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Home > Products > Capacitors > Ceramic Capacitors > GCM2195G1H122JA16J
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GCM2195G1H122JA16J

In Stock 1465644 pcs Reference Price(In US Dollars)
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$0.1491
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$0.0596
500+
$0.0575
1000+
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Manufacturer Part Number:
GCM2195G1H122JA16J
Manufacturer / Brand
Murata Electronics
Part of Description:
CAP CER 1200PF 50V X8G 0805
Datasheets:
GCM2195G1H122JA16J.pdf
Lead Free Status / RoHS Status:
ROHS3 Compliant
Stock Condition:
New original, 1465644 pcs Stock Available.
ECAD Model:
Ship From:
Hong Kong
Shipment Way:
DHL/Fedex/TNT/UPS

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Part Number GCM2195G1H122JA16J
Manufacturer / Brand Murata Electronics
Stock Quantity 1465644 pcs Stock
Category Capacitors > Ceramic Capacitors
Description CAP CER 1200PF 50V X8G 0805
Lead Free Status / RoHS Status: ROHS3 Compliant
Voltage - Rated 50V
Tolerance ±5%
Thickness (Max) 0.037" (0.95mm)
Temperature Coefficient X8G
Size / Dimension 0.079" L x 0.049" W (2.00mm x 1.25mm)
Series GCM
Ratings AEC-Q200
Package / Case 0805 (2012 Metric)
Package Tape & Reel (TR)
Operating Temperature -55°C ~ 150°C
Mounting Type Surface Mount, MLCC
Lead Style -
Lead Spacing -
Height - Seated (Max) -
Features -
Failure Rate -
Capacitance 1200 pF
Base Product Number GCM2195G1H
Applications Automotive

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GCM2195G1H122JA16J Product Details:

The Murata Electronics GCM2195G1H122JA16J is an automotive-grade multilayer ceramic capacitor (MLCC) in 0805 footprint, offering 1200 pF capacitance with ±5% tolerance and a 50V voltage rating. Built on the X8G dielectric formulation, this component delivers stable capacitance performance across a wide operating temperature range of -55°C to 150°C, making it well-suited for applications where conventional X7R or X5R capacitors may experience excessive capacitance drift under thermal stress.

The X8G temperature characteristic provides a flatter capacitance-temperature response compared to Class 2 ceramic dielectrics like X7R, which typically exhibit 15% capacitance change over temperature. This stability translates into more predictable filtering, timing, and decoupling behavior in automotive electronic control units, power management circuits, and sensor signal conditioning paths where temperature swings are routine. The 50V rating offers adequate headroom for 12V and 24V automotive bus architectures, accommodating load-dump transients and voltage ripple without derating concerns.

Qualified to AEC-Q200 standards, the GCM2195G1H122JA16J meets the reliability requirements for automotive electronic assemblies, including high-temperature storage, thermal cycling, and moisture resistance testing. This qualification supports design-in for under-hood electronics, battery management systems, and driver assistance modules where long service life and low failure rates are expected. The 0805 package size balances board space efficiency with ease of automated assembly, while the 0.95mm maximum thickness accommodates standard PCB stackup and component clearance constraints.

Surface-mount installation in tape and reel format enables high-volume production with pick-and-place equipment. The component's RoHS3 compliance and REACH unaffected status align with global electronics manufacturing regulations, while Moisture Sensitivity Level 1 classification eliminates baking or dry storage requirements prior to reflow soldering. With a lead spacing not applicable to MLCC construction, the part uses standard castellated terminations compatible with both leaded and lead-free solder profiles.

The GCM series from Murata represents a portfolio optimized for automotive signal integrity and power delivery applications. This 1200 pF value finds common use in CAN bus termination networks, EMI suppression filters for switched-mode power supplies, and AC coupling stages in high-speed communication interfaces. The combination of compact 2.00mm x 1.25mm dimensions, moderate capacitance, and extended temperature capability positions this capacitor for designs requiring both density and environmental resilience.

