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Home > Products > Capacitors > Ceramic Capacitors > 2220Y2500474MXT
Knowles Syfer
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2220Y2500474MXT

In Stock 23167 pcs Reference Price(In US Dollars)
1000+
$1.348
Manufacturer Part Number:
2220Y2500474MXT
Manufacturer / Brand
Knowles Syfer
Part of Description:
CAP CER 0.47UF 250V X7R 2220
Datasheets:
2220Y2500474MXT(1).pdf2220Y2500474MXT(2).pdf
Lead Free Status / RoHS Status:
ROHS3 Compliant
Stock Condition:
New original, 23167 pcs Stock Available.
ECAD Model:
Ship From:
Hong Kong
Shipment Way:
DHL/Fedex/TNT/UPS

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Part Number 2220Y2500474MXT
Manufacturer / Brand Knowles Syfer
Stock Quantity 23167 pcs Stock
Category Capacitors > Ceramic Capacitors
Description CAP CER 0.47UF 250V X7R 2220
Lead Free Status / RoHS Status: ROHS3 Compliant
Voltage - Rated 250V
Tolerance ±20%
Thickness (Max) 0.098' (2.50mm)
Temperature Coefficient X7R
Size / Dimension 0.224' L x 0.197' W (5.70mm x 5.00mm)
Series FlexiCap™
Ratings -
Package / Case 2220 (5750 Metric)
Package Tape & Reel (TR)
Operating Temperature -55°C ~ 125°C
Mounting Type Surface Mount, MLCC
Lead Style -
Lead Spacing -
Height - Seated (Max) -
Features Soft Termination
Failure Rate -
Capacitance 0.47 µF
Base Product Number 2220Y
Applications Boardflex Sensitive

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2220Y2500474MXT Product Details:

The Knowles Syfer 2220Y2500474MXT is a surface-mount multilayer ceramic capacitor offering 0.47 µF capacitance at 250V with X7R dielectric characteristics. This FlexiCap™ series component combines moderate voltage rating with soft termination technology, making it suitable for applications where mechanical stress mitigation is a design consideration.

With a capacitance tolerance of ±20% and an operating temperature range from -55°C to 125°C, the 2220Y2500474MXT maintains stable electrical performance across industrial temperature conditions. The X7R temperature coefficient ensures the capacitor exhibits minimal capacitance shift over temperature, typically ±15% across its full operating range, which supports reliable circuit behavior in power filtering, decoupling, and energy storage applications.

The 2220 package size (5750 metric, measuring 5.70mm × 5.00mm with 2.50mm maximum thickness) provides a practical balance between capacitance density and board footprint for designs requiring 0.47 microfarad ceramic capacitors at 250V ratings. This MLCC form factor enables automated surface mount assembly while the soft termination feature reduces susceptibility to board flex-induced cracking, addressing reliability concerns in applications subject to mechanical strain during assembly or operation.

Specified for boardflex-sensitive applications, this ceramic capacitor addresses scenarios where standard rigid terminations might compromise solder joint integrity or component reliability. The soft termination construction absorbs mechanical stress from PCB bending, thermal cycling, or vibration exposure, extending operational lifetime in demanding environments.

The 2220Y2500474MXT meets RoHS3 compliance requirements and carries Moisture Sensitivity Level 1 classification, allowing unlimited floor life exposure without special handling precautions before reflow soldering. This MLCC is supplied in tape and reel packaging for high-volume manufacturing integration.

As part of the FlexiCap series, this 250V X7R capacitor serves power supply filtering, DC link, and voltage smoothing circuits where both voltage rating and mechanical robustness factor into component selection. Alternative components with similar electrical specifications include C5750X7R2E474M230KA C5750X7R2E474M230KA C5750X7R2E474M230KA TDK Corporation CAP CER 0.47UF 250V X7R 2220 17900 and C5750X7T2J474M250KE C5750X7T2J474M250KE C5750X7T2J474M250KE TDK Corporation CAP CER 0.47UF 630V X7T 2220 7078 , though specific mechanical and termination characteristics may differ.

