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HomeProductsCapacitorsAluminum Electrolytic Capacitors600D107G010KD4
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600D107G010KD4 - Vishay Sprague

Manufacturer Part Number
600D107G010KD4
Manufacturer
Vishay / Sprague
Allelco Part Number
98D-600D107G010KD4
Warranty
1 Year Allelco Warranty - Find out more
Stock Status:
47,276 pcs available, New & Original
Parts Description
CAP ALUM 100UF 10V AXIAL
Package
Axial, Can
Data sheet
600D107G010KD4.pdf
RoHs Status
 
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In stock: 47276
  • Unit Price: $18.774
  • Subtotal: $0.00

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Quantity Unit Price Ext. Price
1+ $18.774 $18.77
The above prices does not include taxes and freight rates, which will be calculated on the order pages.

Specifications

600D107G010KD4 Tech Specifications
Vishay Sprague - 600D107G010KD4 technical specifications, attributes, parameters and parts with similar specifications to Vishay Sprague - 600D107G010KD4

Product Attribute Attribute Value
Manufacturer Vishay / Sprague
Voltage - Rated 10 V
Tolerance -
Surface Mount Land Size -
Size / Dimension 0.281' Dia x 0.937' L (7.14mm x 23.80mm)
Series 600D
Ratings -
Polarization Polar
Package / Case Axial, Can
Product Attribute Attribute Value
Package Tray
Operating Temperature -55°C ~ 125°C
Mounting Type Through Hole
Lifetime @ Temp. -
Lead Spacing -
Height - Seated (Max) -
ESR (Equivalent Series Resistance) -
Capacitance 100 µF
Applications General Purpose

Environmental & Export Classifications

ATTRIBUTE DESCRIPTION
RoHs Status RoHS non-compliant
Moisture Sensitivity Level (MSL) Not Applicable
ECCN EAR99
HTSUS 8532.22.0020

Frequently Asked Questions(FAQ)

