands E-CAP Silicon Capacitor Portfolio by Using the Most Advanced Trench Capacitor Technology, making a Breakthroughs in Density and Performance
Empower Semiconductor, the world leader in Integrated Voltage Regulators (IVR), has announced that it has expanded its E-CAP™ family of silicon capacitors with new technologies that offer further breakthroughs in density and performance.
Integrating multiple discrete capacitances into a single solid-state device, E-CAP is the world’s thinnest, most compact, and most flexible capacitor solution. The technology brings together a capacitor density that is over five times that of leading multilayer ceramic capacitors (MLCCs) with improved equivalent series inductance (ESL) and equivalent series resistance (ESR) characteristics that dramatically reduce parasitics.
Designed using the most advanced trench capacitor technology, the latest E-CAP solutions offer densities of 1.1µF/mm2, which is over twice the density of alternative silicon capacitor technologies. In addition to the density, thickness levels can be achieved below 50µm in overall height. Multiple, matched capacitance values from 75pF to 5µF (@2V) can be integrated into a single die to create custom integrated capacitor arrays, while form factors can be customized for the space and height limitations of a particular application. Packaging options based on bumps, pads, and pillars allow designers to choose the best solution based on specific system constraints.
“E-CAP provides a superior high-frequency de-coupling solution with a much smaller footprint and component count than traditional MLCC-based solutions,” says Steve Shultis, Empower’s SVP of Sales and Marketing. “Our technology provides new options for demanding applications in IoT, wearables, mobile, and processors where size, performance, and flexibility are essential. The latest improvements in density and performance make E-CAP ideal for next-generation, data-intensive systems that demand high-frequency operation and maximum efficiency from the smallest possible form factors.”
Using E-CAP, designers can combine all non-bulk, high-frequency decoupling capacitors into a single die to dramatically reduce component count, BoM cost, and potential points of failure. Although the E-CAPs have lower nominal capacitance, their superior frequency response and ESL over MLCCs results in lower impedance at high frequencies. And unlike MLCCs where multiple devices are needed to account for de-rating from voltage, temperature, and age, E-CAP requires no AC or DC bias de-rating while all other de-rating requirements are negligible. This eliminates the need to ‘over-specify’ capacitance requirements to account for de-rating.
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本文由玄子转载自Empower News,原文标题为:Empower Semiconductor Expands Silicon Capacitor Portfolio with Breakthroughs in Density and Performance,本站所有转载文章系出于传递更多信息之目的,且明确注明来源,不希望被转载的媒体或个人可与我们联系,我们将立即进行删除处理。