2220Y2500474MXT Image
2220Y2500474MXT (1)

Replacement Risk Around Knowles Syfer 2220Y2500474MXT 0.47 µF 250 V X7R MLCC

Replacing the Knowles Syfer 2220Y2500474MXT is not only a matter of matching capacitance and voltage. This part is a 2220-size surface-mount ceramic capacitor designed with FlexiCap™ soft termination, making it suitable for boardflex-sensitive assemblies. When supply constraints, lifecycle planning, cost pressure, or approved-vendor-list expansion require a substitute, the replacement must be checked for electrical behavior, package fit, voltage margin, dielectric stability, termination structure, and soldering compatibility.

Potential equivalent or alternative part numbers for 2220Y2500474MXT include:

ManufacturerCandidate Part NumberGeneral Replacement Position
TDK C5750X7R2E474M230KA C5750X7R2E474M230KA C5750X7R2E474M230KA TDK Corporation CAP CER 0.47UF 250V X7R 2220 17900 Closest electrical match: 0.47 µF, 250 V, X7R, 2220 / 5750 metric
TDK C5750X7T2J474M250KE C5750X7T2J474M250KE C5750X7T2J474M250KE TDK Corporation CAP CER 0.47UF 630V X7T 2220 7078 Higher-voltage alternative: 0.47 µF, 630 V, X7T, 2220 / 5750 metric
TDK C5750X7T2J474K250KE C5750X7T2J474K250KE C5750X7T2J474K250KE TDK Corporation CAP CER 0.47UF 630V X7T 2220 12804 Higher-voltage, tighter-tolerance alternative: 0.47 µF, 630 V, X7T, 2220 / 5750 metric

For a Knowles Syfer 2220Y2500474MXT replacement, the closest candidate is usually the TDK C5750X7R2E474M230KA C5750X7R2E474M230KA C5750X7R2E474M230KA TDK Corporation CAP CER 0.47UF 250V X7R 2220 17900 because it aligns with the original 250 V rating, X7R dielectric class, capacitance value, and 5750 metric footprint. The two TDK 630 V X7T options may be useful where voltage derating or surge margin is preferred, but their dielectric behavior and tolerance differences should be evaluated against circuit requirements.

What the Knowles Syfer 2220Y2500474MXT FlexiCap™ MLCC Requires From a Substitute

The Knowles Syfer 2220Y2500474MXT is a multilayer ceramic capacitor specified as 0.47 µF, ±20%, 250 V, X7R dielectric, in a 2220 imperial package equivalent to 5750 metric. It operates across -55°C to +125°C and uses surface-mount MLCC construction. The part is supplied in Tape & Reel packaging and is RoHS3 compliant, MSL 1, and REACH unaffected.

ParameterKnowles Syfer 2220Y2500474MXTReplacement Impact
Capacitance0.47 µFReplacement should maintain the same nominal capacitance unless the circuit can tolerate impedance or timing changes
Tolerance±20%A tighter tolerance may be acceptable; wider tolerance generally requires circuit review
Rated Voltage250 VSubstitute should meet or exceed the working voltage plus derating requirements
DielectricX7RDetermines capacitance change over temperature and DC bias behavior
Package2220 / 5750 metricMust match PCB land pattern, solder fillet geometry, and placement constraints
Size5.70 mm × 5.00 mmAlternatives in the same case size are mechanically easier to qualify
ThicknessMax. 2.50 mmReplacement height must fit enclosure, coating, and spacing limits
Termination FeatureFlexiCap™ soft terminationHelps reduce cracking risk under PCB flexure or thermal-mechanical stress
Application NoteBoardflex-sensitive useReplacement should be reviewed for termination robustness, especially in large-case MLCC applications

The FlexiCap™ feature is a major factor in replacement selection. Large MLCCs such as 2220 capacitors are more exposed to mechanical stress than smaller packages. If the capacitor is placed near board edges, connectors, screw mounts, depanelization areas, or heavy components, a substitute without comparable flexible termination may increase the risk of flex cracking.

Electrically, the 250 V rating makes the 2220Y2500474MXT suitable for DC-link support, high-voltage decoupling, filtering, snubber-related networks, industrial control boards, power supplies, and circuits where stable capacitance across temperature is required. The X7R dielectric provides practical capacitance density, but capacitance loss under DC bias should still be considered. A replacement part should therefore be evaluated at the real operating voltage, not only at the nominal datasheet value.