What are the key differences between the Vishay Sprague 600D107G010KD4 and surface-mount alternatives for low-voltage filtering applications?
The 600D107G010KD4 is an axial through-hole aluminum electrolytic capacitor with 100 µF and 10 V rating, designed for board-level filtering where mechanical robustness and easy hand assembly are priorities. Surface-mount alternatives occupy less PCB footprint but require reflow soldering and offer reduced mechanical tolerance to vibration. The 600D107G010KD4's 0.281" diameter × 0.937" length footprint and through-hole mounting make it suitable for prototyping, legacy designs, and applications where wave soldering or manual assembly is the existing process. The 10 V rating targets low-voltage DC rails (5 V, 3.3 V, or lower), where the axial form factor provides adequate spacing and cooling compared to radial configurations.
How does the -55°C to 125°C operating range of the Vishay Sprague 600D107G010KD4 affect capacitance stability in temperature-sensitive circuits?
The 600D107G010KD4 spans a 180°C operating window, which is standard for general-purpose aluminum electrolytics. Capacitance typically decreases at temperature extremes; the 100 µF nominal value may drop 10–15% near -55°C and can shift 5–10% in the upper range depending on dielectric formulation. At 125°C, ripple current dissipation increases significantly, raising core temperature and accelerating electrolyte aging. For circuits with tight ripple-current budgets or long-life requirements above 85°C ambient, derating to 70–80% of the 600D107G010KD4's nominal 100 µF is prudent. The wide range is adequate for consumer and industrial switching supplies, but precision timing or reference circuits operating at sustained elevated temperatures should include additional film or ceramic capacitors in parallel to maintain total capacitance within tolerance.
Can the Vishay Sprague 600D107G010KD4 be used directly in 12 V or higher-voltage circuits, or does it require external protection?
The 600D107G010KD4 is rated for 10 V maximum, so direct application in 12 V or higher circuits will cause immediate electrolyte degradation and premature failure. If a 12 V or higher rail must be filtered with this component, external series protection such as a Schottky diode (reverse-biased across supply and return) or a zener regulator upstream can limit the 600D107G010KD4 to safe voltage. However, this approach adds cost and complexity; selecting a 16 V or 25 V rated capacitor of similar size is a simpler design practice. The 10 V rating of the 600D107G010KD4 is firm and non-negotiable; exceeding it voids any reliability expectation and risks capacitor rupture or leakage.
What is the expected lifetime of the Vishay Sprague 600D107G010KD4 under continuous operation at rated 10 V and 125°C?
Lifetime data is not specified in the standard datasheet for the 600D107G010KD4, which is typical for general-purpose aluminum electrolytics from this era. Empirically, axial aluminum electrolytics rated to 125°C and operated at rated voltage typically endure 2,000–5,000 hours before capacitance loss exceeds ±20%. Life expectancy increases significantly if operating temperature is held at 85°C or below; a rule of thumb is that capacitor life doubles for every 10°C reduction. The 600D107G010KD4 is best suited for non-critical buffering, power supply filtering, and general-purpose decoupling where occasional replacement is acceptable. For long-life battery-backed or safety-critical applications, ceramic or solid-state alternatives with published life ratings should be evaluated alongside or instead of the 600D107G010KD4.
How does the axial lead geometry of the Vishay Sprague 600D107G010KD4 compare to radial equivalents in terms of PCB layout and thermal performance?
The 600D107G010KD4's axial form factor places both leads at opposite ends of the cylindrical can, requiring a larger PCB footprint along the axis direction (0.937" length) but allowing tight radial clearance. Radial designs concentrate both leads in a compact circle, saving board length but occupying more width. From a thermal perspective, the 600D107G010KD4's axial geometry allows air circulation around the full can surface if mounted vertically; this passive cooling aids heat dissipation during ripple-current stress. Radial capacitors, especially when closely packed in rows, can create thermal hot spots if cooling is poor. In high-current or high-temperature environments, the 600D107G010KD4's axial orientation may provide a marginal thermal advantage if ventilation allows. However, radial alternatives often accept higher ripple currents due to design differences, so direct comparison requires reviewing full ripple-current specifications, not geometry alone.
Is the Vishay Sprague 600D107G010KD4 suitable as a replacement in legacy industrial or military equipment, or should tighter specifications be required?
The 600D107G010KD4 is labeled RoHS non-compliant, indicating it was manufactured before RoHS restrictions took effect and contains lead-bearing solder or internal materials. In legacy equipment designed and built before ~2006, the 600D107G010KD4 is a drop-in equivalent or direct replacement if the same package geometry, voltage, and capacitance are required. For repair or maintenance of equipment where original part sourcing is no longer viable, the 600D107G010KD4 provides continuity. However, if the device is being retrofitted into new designs or subjected to extended warranty obligations, RoHS-compliant alternatives should be specified. The absence of published ESR (Equivalent Series Resistance) and lifetime data on the 600D107G010KD4 also suggests it is not suitable for precision power-delivery applications or designs requiring traceability to military or automotive qualification standards; civilian industrial general-purpose use is the realistic application scope.
What ripple-current handling capability should be assumed for the Vishay Sprague 600D107G010KD4 in AC power-supply filtering?
Ripple-current specifications are not published for the 600D107G010KD4 in typical distributor datasheets, which is a limitation compared to modern capacitors. Without explicit data, ripple-current capability must be inferred from the 100 µF capacitance, 10 V rating, and axial aluminum form factor. A conservative estimate for a 0.281" diameter × 0.937" can in this era is 0.5–1.0 A RMS at 20 kHz switching frequency and 85°C ambient. At elevated temperatures (above 100°C) or higher frequencies (100+ kHz), ripple current must be derated by 30–50%. For AC mains filtering or rectifier bulk storage, low-frequency ripple at 50–120 Hz is less stressful, allowing higher effective currents. Designers relying on the 600D107G010KD4 for unknown ripple conditions should conduct empirical validation or include parallel capacitors to distribute thermal stress and avoid premature failure.
How does the Vishay Sprague 600D107G010KD4 compare to film capacitors for noise filtering in analog audio or precision measurement circuits?
