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HomeProductsCapacitorsCeramic Capacitors2220J0160475MXT
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2220J0160475MXT - Knowles Syfer

Manufacturer Part Number
2220J0160475MXT
Manufacturer
Knowles Syfer
Allelco Part Number
98D-2220J0160475MXT
Warranty
1 Year Allelco Warranty - Find out more
Stock Status:
35,637 pcs available, New & Original
Parts Description
CAP CER 4.7UF 16V X7R 2220
Package
2220 (5750 Metric)
Data sheet
2220J0160475MXT.pdf

Environmental Information

Environmental Status Syfer.pdf
RoHs Status
ROHS3 Compliant
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Our certification
In stock: 35637
  • Unit Price: $7.998
  • Subtotal: $0.00

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Quantity Unit Price Ext. Price
1+ $7.998 $8.00
The above prices does not include taxes and freight rates, which will be calculated on the order pages.

Specifications

2220J0160475MXT Tech Specifications
Knowles Syfer - 2220J0160475MXT technical specifications, attributes, parameters and parts with similar specifications to Knowles Syfer - 2220J0160475MXT

Product Attribute Attribute Value
Manufacturer Knowles Syfer
Voltage - Rated 16V
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 -
Ratings -
Package / Case 2220 (5750 Metric)
Package Tape & Reel (TR)
Product Attribute Attribute Value
Operating Temperature -55°C ~ 125°C
Mounting Type Surface Mount, MLCC
Lead Style -
Lead Spacing -
Height - Seated (Max) -
Features -
Failure Rate -
Capacitance 4.7 µF
Base Product Number 2220J
Applications General Purpose

Environmental & Export Classifications

ATTRIBUTE DESCRIPTION
RoHs Status ROHS3 Compliant
Moisture Sensitivity Level (MSL) 1 (Unlimited)
REACH Status REACH Unaffected
ECCN EAR99
HTSUS 8532.24.0020

Frequently Asked Questions(FAQ)