Candidate Replacements for Knowles Syfer 2220Y2500474MXT: TDK C5750X7R2E474M230KA, C5750X7T2J474M250KE, and C5750X7T2J474K250KE

ManufacturerPart NumberKey SpecificationsProduct FeaturesTypical ApplicationsWhy It Can Replace the Original PartMain Differences or LimitationsRecommended Usage
Knowles Syfer2220Y2500474MXT0.47 µF, ±20%, 250 V, X7R, -55°C to +125°C, 2220 / 5750 metricFlexiCap™ soft termination, boardflex-sensitive design, Tape & Reel, RoHS3High-voltage decoupling, power supply filtering, industrial electronics, mechanically stressed PCB areasOriginal reference partBaseline device; availability or sourcing constraints may drive substitutionUse as the benchmark for electrical, mechanical, and reliability comparison
TDK C5750X7R2E474M230KA C5750X7R2E474M230KA C5750X7R2E474M230KA TDK Corporation CAP CER 0.47UF 250V X7R 2220 17900 0.47 µF, ±20%, 250 V, X7R, 5750 metric, approx. 2.30 mm thickness classSame capacitance, same voltage class, same dielectric family, same footprint classHigh-voltage MLCC decoupling, filtering, power conversion boards, general industrial circuitsClosely matches the original value, voltage rating, dielectric type, and 2220 / 5750 mounting geometryTermination construction and board-flex performance should be verified against the original FlexiCap™ requirementBest first-choice electrical substitute where a 250 V X7R 0.47 µF 2220 MLCC is required
TDK C5750X7T2J474M250KE C5750X7T2J474M250KE C5750X7T2J474M250KE TDK Corporation CAP CER 0.47UF 630V X7T 2220 7078 0.47 µF, ±20%, 630 V, X7T, 5750 metric, approx. 2.50 mm thickness classHigher voltage rating, same nominal capacitance, same case-size familyHigher-voltage filtering, snubber-adjacent circuits, power electronics, circuits needing additional voltage deratingCan replace the original where increased voltage margin is beneficial and X7T capacitance behavior is acceptableX7T dielectric is not identical to X7R; capacitance variation over temperature may differ; higher voltage part may have different impedance and DC-bias profileSuitable when voltage headroom is more valuable than exact X7R temperature behavior
TDK C5750X7T2J474K250KE C5750X7T2J474K250KE C5750X7T2J474K250KE TDK Corporation CAP CER 0.47UF 630V X7T 2220 12804 0.47 µF, ±10%, 630 V, X7T, 5750 metric, approx. 2.50 mm thickness classHigher voltage rating with tighter capacitance tolerance than the originalPrecision-tolerant filtering, higher-voltage power rails, applications where capacitance spread should be reducedSame nominal capacitance and footprint family, with voltage rating above the original 250 V deviceX7T dielectric differs from X7R; ±10% tolerance may affect circuits originally designed around broad MLCC tolerance but is usually acceptable electricallyUse when tighter initial capacitance tolerance and 630 V rating are preferred, after confirming dielectric behavior

Among the listed substitutes, TDK C5750X7R2E474M230KA C5750X7R2E474M230KA C5750X7R2E474M230KA TDK Corporation CAP CER 0.47UF 250V X7R 2220 17900 is the most direct equivalent for the Knowles Syfer 2220Y2500474MXT because it preserves the major electrical identity of the original: 0.47 µF, 250 V, X7R, and 5750 metric size. It should still be checked for termination type, flex performance, and qualification status before use in mechanically stressed locations.

TDK C5750X7T2J474M250KE C5750X7T2J474M250KE C5750X7T2J474M250KE TDK Corporation CAP CER 0.47UF 630V X7T 2220 7078 and TDK C5750X7T2J474K250KE C5750X7T2J474K250KE C5750X7T2J474K250KE TDK Corporation CAP CER 0.47UF 630V X7T 2220 12804 are better viewed as engineering alternatives rather than drop-in equivalents. Their 630 V rating provides additional voltage margin, but the X7T dielectric class is different from X7R. In decoupling or filtering positions where capacitance tolerance and dielectric shift are not tightly constrained, these parts may be acceptable. In timing, resonant, compensation, or impedance-sensitive circuits, validation is recommended.