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CO 53,FELSIC 85 - CO 54,A 757411,A 757413,A776149,A776148,A 757408,A776158,A 757409,A776157,A 757406,A776156,A 757407,A776155,A776154,A 765040,A776153,A 765041,A776152,A 765042,A776151,A 744102,A 765043,A776150,A 744101,A 765044,A 744100,A 765045,A 765046,A 744106,A 765047,A 744105,A 765048,A 744104,A 765049,A 744103,A 744109,A 744107,A776139,A776138,A776137,A776147,A776146,A776145,A776144,A776143,A776142,A776141,A776140,A 744113,A 744112,A 744110,A 745408,A 745407,A 745406,CMF FP - CMF,A 745405,A 745409,A776129,A776128,A776127,A776126,A776136,A776135,A776134,A776133,A776132,A776131,A776130,A 765020,A 745411,A 765021,A 765022,A 765023,SNAPSIC,A 765024,A 765025,A 765026,A 765027,A 765028,SNAPSIC 105 4P,A 757400,A 757401,A776119,A 757404,A776118,A 757405,A776117,A 757402,A776116,A 757403,A776115,A776125,A776124,A776123,A776122,A776121,A776120,CMF FRS 12.3,FELSIC 85 M - CO 53,FELSIC 85 M - CO 54,FELSIC 105 77 X 220,A 763127,A 763126,VACSIC,A 763107,A 763106,A 763105,A 763104,A 763125,A 763124,A 763123,A 763122,A 763121,A 763120,PROMISIC 125 CO 16,A780173,A780172,A780171,A780170,A 747091,A 714160,A 747092,A 714163,A 705216,A 705215,A 705214,A780166,A780165,A780164,A780163,A 705213,A 705212,A780169,A 705211,A780168,A 705210,A780167,A 763103,A 763102,A 763101,A 763100,A780162,A780161,A780160,A 714173,A 714175,A 705228,A 705227,A 705226,A 705225,A 714170,A 705229,A 705220,A780155,A780154,A780153,A780152,A 705224,A780159,A 705223,A780
ROHM(罗姆)音频/视频IC选型指南(英文)
目录- Audio & Video IC
型号- BA3123F,BD5632NUX,BH3548F,BD34704KS2,BH76363FV,BH76806FVM,ML86112,BD37069FV-M,BD37034FV-M,BH76812FVM,BD5467GUL,BD37511FS,BD88215GUL,BD5413EFV,ML86V7668A,BD78316EFJ-M,BD34301EKV,BD88400FJ,BD78318EFJ-M,ML86245,BD5461GUL,BD37542FS,ML86243,ML86244,ML86640,BD28623MUV,BH76112HFV,ML86241,BH7649KS2,ML86242,BD78320EFJ-M,ML86V76580,ML86240,BD37523FS,BD27400GUL,BD88210GUL,BD5424EFS,BD3465FV,BD8876FV,BD5638NUX,BH76360FV,BD78322EFJ-M,BD88415GUL,BD37503FV,BD7830NUV,BD37533FV,BD37514FS,ML86V7675,ML86V8401,BD5469GUL,BD3461FS,BD3843FS,BD3465FS,BH76332FVM,ML86101A,BU26154MUV,BD3870FS,BD34701KS2,BH76906GU,BD37541FS,BH76206HFV,BD88410GUL,ML86660,ML86781,BD37515FS,BD34700FV,BD37534FV,BD5466GUL,BD37522FS,BD78306EFJ-M,BH7673G,BH3544F,BD3464FV,BH76361FV,ML86799,BD34352EKV,ML86797,ML86795,BD5460GUL,ML86796,BU94605AKV,BD37513FS,BD37532FV,ML86V8102,BD78310EFJ-M,ML86V8101,BD88220GUL,BD3460FS,BD3403FV,BU6521KV,BD3464FS,BD37068FV-M,BD78308EFJ-M,BD88400GUL,BH76330FVM,BH76816FVM,BD78324EFJ-M,ML86V7655,BD78312EFJ-M,ML86209,BH76333FVM,ML86207,BD3474KS2,BU94702AKV,BD3871FS,BD37033FV-M,ML86203,BD78326EFJ-M,BD88200GUL,ML86289,ML86287,ML86321,BD37544FS,BD7836EFV,BD34602FS-M,ML86160,BU26156RFS,BD3814FV,BD37521FS,BD5468GUL,BD28412MUV,BD3491FS,BU1523KV,BH76109HFV,BD8878FV,BA3121F,BD5634NUX,BD3883FS,BH76362FV,BH76916GU,ML86177,BH76912GU,ML86175,ML86173,ML86174,ML86172,BD37531FV,BD5465GUL,ML86290,BD37512FS,ML86291,ML86V8201,BD3841FS,BU7150NUV,BH76106HFV,BD88420GUL,BH3547F,BD34705KS2,BD37067FV-M,ML86V8202C,BD37543FS,BD5423AEFS,BH76809FVM,BD37524FS,BD3812F,BD78314EFJ-M,BM28723AMUV,BD3490FV,BD37201NUX,BD5426EFS,BH76331FVM
朗升(LONGSING)复合脉冲电容(HPC)电池/ 物联网电池(HPC+锂亚)选型指南(英文)
目录- Company Profile HYBRID PULSE CAPACITOR IoT BATTERY PACK LITHIUM THIONYL CHLORIDE BATTERY
型号- HPC1550,ER18505+HPC1530,HPC1020,ER14505+HPC1520,HPC1500,ER14250+HPC1520,HPC1520,HPC1530,ER34615+HPC1550,ER26500+HPC1550,ER34615
For Analog Audio Processors, For a product that operates with One or Two Positive Power Supplies, can unused input signal terminals be grouped together with a single Coupling Capacitor?