What are the key differences between the 2220J0160475MXT and standard 16V ceramic capacitors for decoupling applications?
The 2220J0160475MXT is a 4.7µF X7R ceramic capacitor in a 2220 package that offers stable capacitance across the -55°C to 125°C operating range, making it suitable for decoupling where temperature stability matters. X7R dielectric provides ±15% capacitance variance over temperature versus ±20% tolerance at 25°C. The 2220J0160475MXT's 5.7mm × 5.0mm footprint and 2.5mm maximum thickness allow board-level density while maintaining adequate voltage margin in 16V rail designs. MSL1 moisture sensitivity eliminates bake requirements for the 2220J0160475MXT before reflow, reducing manufacturing process steps.
Can the 2220J0160475MXT handle voltage derating in 24V or 48V distributed power architectures?
The 2220J0160475MXT is rated for 16V and should not be directly applied in higher-voltage rails without careful analysis. In 24V systems, the 2220J0160475MXT would operate at 150% of rated voltage, exceeding safe derating guidelines and increasing dielectric breakdown risk and leakage current. For 24V or 48V applications, selecting higher-voltage parts from the 2220 family—such as 25V or 50V rated alternatives—provides adequate safety margin. The 2220J0160475MXT is appropriate for 12V to 16V nominal rails where typical ripple does not exceed 10% of rated voltage.
How does the ±20% capacitance tolerance of the 2220J0160475MXT affect filter network design and cut-off frequency calculations?
The 2220J0160475MXT carries ±20% tolerance at 25°C, meaning delivered capacitance ranges from 3.76µF to 5.64µF. In RC or LC filter designs, this tolerance directly impacts corner frequency; a target 10kHz cutoff with 2220J0160475MXT could shift to 7.9kHz to 12.6kHz depending on actual delivered value. Design practice requires either selecting tighter-tolerance parts if ±20% exceeds system margins, or designing filter networks with margin sufficient to absorb the 2220J0160475MXT's tolerance band. Temperature effects further shift capacitance; at 125°C, the 2220J0160475MXT experiences typical X7R drift, potentially reducing effective capacitance by 5–10% from room-temperature baseline.
What is the practical ESR and high-frequency performance range of the 2220J0160475MXT?
The 2220J0160475MXT datasheet does not explicitly specify ESR; however, X7R 4.7µF 2220-case MLCCs typically exhibit ESR between 80–200mΩ at 1MHz depending on exact construction and internal structure. For switching supply output filtering, the 2220J0160475MXT alone does not provide sufficient high-frequency attenuation; parallel combination with lower-value X7R or X5R capacitors in smaller packages (0603 or 0402) extends impedance performance above 1MHz. The 2220J0160475MXT's effectiveness peaks in the 10kHz to 100kHz range, making it suited for intermediate filtering stages rather than primary noise suppression at switching frequencies.
How does the 2220J0160475MXT compare to the substitutes C5750X7R1H475M280KA and C5750X7R1H475K200KA in terms of voltage derating and reliability?
All three parts share identical 4.7µF capacitance and 2220 package dimensions. The primary distinction lies in voltage rating: the 2220J0160475MXT is 16V, while C5750X7R1H475M280KA carries 50V rating and C5750X7R1H475K200KA is 25V rated. In 16V applications, the 2220J0160475MXT operates closer to maximum stress; the 25V and 50V alternatives provide greater voltage margin and typically exhibit lower leakage current and longer operational life under sustained load. However, the 2220J0160475MXT's lower voltage rating results in more compact dielectric thickness and potentially lower series inductance, advantageous in noise-sensitive signal-conditioning circuits. Cost trade-offs favor 2220J0160475MXT selection when 16V margin is adequate.
Is the 2220J0160475MXT suitable for automotive or harsh-environment applications given its -55°C to 125°C range?
The 2220J0160475MXT's -55°C to 125°C operating range covers industrial and automotive ambient conditions but not underhood peak transient temperatures (which can exceed 150°C locally). For vehicle body-control modules or comfort electronics, the 2220J0160475MXT is acceptable if mounted away from heat sources and thermal models confirm junction temperature remains below 125°C worst-case. Automotive qualification typically requires AEC-Q200 certification; the 2220J0160475MXT should be verified against customer qualification standards. The MSL1 rating of the 2220J0160475MXT simplifies supply-chain handling in high-volume automotive lines by eliminating moisture-bake steps.
What ESL (equivalent series inductance) characteristics should be anticipated for the 2220J0160475MXT, and how does it affect bypass effectiveness?
The 2220J0160475MXT's 5.7mm length and via-connection geometry typically yield ESL in the 250–450pH range, depending on PCB layout and lead frame design. This ESL interacts with the capacitor's inherent ESR to create a parallel resonance around 20–50MHz in most configurations. At switching frequencies below 10MHz, the 2220J0160475MXT functions primarily as a resistive element; above 40MHz, impedance rises due to ESL dominance. For processor decoupling in high-frequency designs (>100MHz clock), the 2220J0160475MXT should be paired with smaller, low-ESL capacitors (0402 or 0201 in X7R) positioned close to power pins, allowing the 2220J0160475MXT to handle lower-frequency bulk filtering.
Does the 2220J0160475MXT require de-rating in high-ripple-current or high-AC-stress applications?
Ceramic capacitors including the 2220J0160475MXT experience accelerated aging and increased leakage when subjected to sustained high ripple current or AC stress, particularly near upper temperature limits. The 2220J0160475MXT should be de-rated to 50–60% of rated current when operating continuously near 125°C with high-frequency AC superimposed on DC bias. In switching supplies delivering 1–2A peak ripple through a single 2220J0160475MXT, thermal rise from I²R dissipation in ESR may exceed 20°C, shifting effective capacitance downward. Parallel arrangement of multiple 2220J0160475MXT units distributes ripple current, reducing thermal stress and extending reliability.
How should the 2220J0160475MXT be handled and stored to ensure MSL1 compliance and prevent field failures?
The 2220J0160475MXT carries MSL1 (Unlimited) moisture sensitivity, eliminating bake-before-reflow requirements that apply to MSL2–3 parts. However, the 2220J0160475MXT should still be stored in dry conditions (≤40% RH) and sealed packaging to prevent premature moisture ingress during extended shelf life. Tape-and-reel packaging provided for the 2220J0160475MXT includes desiccant and sealed bags; once opened, shelf life at room temperature and moderate humidity typically does not exceed 6–12 months before moisture levels begin rising. After soldering, the 2220J0160475MXT is not sensitive to ionic contamination or post-reflow cleaning variations due to MSL1 rating, simplifying manufacturing.
What are the primary failure modes of the 2220J0160475MXT under overvoltage or ESD transients?
The 2220J0160475MXT fails primarily through dielectric breakdown if transient voltage exceeds the 16V rating by more than 10–15% instantaneously (approximately 18–19V). Single-event ESD or voltage spikes above 25V typically create permanent conductive paths within the dielectric, converting the 2220J0160475MXT from an open circuit to a low-resistance leakage path (10kΩ to 1MΩ). Repeated sub-breakdown stress ages the dielectric, gradually reducing breakdown voltage and increasing leakage current over time. In noise-sensitive applications, transient protection (series ferrite, varistor, or TVS diodes) upstream of the 2220J0160475MXT is recommended to limit overvoltage events. The 2220J0160475MXT's X7R dielectric provides no inherent self-healing; once damaged, the part should be replaced.
How does board layout and thermal management impact the 2220J0160475MXT's long-term performance in continuous operation?
The 2220J0160475MXT's capacitance and ESR are temperature-dependent; in high-current circuits, ESR losses generate heat that raises local substrate temperature. A 2220J0160475MXT with 100mΩ ESR carrying 1A AC ripple dissipates 100mW, raising local temperature 15–25°C above ambient. This thermal rise shifts the 2220J0160475MXT's actual capacitance lower than nameplate value and accelerates dielectric aging. Optimal layout positions the 2220J0160475MXT away from high-power components and ensures adequate airflow or thermal design margin. Thermal modeling of the PCB around the 2220J0160475MXT placement zone reduces risk of premature field failures due to thermal runaway. Multi-layer boards with copper planes beneath the 2220J0160475MXT footprint improve heat dissipation and stabilize local temperature.
What are the effective frequency ranges where the 2220J0160475MXT provides measurable impedance reduction versus where it becomes inductive?
The 2220J0160475MXT transitions from primarily capacitive (impedance decreasing with frequency) to primarily inductive (impedance increasing with frequency) at its self-resonant frequency, typically 30–50MHz. Below 1MHz, the 2220J0160475MXT exhibits impedance dominated by ESR (80–150mΩ typical), providing meaningful filtering. From 1MHz to 20MHz, capacitive reactance and ESR interact; impedance gradually increases. Above 50MHz, the 2220J0160475MXT becomes inductive and its filtering effectiveness deteriorates. For RF circuits or high-speed digital systems operating at >100MHz, the 2220J0160475MXT should not be relied upon as primary bypass; instead, smaller 0402 or 0201 capacitors with lower ESL should be positioned first. The 2220J0160475MXT remains effective for low-frequency bulk filtering and energy storage in that frequency domain.
Are there known compatibility issues between the 2220J0160475MXT and lead-free solder profiles, and how should reflow parameters be adjusted?
The 2220J0160475MXT is RoHS3 compliant and compatible with lead-free solder (SAC305 or equivalent). However, lead-free reflow profiles operate at higher peak temperatures (250–260°C versus 220–230°C for lead-based), and the 2220J0160475MXT can experience mechanical stress if thermal ramp rates exceed 3°C/second or dwell times above 250°C extend beyond 60 seconds. Excessive thermal cycling causes micro-cracks in the ceramic body, reducing mechanical reliability and increasing leakage current over time. Manufacturers recommend peak temperature not exceeding 250°C with total time above 220°C limited to 90 seconds for the 2220J0160475MXT. Wave soldering is not recommended; reflow in an oven with controlled ramp and dwell profiles ensures the 2220J0160475MXT survives manufacturing without latent defects.