Engineering Trade-Offs When Comparing 2220Y2500474MXT Replacement Options

Evaluation FactorTDK C5750X7R2E474M230KATDK C5750X7T2J474M250KETDK C5750X7T2J474K250KE
Electrical CompatibilityStrong match: same 0.47 µF, ±20%, 250 V, X7R classGood for capacitance and voltage margin, but dielectric changes from X7R to X7TGood for capacitance and voltage margin, with tighter ±10% tolerance, but dielectric changes from X7R to X7T
Voltage MarginSame as original 250 V rating; follows original derating assumptions630 V rating gives wider voltage headroom630 V rating gives wider voltage headroom
Dielectric BehaviorClosest to original because it remains X7RX7T behavior may allow different capacitance shift over temperatureX7T behavior may allow different capacitance shift over temperature
Mechanical CompatibilitySame 5750 metric footprint; slightly thinner class may help height clearanceSame 5750 metric footprint; thickness class close to original maximumSame 5750 metric footprint; thickness class close to original maximum
Board-Flex ConsiderationMust be checked against FlexiCap™ soft-termination requirementMust be checked carefully if used in boardflex-sensitive locationsMust be checked carefully if used in boardflex-sensitive locations
Performance FitBest for circuits expecting a 250 V X7R MLCC responseBetter for higher-voltage stress; less direct for exact X7R behaviorBetter for tighter initial capacitance and higher voltage; less direct for exact X7R behavior
Reliability ConsiderationSuitable if termination, qualification, and voltage derating meet the original design intentHigher voltage rating may reduce electrical stress, but mechanical and dielectric differences remainHigher voltage and tighter tolerance may help some designs, but mechanical and dielectric differences remain
Package AvailabilityCommon 2220 / 5750 MLCC format; confirm reel quantity and suffixCommon 2220 / 5750 high-voltage MLCC format; confirm availabilityCommon 2220 / 5750 high-voltage MLCC format; confirm availability
Cost ConsiderationUsually the most comparable cost class because voltage rating matches originalMay cost more due to 630 V ratingMay cost more due to 630 V rating and tighter tolerance
Best-Fit ScenarioDirect replacement for 2220Y2500474MXT when 250 V X7R behavior is requiredReplacement where higher voltage derating is desired and X7T is acceptableReplacement where higher voltage rating and tighter tolerance are preferred
Main LimitationDoes not automatically duplicate Knowles Syfer FlexiCap™ mechanical behaviorNot a like-for-like dielectric replacementNot a like-for-like dielectric replacement; tolerance differs from original

For most replacement workflows, the decision sequence should begin with the TDK C5750X7R2E474M230KA C5750X7R2E474M230KA C5750X7R2E474M230KA TDK Corporation CAP CER 0.47UF 250V X7R 2220 17900 because it is the closest electrical and package-level match to the Knowles Syfer 2220Y2500474MXT. If the application mainly uses the capacitor for bulk decoupling, EMI-related filtering, or high-voltage rail stabilization, this candidate is likely to require the least redesign effort.

The TDK C5750X7T2J474M250KE C5750X7T2J474M250KE C5750X7T2J474M250KE TDK Corporation CAP CER 0.47UF 630V X7T 2220 7078 and TDK C5750X7T2J474K250KE C5750X7T2J474K250KE C5750X7T2J474K250KE TDK Corporation CAP CER 0.47UF 630V X7T 2220 12804 should be considered when the design benefits from a 630 V rating. They may be attractive in power supplies, industrial boards, or circuits with transient exposure. However, because X7T is not the same dielectric category as X7R, capacitance versus temperature, capacitance under DC bias, and impedance across frequency should be reviewed against the actual circuit function.

If the capacitor is used in a boardflex-sensitive area, mechanical qualification carries the same weight as capacitance and voltage matching. The original Knowles Syfer 2220Y2500474MXT uses FlexiCap™ soft termination, so any alternative should be checked for flex-crack resistance, termination structure, solder-joint reliability, and placement risk on the PCB.