Replacement Context for Murata Electronics GCM2195G1H122JA16J 1200 pF 50 V 0805 MLCC

When a Murata Electronics GCM2195G1H122JA16J ceramic capacitor is unavailable, nearing allocation risk, or being reviewed for cost and sourcing flexibility, a replacement cannot be selected by capacitance value alone. This part is an automotive-grade 1200 pF, ±5%, 50 V MLCC in an 0805 package with an X8G temperature characteristic and AEC-Q200 rating, so temperature stability, voltage derating, package geometry, soldering profile, and qualification status all affect interchangeability.

Potential equivalent or alternative part numbers include GCM2195G1H122JA16J, GCM2195G1H122JA16D GCM2195G1H122JA16D GCM2195G1H122JA16D Murata Electronics CAP CER 1200PF 50V X8G 0805 1462330 , TDK CGA4C2C0G1H122J060AA CGA4C2C0G1H122J060AA CGA4C2C0G1H122J060AA TDK Corporation CAP CER 1200PF 50V C0G 0805 2000000 , KEMET C0805C122J5GACAUTO C0805C122J5GACAUTO C0805C122J5GACAUTO KEMET CAP CER 1200PF 50V C0G/NP0 0805 6364 , Vishay VJ0805A122JXACW1BC VJ0805A122JXACW1BC VJ0805A122JXACW1BC Vishay Vitramon CAP CER 1200PF 50V C0G/NP0 0805 2000000 , KYOCERA AVX 08055A122JAT2A 08055A122JAT2A 08055A122JAT2A AVX Corporation CAP CER 1200PF 50V C0G/NP0 0805 24000 , and Samsung CL21C122JBANNNC. These parts should be reviewed against the actual circuit function, especially if the capacitor is used in automotive timing, filtering, RF coupling, sensor interfaces, or high-temperature control electronics.

What Defines the Murata GCM2195G1H122JA16J as the Original Design Reference

The Murata Electronics GCM2195G1H122JA16J is a surface-mount multilayer ceramic capacitor from the Murata GCM automotive series. Its defining values are 1200 pF capacitance, ±5% tolerance, 50 V rated voltage, X8G temperature coefficient, 0805 / 2012 metric package size, and AEC-Q200 qualification.

ParameterMurata GCM2195G1H122JA16J characteristicsReplacement impact
ManufacturerMurata ElectronicsDirect Murata alternatives reduce qualification and documentation risk
Capacitance1200 pFReplacement should normally match 1200 pF unless circuit analysis allows tuning
Tolerance±5%Relevant for filters, oscillators, timing networks, and impedance-matching circuits
Rated voltage50 VAlternative should meet or exceed the working voltage with derating margin
DielectricX8GSupports stable capacitance behavior over a wider temperature range than many standard C0G/NP0 parts
Operating temperature-55°C to +150°CAutomotive under-hood, powertrain, lighting, and high-temperature modules may require this range
Package0805 / 2012 metricFootprint compatibility is generally straightforward if thickness and land pattern are acceptable
ThicknessUp to 0.95 mmHeight clearance should be checked in compact modules
QualificationAEC-Q200Replacement choice should preserve automotive reliability expectations where applicable
PackagingTape & ReelSupports automated SMT assembly and reel-based procurement

The X8G dielectric is the main point that separates the GCM2195G1H122JA16J from many ordinary 1200 pF 0805 capacitors. A C0G/NP0 alternative may provide excellent capacitance stability but often has a lower maximum operating temperature rating, commonly +125°C rather than +150°C. In circuits exposed to extended high-temperature operation, this difference can affect long-term reliability approval even when the electrical value appears equivalent.

Typical applications include automotive ECU filtering, sensor signal conditioning, high-stability coupling, EMI reduction around communication lines, and timing or resonant circuits where capacitance drift must be limited. For replacement decisions, the electrical role of the capacitor should be identified first: a bypass or EMI capacitor may allow more substitution flexibility, while a frequency-determining or precision analog capacitor may require closer dielectric, tolerance, ESR, and temperature behavior matching.

Candidate Equivalent and Alternative Parts for GCM2195G1H122JA16J Replacement

Part numbers that match the 1200 pF, 50 V, 0805 format can vary meaningfully in dielectric class, automotive qualification, operating temperature range, availability, and approval effort. The table below compares practical replacement candidates for the Murata GCM2195G1H122JA16J.