Although it is possible to connect them together, please note the following points: ・Unexpected DC current may flow between unused terminals. ・Since the cutoff frequency is determined by the input impedance and the capacitance value of the coupling capacitor, connecting unused terminals together to a single coupling capacitor will increase the cutoff frequency and may reduce the noise rejection effect. ・If noise from unused pins is a problem, increase the capacitance value of the Coupling Capacitor connected to GND to reduce the noise from the unused pins.
Empower Semiconductor Demonstrates Innovative IVR and Advanced Silicon Capacitor Technologies at APEC 2022
Empower Semiconductor will be demonstrating the industry’s smallest and fastest integrated voltage regulators (IVRs) alongside innovative silicon-based alternatives to conventional capacitors at APEC 2022.
ELECTROLYTIC CAPACITORS
型号- TCS ESCC,TCO,TAP,TCQ,TCS,TPC,TLC,TRJ,NLJ,TRM,TPM,TLJ,THH,TPS,TLN,THJ,F92,F91,F72,F93,F95,F98,F75,F97,NOJ,F38,NOM,TMJ,TCB,J-CAP™,NOS,TAC,TCH,TCJ,TAJ,TCN,TCM
For Analog Audio Processors, For a product that operates with One or Two Positive Power Supplies, is accurate capacitance value required for the Coupling Capacitor of unused input signal terminals?
Accurate capacitance value is not required, but since the HPF is formed by the Coupling Capacitor and the internal input Resistor, the noise frequency bandwidth that can be filtered varies depending on the capacitance value to be connected.
Empower Showcases Innovative Integrated Voltage Regulator and E-CAP™ Silicon Capacitor Technologies at TSMC 2022 NA Technology Symposium
Empower delivers the industry’s smallest, fastest, most energy-efficient, and most integrated power management ICs and E-CAP™ family of silicon capacitors. The company will highlight these technologies and how they improve power management efficiency through speed, power density, and simplicity.
TCS Series Chip Tantalum Capacitors (Extra Large Capacitance)
型号- TCS SERIES,TCSM0G107M8R-V1,TCS,TCSM1C106M8R,TCSM1A226M8R-02,TCSP0G227M8R-V1,TCSM1A226M8R,TCSP1A476M8R,TCSM□1A226M8R-□□□,TCSM0J476M8R-V1,TCSP0J157M8R-V1,TCSP1D106M8R,TCSM0G107M8R-AV1,TCSP0J107M8R-V1,TCSPS1A476M8R-V1
For Analog Audio Processors, Can I use MLCCs instead of electrolytic capacitors as input terminal coupling capacitors in a product that operates with only one or two positive power supplies?
When using MLCCs, it is necessary to pay attention to DC bias characteristics and temperature characteristics. The capacitance of MLCCs varies greatly with temperature and DC bias. Make sure to select a component with a capacitance value that is higher than the required value at the voltage and temperature conditions in which it will be used.
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品牌:Nippon Chemi-Con
品类:Aluminum Electrolytic Capacitors
价格:
现货: 200,000
品牌:Nippon Chemi-Con
品类:Aluminum Electrolytic Capacitor
价格:
现货: 200,000
品牌:冠坤电子
品类:Conductive Polymer Aluminum Solid Capacitors
价格:¥1.4000
现货: 24,607
品牌:Nippon Chemi-Con
品类:导电性高分子混合型铝电解电容器
价格:¥2.7793
现货: 15,900
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