For quotations and sourcing support for 2220Y2500474MXT replacement parts, including TDK C5750X7R2E474M230KA C5750X7R2E474M230KA C5750X7R2E474M230KA TDK Corporation CAP CER 0.47UF 250V X7R 2220 17900 , C5750X7T2J474M250KE C5750X7T2J474M250KE C5750X7T2J474M250KE TDK Corporation CAP CER 0.47UF 630V X7T 2220 7078 , and C5750X7T2J474K250KE C5750X7T2J474K250KE C5750X7T2J474K250KE TDK Corporation CAP CER 0.47UF 630V X7T 2220 12804 , obtain pricing through IC-Components.com or email Info@IC-Components.com.

Frequently Asked Questions

Can the Knowles Syfer 2220Y2500474MXT be used as a bulk decoupling capacitor on a 250 V power rail, or is it better suited for filtering and snubbing?
The Knowles Syfer 2220Y2500474MXT can be used on a 250 V rail, but its 0.47 µF value is usually selected for localized bypassing, EMI filtering, resonant damping, or snubber networks rather than large bulk energy storage. In high-voltage designs, check the expected ripple current, inrush, and energy storage requirements. For large hold-up or low-frequency bus smoothing, a higher-capacitance film or electrolytic solution is often paired with the Knowles Syfer 2220Y2500474MXT instead of relying on it alone.
Is the Knowles Syfer 2220Y2500474MXT suitable for SMPS primary-side snubbers and high dv/dt nodes?
Yes, the Knowles Syfer 2220Y2500474MXT is often a practical fit for primary-side snubber and EMI suppression locations because X7R MLCCs handle high-frequency switching well in a compact footprint. When placing it on a fast switching node, confirm that the applied voltage including ringing and overshoot stays within the 250 V rating. Also account for MLCC DC bias derating, since the effective capacitance can be lower than the nominal 0.47 µF at operating bias.
What layout precautions should be taken when using the Knowles Syfer 2220Y2500474MXT on a board that flexes or experiences thermal cycling?
The Knowles Syfer 2220Y2500474MXT uses FlexiCap™ soft termination, which helps reduce cracking from board flex and mechanical stress. Even so, a good layout still matters: place the part away from board edges, mounting holes, and depanelization lines, and avoid forcing solder joints to absorb mechanical strain. If the PCB is large or exposed to vibration, using multiple capacitors in parallel can also reduce stress on a single component.
How much capacitance loss should be expected from the Knowles Syfer 2220Y2500474MXT under DC bias in a real circuit?
The Knowles Syfer 2220Y2500474MXT is an X7R capacitor, so its effective capacitance can drop with applied DC voltage, especially at a sizable fraction of its 250 V rating. The actual loss depends on the operating point, package size, and circuit temperature. For design-in work, verify the capacitance at the intended bias rather than assuming the full 0.47 µF is available across the operating range.
Can the Knowles Syfer 2220Y2500474MXT be directly replaced with C5750X7R2E474M230KA?
The Knowles Syfer 2220Y2500474MXT and C5750X7R2E474M230KA are close in function, but the substitution is not purely mechanical. Both are 2220-size X7R parts with 0.47 µF class capacitance, yet voltage rating, termination style, bias behavior, and supplier-specific reliability data should be compared. If the circuit sees close-to-limit voltage stress or board flex, confirm that the replacement matches the same mechanical and electrical margin as the Knowles Syfer 2220Y2500474MXT.
Are C5750X7T2J474M250KE or C5750X7T2J474K250KE valid alternatives if the Knowles Syfer 2220Y2500474MXT is unavailable?
Both C5750X7T2J474M250KE and C5750X7T2J474K250KE are potential substitutes for the Knowles Syfer 2220Y2500474MXT in some designs because they share the same general capacitance class and voltage family. The trade-off is that the exact tolerance code, termination system, and manufacturer-specific aging or bias characteristics may differ. Before changing parts, re-check waveform stress, stability under DC bias, and the required assembly reliability level for your application.
Is the Knowles Syfer 2220Y2500474MXT a good choice for automotive, industrial, or long-life equipment?
The Knowles Syfer 2220Y2500474MXT can work well in industrial and long-life equipment where X7R ceramic stability and soft termination are beneficial, especially when vibration or board flex are present. For automotive-style environments, the broader qualification requirements of the end system still need review, including thermal cycling, humidity exposure, and voltage derating strategy. In long-life designs, it is common to run MLCCs below their rated voltage to reduce capacitance drift and field stress.