ManufacturerPart NumberKey SpecificationsProduct FeaturesTypical ApplicationsWhy It Can Replace the Original PartMain Differences or LimitationsRecommended Usage
Murata ElectronicsGCM2195G1H122JA16J1200 pF, ±5%, 50 V, X8G, 0805, AEC-Q200, -55°C to +150°COriginal Murata GCM automotive MLCC; stable high-temperature dielectric; tape and reelAutomotive ECUs, sensor modules, filtering, precision coupling, high-temperature electronicsSame part number; no electrical or mechanical substitution changeAvailability and lead time may drive need for alternate sourcingBest choice when the original BOM must remain unchanged
Murata Electronics GCM2195G1H122JA16D GCM2195G1H122JA16D GCM2195G1H122JA16D Murata Electronics CAP CER 1200PF 50V X8G 0805 1462330 1200 pF, ±5%, 50 V, X8G, 0805, automotive-grade Murata GCM familySame base electrical family; suffix may relate to packaging or supply configurationSame automotive and high-temperature applications as GCM2195G1H122JA16JSame manufacturer and same base product structure minimize redesign riskConfirm suffix meaning, packaging quantity, and factory documentation before releaseStrong first alternative when the same Murata base part is acceptable
TDK CGA4C2C0G1H122J060AA CGA4C2C0G1H122J060AA CGA4C2C0G1H122J060AA TDK Corporation CAP CER 1200PF 50V C0G 0805 2000000 1200 pF, ±5%, 50 V, C0G/NP0, 0805-class automotive MLCCTDK CGA automotive series; stable Class I dielectric; AEC-Q200-oriented product familyAutomotive signal filtering, timing, RF and analog networksCapacitance, tolerance, voltage, and footprint are close to the originalC0G/NP0 temperature range may be lower than X8G +150°C depending on datasheet ratingSuitable when +125°C operation is acceptable or thermal exposure is limited
KEMET C0805C122J5GACAUTO C0805C122J5GACAUTO C0805C122J5GACAUTO KEMET CAP CER 1200PF 50V C0G/NP0 0805 6364 1200 pF, ±5%, 50 V, C0G, 0805, automotive-oriented MLCCStable dielectric; automotive suffix indicates suitability for vehicle electronicsSensor interfaces, filters, resonant circuits, low-loss couplingMatches nominal capacitance, voltage rating, tolerance, and package sizeVerify maximum operating temperature and automotive approval details against the exact datasheetGood second-source option for stable analog or filter circuits
Vishay VJ0805A122JXACW1BC VJ0805A122JXACW1BC VJ0805A122JXACW1BC Vishay Vitramon CAP CER 1200PF 50V C0G/NP0 0805 2000000 1200 pF, ±5%, 50 V, C0G/NP0, 0805, automotive-grade configurationVishay VJ automotive MLCC option; stable capacitance over bias and temperatureAutomotive electronics, precision filtering, impedance networksComparable electrical value and footprint; automotive product structure supports qualificationMay not match the original +150°C X8G temperature envelopeUseful where Vishay is already approved in the AVL
KYOCERA AVX 08055A122JAT2A 08055A122JAT2A 08055A122JAT2A AVX Corporation CAP CER 1200PF 50V C0G/NP0 0805 24000 1200 pF, ±5%, 50 V, C0G/NP0, 0805Widely used stable ceramic capacitor; good low-loss dielectric behaviorIndustrial control, analog filtering, RF coupling, timing circuitsElectrical value and package are compatible for many non-high-temperature locationsAutomotive qualification and +150°C operation may not match the Murata originalSuitable for industrial or non-automotive boards after qualification review
SamsungCL21C122JBANNNC1200 pF, ±5%, 50 V, C0G/NP0, 0805Common 0805 MLCC; stable Class I dielectric; broad availabilityConsumer, industrial, general signal filtering, timing, couplingProvides the same nominal capacitance, tolerance, voltage, and footprintAutomotive rating and high-temperature operation must be verified; may not be drop-in for AEC-Q200 designsCost- and availability-driven option for non-automotive or lower-temperature use