Parts with Similar Specifications

The three parts on the right have similar specifications to Knowles Syfer 2220J0160475MXT

Product Attribute 2220J0160475JXT 2220J0160475MDT 2220J0160475MXR 2220J0160475KXT
Part Number 2220J0160475JXT 2220J0160475MDT 2220J0160475MXR 2220J0160475KXT
Manufacturer Knowles Syfer Knowles Syfer Knowles Syfer Knowles Syfer
Applications - - - -
Mounting Type - Surface Mount Through Hole Surface Mount
Features - - - Simultaneous Sampling
Ratings - - - -
Tolerance - - - -
Capacitance - - - -
Package / Case - 196-LFBGA 16-DIP (0.300', 7.62mm) 64-VFQFN Exposed Pad
Voltage - Rated - - - -
Series - - - -
Failure Rate - - - -
Base Product Number - DAC34H84 MAX500 ADS62P42
Lead Style - - - -
Operating Temperature - -40°C ~ 85°C 0°C ~ 70°C -40°C ~ 85°C
Temperature Coefficient - - - -
Size / Dimension - - - -
Height - Seated (Max) - - - -
Package - Tape & Reel (TR) Tube Tape & Reel (TR)
Thickness (Max) - - - -
Lead Spacing - - - -

2220J0160475MXT Datasheet PDF

Download 2220J0160475MXT pdf datasheets and Knowles Syfer documentation for 2220J0160475MXT - Knowles Syfer.

HTML Datasheet
MLCC Capacitor Datasheet.pdf
Environmental Information
Environmental Status Syfer.pdf

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2220J0160475MXT Image

2220J0160475MXT

Knowles Syfer
98D-2220J0160475MXT

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