What should be checked before using the Knowles Syfer 2220Y2500474MXT in a mains-connected or offline power supply?
Before using the Knowles Syfer 2220Y2500474MXT in an offline supply, verify that the AC and transient peak voltages across the capacitor remain within the 250 V rating after startup, surge, and ringing are included. Also confirm creepage and clearance on the PCB, because the capacitor rating alone does not address spacing requirements around mains-derived nodes. For primary-side EMI or snubber positions, coordination with the converter topology is usually needed to avoid overstress during fault or load-transient conditions.
Can the Knowles Syfer 2220Y2500474MXT be used for signal coupling or timing circuits?
The Knowles Syfer 2220Y2500474MXT is generally more attractive for power, filtering, and suppression than for precision timing or low-distortion signal paths. Because it is an X7R dielectric, capacitance can vary with bias and temperature, which can shift time constants and coupling behavior. For timing-critical analog circuits, a C0G/NP0 capacitor is often preferred if the circuit needs a much tighter capacitance vs. voltage characteristic.
Does the 2220 package of the Knowles Syfer 2220Y2500474MXT create any PCB footprint or assembly concerns?
Yes, the Knowles Syfer 2220Y2500474MXT in 2220 (5750 metric) size needs a footprint that supports stable solder fillets and avoids excessive solder tugging during thermal expansion. The 5.7 mm by 5.0 mm body also means nearby copper and component spacing should be reviewed for reflow behavior and field clearance. In dense layouts, it is worth checking that pick-and-place orientation and stencil design do not encourage tombstoning or uneven wetting.
How does the soft termination on the Knowles Syfer 2220Y2500474MXT affect reliability compared with standard MLCCs?
The soft termination in the Knowles Syfer 2220Y2500474MXT helps absorb mechanical strain that can otherwise create ceramic cracks in standard MLCCs. That makes it a more forgiving option in boards that bend, see vibration, or undergo repeated thermal stress. The electrical function remains that of an X7R capacitor, so the reliability benefit is mainly about mechanical robustness rather than a change in capacitance behavior.
What are the main reasons not to use the Knowles Syfer 2220Y2500474MXT in a design?
The Knowles Syfer 2220Y2500474MXT may be less suitable when the circuit needs precision capacitance, very low voltage coefficient, or very large energy storage. X7R dielectric variation, DC bias derating, and the 0.47 µF value all limit how far it can be pushed into timing, metering, or hold-up roles. If the application needs stable analog performance or higher stored energy, a different capacitor technology or a larger capacitance network may fit better.
Can the Knowles Syfer 2220Y2500474MXT be paralleled with other capacitors to improve performance?
Yes, the Knowles Syfer 2220Y2500474MXT is often paralleled with other MLCCs or with bulk capacitors to shape impedance across frequency. Parallel parts can help reduce effective ESR and improve transient response, but the total capacitance should be checked under DC bias rather than only at room-temperature nominal values. When multiple capacitors are used, keep the layout symmetric enough to avoid current crowding and uneven thermal loading.
Is the Knowles Syfer 2220Y2500474MXT appropriate for high-humidity or storage-sensitive assemblies?
The Knowles Syfer 2220Y2500474MXT has MSL 1, so it does not impose moisture preconditioning constraints typical of higher sensitivity parts. That helps simplify storage and assembly flow. Even so, the finished board still needs appropriate environmental protection if it will see condensation, contamination, or corrosive atmospheres, because those factors affect the whole assembly rather than the capacitor alone.
If I am migrating from a through-hole film capacitor, what design changes should I expect with the Knowles Syfer 2220Y2500474MXT?
Migrating to the Knowles Syfer 2220Y2500474MXT usually reduces size and ESL, which helps high-frequency performance, but it also changes failure modes and voltage behavior. MLCCs can lose capacitance with bias and are more sensitive to mechanical stress than many film parts, even with soft termination. After migration, recheck transient response, voltage derating, and how the new capacitor interacts with any damping or resonance in the original circuit.

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