The closest replacement path is usually another Murata GCM2195G1H122JA16x suffix, because the base product remains aligned with the original design intent. TDK CGA4C2C0G1H122J060AA CGA4C2C0G1H122J060AA CGA4C2C0G1H122J060AA TDK Corporation CAP CER 1200PF 50V C0G 0805 2000000 , KEMET C0805C122J5GACAUTO C0805C122J5GACAUTO C0805C122J5GACAUTO KEMET CAP CER 1200PF 50V C0G/NP0 0805 6364 , and Vishay VJ0805A122JXACW1BC VJ0805A122JXACW1BC VJ0805A122JXACW1BC Vishay Vitramon CAP CER 1200PF 50V C0G/NP0 0805 2000000 are stronger candidates when an automotive-grade 1200 pF 50 V 0805 MLCC is required but a dielectric change from X8G to C0G/NP0 is acceptable. KYOCERA AVX 08055A122JAT2A 08055A122JAT2A 08055A122JAT2A AVX Corporation CAP CER 1200PF 50V C0G/NP0 0805 24000 and Samsung CL21C122JBANNNC may be practical for general-purpose replacements, but they require closer review if the original AEC-Q200 and +150°C requirements are part of the product qualification.

Engineering Trade-Offs When Comparing GCM2195G1H122JA16J Replacement Options

Replacement choice should be based on circuit function, environmental rating, and qualification burden rather than only matching capacitance. The following comparison focuses on practical design and sourcing decisions.

Evaluation factorGCM2195G1H122JA16JGCM2195G1H122JA16DTDK CGA4C2C0G1H122J060AAKEMET C0805C122J5GACAUTOVishay VJ0805A122JXACW1BCKYOCERA AVX 08055A122JAT2ASamsung CL21C122JBANNNC
Electrical compatibilityOriginal referenceExpected closest Murata equivalent if suffix is approvedGood nominal matchGood nominal matchGood nominal matchGood nominal matchGood nominal match
Mechanical compatibility0805 / 2012 metric0805 / 2012 metric0805-class0805080508050805
Dielectric behaviorX8G, high-temperature stableX8G, same familyC0G/NP0 stable but check temperature limitC0G stable; check temperature limitC0G/NP0 stable; check temperature limitC0G/NP0C0G/NP0
Temperature suitability-55°C to +150°CExpected same family behavior, confirm datasheetMay be lower than +150°CMay be lower than +150°CMay be lower than +150°CUsually better for standard industrial temperature useUsually better for general-purpose temperature use
Automotive qualificationAEC-Q200Confirm exact suffix documentationAutomotive CGA seriesAUTO configurationAutomotive configurationMust verify for automotive useMust verify for automotive use
Performance differencesBaselineMinimal if same base partLow-loss C0G behavior; possible lower max temperatureLow-loss C0G behavior; qualification-dependentLow-loss C0G behavior; qualification-dependentGood electrical stability, weaker automotive fit if not qualifiedGood availability, qualification gap possible
Reliability review burdenAlready approved if original BOMLow to moderateModerateModerateModerateHigher for automotive designsHigher for automotive designs
Package availabilityTape & reelDepends on suffixTape/reel options commonTape/reel options commonTape/reel options commonBroad distribution availabilityBroad distribution availability
Cost considerationsDepends on Murata stock and allocationSimilar to original familyMay vary by automotive gradeMay vary by automotive gradeMay vary by automotive gradeOften competitive for non-automotive useOften competitive for general-purpose use
Best-fit scenarioNo design changeSame-family sourcing flexibilityAutomotive designs not requiring +150°C dielectric equivalenceAutomotive-qualified alternate supplier strategyApproved Vishay AVL environmentsIndustrial or commercial redesignsGeneral-purpose replacement where compliance allows
Main limitationSupply availabilitySuffix confirmation neededTemperature envelope may differTemperature envelope may differTemperature envelope may differMay lack original automotive/high-temp fitMay lack original automotive/high-temp fit

For circuits operating near +150°C, the safest engineering path is to preserve the Murata GCM X8G characteristic by using GCM2195G1H122JA16J or confirming GCM2195G1H122JA16D GCM2195G1H122JA16D GCM2195G1H122JA16D Murata Electronics CAP CER 1200PF 50V X8G 0805 1462330 as an approved same-family variant. If the capacitor is used in a lower-temperature area of the board, C0G/NP0 alternatives such as TDK CGA4C2C0G1H122J060AA CGA4C2C0G1H122J060AA CGA4C2C0G1H122J060AA TDK Corporation CAP CER 1200PF 50V C0G 0805 2000000 , KEMET C0805C122J5GACAUTO C0805C122J5GACAUTO C0805C122J5GACAUTO KEMET CAP CER 1200PF 50V C0G/NP0 0805 6364 , and Vishay VJ0805A122JXACW1BC VJ0805A122JXACW1BC VJ0805A122JXACW1BC Vishay Vitramon CAP CER 1200PF 50V C0G/NP0 0805 2000000 may offer stable electrical behavior with acceptable qualification effort.

For non-automotive or less thermally demanding products, KYOCERA AVX 08055A122JAT2A 08055A122JAT2A 08055A122JAT2A AVX Corporation CAP CER 1200PF 50V C0G/NP0 0805 24000 and Samsung CL21C122JBANNNC can be considered when the design allows a broader sourcing strategy. Before release, check capacitance tolerance, DC bias effect, insulation resistance, dissipation factor, soldering profile, terminal finish, operating temperature, AEC-Q200 documentation, and PPAP or customer approval requirements.

For pricing, availability, and sourcing support for GCM2195G1H122JA16J replacement parts, obtain quotations through IC-Components.com or email Info@IC-Components.com.

Frequently Asked Questions

Can GCM2195G1H122JA16J be used as a replacement for a 1200 pF general-purpose ceramic capacitor in an automotive PCB?
GCM2195G1H122JA16J can replace a 1200 pF ceramic capacitor when the circuit needs an 0805 MLCC with 50 V rating and X8G temperature characteristics. In automotive designs, check the working DC voltage, expected AC ripple, and board flex conditions before swapping it in. Because the part is AEC-Q200: rated and automotive qualified, it is often suitable for under-the-hood or cabin electronics, provided the circuit does not require a different capacitance stability class or a smaller package.
Will GCM2195G1H122JA16J hold its capacitance well in high-temperature automotive environments?
GCM2195G1H122JA16J uses an X8G dielectric, so it is intended for stable operation over a wide temperature range from -55°C to 150°C. In practice, X8G parts are usually selected when the design needs better capacitance stability than high-K dielectrics under temperature stress. If the circuit depends on tight RC timing or filter tuning, verify the effective capacitance across temperature, DC bias, and aging rather than relying only on the nominal 1200 pF value of GCM2195G1H122JA16J.
Is GCM2195G1H122JA16J a good choice for EMI suppression on automotive signal or power lines?
GCM2195G1H122JA16J can work well in EMI filtering, snubbing, and high-frequency bypass roles where a 1200 pF capacitor is appropriate. Its 0805 MLCC format and 50 V rating make it practical for many board-level suppression circuits. For EMI work, confirm the capacitor’s impedance at the noise frequency, the allowable voltage swing, and whether the layout keeps loop inductance low enough for GCM2195G1H122JA16J to deliver the expected attenuation.
Can GCM2195G1H122JA16J be used directly on a 48 V automotive rail?
GCM2195G1H122JA16J is rated for 50 V, so it should not be used on a 48 V rail without margin analysis. In automotive systems, transients, load dump, and startup overshoot can exceed the nominal rail significantly. For a 48 V network, engineers typically choose a higher voltage-rated capacitor or add suppression so GCM2195G1H122JA16J only sees a protected voltage environment.
What design issues should I check before using GCM2195G1H122JA16J in a DC-DC converter?
When using GCM2195G1H122JA16J in a converter, verify ripple current, voltage stress, and whether the 1200 pF value is intended for compensation, snubbing, or high-frequency bypass. MLCCs can lose effective capacitance under DC bias, so the actual value in-circuit may be lower than the nominal rating. Also confirm that the 0805 package and X8G dielectric fit the converter’s thermal, vibration, and board-space constraints.
How does GCM2195G1H122JA16J behave under DC bias, and should I derate it in the schematic?
Like most MLCCs, GCM2195G1H122JA16J can show capacitance reduction when DC voltage is applied, especially near its rated operating range. The amount depends on the actual voltage, temperature, and waveform. For timing, filtering, or resonance-sensitive designs, it is common to model the capacitor at the expected working bias rather than using the nominal 1200 pF alone. A bench measurement under real operating conditions gives the most reliable result for GCM2195G1H122JA16J.
Is GCM2195G1H122JA16J suitable for long-life industrial equipment outside automotive?
GCM2195G1H122JA16J can be suitable for industrial equipment that benefits from wide temperature tolerance, SMD assembly, and stable ceramic construction. Its AEC-Q200: qualification and RoHS compliance also make it easy to incorporate into robust designs. If the equipment will experience frequent thermal cycling, vibration, or high DC bias, verify solder joint reliability and electrical derating so GCM2195G1H122JA16J maintains performance over the intended service life.
What should I consider when replacing a 1200 pF capacitor with GCM2195G1H122JA16J in an existing design?
When replacing another 1200 pF part with GCM2195G1H122JA16J, confirm the package footprint, voltage rating, dielectric behavior, and tolerance. An 0805 MLCC may fit mechanically, but the electrical behavior can differ from NP0/C0G, X7R, or Y5V parts due to X8G characteristics. If the original circuit is timing-critical or frequency-sensitive, compare temperature drift and DC bias response before finalizing the change to GCM2195G1H122JA16J.
Can GCM2195G1H122JA16J be substituted for a C0G/NP0 capacitor in precision timing circuits?
GCM2195G1H122JA16J is not a direct electrical equivalent to C0G/NP0 parts. X8G is intended for high-temperature operation, but C0G/NP0 is typically preferred when the circuit needs very low capacitance drift, low loss, and tight frequency stability. If you are replacing a C0G/NP0 capacitor with GCM2195G1H122JA16J, expect different temperature and bias behavior, and validate oscillator, filter, or resonance performance on the bench.
Is the 0805 package of GCM2195G1H122JA16J a good fit for vibration-prone automotive assemblies?
GCM2195G1H122JA16J in 0805 size is commonly used in automotive PCBs, but the final vibration performance depends on board thickness, component placement, solder fillet quality, and any mechanical support on the assembly. For vibration-prone locations, keep the capacitor away from board edges and heavy connectors when possible. If the application sees severe mechanical shock, consider whether a smaller package or additional board-level protection would be more appropriate for GCM2195G1H122JA16J.
Can GCM2195G1H122JA16J be used as an RF or high-frequency bypass capacitor?
GCM2195G1H122JA16J can be used for high-frequency bypassing in some circuits, but its 1200 pF value and 0805 package mean parasitics must be checked carefully. At RF, the capacitor’s self-resonant frequency and mounting inductance can limit effectiveness. For decoupling very fast edges or RF nodes, place GCM2195G1H122JA16J as close as possible to the load and confirm the impedance profile matches the target frequency band.
What are the practical alternatives if GCM2195G1H122JA16J is not available?
Practical alternatives to GCM2195G1H122JA16J should match capacitance, voltage rating, size, and dielectric behavior as closely as possible. Murata parts from the same GCM family or equivalent 1200 pF, 50 V automotive-grade MLCCs from other manufacturers may work, but compare X8G versus other dielectrics, AEC-Q200: status, and DC bias curves. A direct footprint match does not guarantee the same electrical behavior, so substitution of GCM2195G1H122JA16J should be validated in the end circuit.
How should GCM2195G1H122JA16J be handled in reflow soldering and storage?
GCM2195G1H122JA16J is supplied in tape and reel and has MSL 1 classification, so it is generally straightforward to handle in standard SMT workflows. Even so, the reflow profile should follow the PCB assembly process limits to avoid cracking or tombstoning. During storage and assembly, keep the parts dry and avoid excessive board flex after soldering to preserve the mechanical reliability of GCM2195G1H122JA16J.
Is GCM2195G1H122JA16J appropriate for circuits that see repeated thermal cycling from -55°C to 150°C?
GCM2195G1H122JA16J is designed for a wide operating temperature range, which makes it a practical option for circuits exposed to thermal cycling. Repeated cycling can still affect solder joints and board stress more than the capacitor body itself. In harsh environments, check assembly design, pad geometry, and board material so GCM2195G1H122JA16J remains electrically and mechanically stable over time.

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