The 600D107G010KD4 is an aluminum electrolytic with inherent ESR and inductance (lead geometry introduces ~2–5 nH), making it unsuitable as a primary filter for high-fidelity audio or precision DC references. Aluminum electrolytics exhibit microphonic effects under mechanical stress and aging, which can introduce low-level noise modulation. Film capacitors (polyester, polypropylene) offer lower ESR, near-zero microphonics, and stable capacitance over temperature and time, making them superior for audio bypass or reference circuits. The 600D107G010KD4 is suitable only for coarse bulk filtering or power-supply hold-up in such applications; precision filtering should use film capacitors (0.1–10 µF polypropylene or C0G ceramic) in parallel or downstream. If a designer is considering the 600D107G010KD4 for audio or measurement applications, it signals a gap in the filter design; re-architecture to include dedicated low-ESR film or ceramic stages is warranted.
What soldering and assembly considerations apply to the Vishay Sprague 600D107G010KD4 to avoid electrolyte leakage or mechanical failure?
The 600D107G010KD4's through-hole axial leads are intended for wave soldering or selective solder at 250–260°C for 3–5 seconds. Prolonged heating (>10 seconds) or excessive solder temperature (>270°C) can compromise the seal at the lead-to-can interface, leading to electrolyte evaporation or leakage. During manual soldering, the solder joint should be inspected visually for cracks or cold connections; a smooth, shiny fillet indicates a reliable joint. The 600D107G010KD4 should be oriented vertically or horizontally depending on PCB space, but vibration during assembly (component handling, transport) must be minimized to avoid internal plate shift and acoustic noise during operation. Post-solder cleaning with isopropyl alcohol removes flux residue but should not involve aggressive mechanical brushing of the can, which can abrade the protective oxide layer and accelerate corrosion. Lead bending should be gentle; sharp bends near the can can weaken the seal.
Does the Vishay Sprague 600D107G010KD4 require post-assembly burn-in or formation in new designs, or can it be used immediately after soldering?
Aluminum electrolytic capacitors including the 600D107G010KD4 are pre-formed at the factory, meaning the dielectric oxide layer is established during manufacturing. This capacitor does not require a separate formation step or specialized burn-in procedure before service use. However, a gradual power-up sequence (ramping supply voltage over 1–5 seconds rather than applying full 10 V instantaneously) is good practice and extends life by reducing transient stress on the dielectric. In high-reliability military or aerospace contexts, burn-in (applying rated voltage and ripple current at elevated temperature for 24–168 hours) is sometimes performed on the entire production lot to screen early-life failures, but this is not a universal requirement and is typically driven by customer specifications rather than the 600D107G010KD4 datasheet alone. For consumer and industrial applications, no special post-assembly conditioning is necessary; the 600D107G010KD4 is ready for immediate operation once soldering is complete and cooled.
What moisture ingress or humidity effects should be anticipated for the Vishay Sprague 600D107G010KD4 in humid or tropical environments?
The 600D107G010KD4 is marked as MSL (Moisture Sensitivity Level) Not Applicable, which indicates it is not considered moisture-sensitive by IPC standards. The axial aluminum can is sealed by the rolled crimped top and lead compression, providing a robust physical barrier to moisture. However, the electrolyte inside is hygroscopic and can absorb moisture if the seal is compromised (corrosion, mechanical damage, or solder-induced stress). In humid tropical environments (>80% RH, >35°C), the 600D107G010KD4 should be stored in dry packaging and installed without unnecessary delay. Once mounted and soldered on the PCB, conformal coating or potting can provide additional environmental protection if the circuit will be exposed to salt spray, condensation, or high humidity for extended periods. For general-purpose indoor use, no special humidity precautions are required; the 600D107G010KD4 is inherently robust compared to surface-mount components that require careful MSL management.
How should the Vishay Sprague 600D107G010KD4 be tested or inspected for defects before field deployment?
Basic incoming inspection of the 600D107G010KD4 should include visual examination for can dents, corrosion, or leakage at the lead seals and continuity verification across the lead pair using a low-ohm (< 1 Ω) multimeter setting to confirm the internal plate connection. An ESR meter (if available) can provide a rapid health check; the 600D107G010KD4 should measure ESR in the range of 0.5–2 Ω depending on measurement frequency; values >5 Ω suggest internal degradation or prior electrical stress. Capacitance verification using a precision capacitance meter is optional for new stock but is prudent if capacitors have been stored for more than 5 years or exposed to temperature extremes. Applied-voltage testing (applying 10 V DC for 1 minute and measuring leakage current) is beyond routine QA and is typically reserved for high-reliability applications. For standard industrial or consumer use, visual inspection and lead continuity are sufficient. If the 600D107G010KD4 fails any of these tests, the component should be rejected and replaced from a fresh lot.
Can multiple Vishay Sprague 600D107G010KD4 capacitors be safely paralleled to increase total capacitance or ripple-current handling without risk of current hogging or imbalance?
Paralleling multiple 600D107G010KD4 units is safe from a circuit topology perspective; the resulting equivalent capacitance is the sum of individual values (e.g., two 100 µF in parallel yields 200 µF). Lead inductance (typically 2–5 nH per lead) has minimal impact when paralleling through-hole components spaced normally on a PCB. The primary consideration is current imbalance: if lead resistances or solder joint quality differs between parallel branches, one 600D107G010KD4 may carry disproportionate ripple current and fail prematurely. To mitigate this, all parallel leads should be soldered to a common power node with equal trace lengths, and each 600D107G010KD4 should be physically close to the node to minimize lead inductance asymmetry. Aging differences are also possible; if one 600D107G010KD4 has aged (higher ESR, lower capacitance) while others are new, the aged unit may operate at higher temperature and degrade faster. For long-life designs, identical manufacturing date codes and regular capacitance monitoring are recommended if parallel 600D107G010KD4 units are critical to system reliability.
What end-of-life disposal or recycling considerations apply to the Vishay Sprague 600D107G010KD4, and are there any hazardous materials?
The 600D107G010KD4 contains aluminum, which is recyclable, and an electrolyte (typically ethylene glycol or similar organic compound) which is not hazardous in small quantities but should not be released into soil or water. The lead-based solder in RoHS non-compliant units (if original equipment) is the primary hazard; collected 600D107G010KD4 components should be sent to an approved e-waste recycler that separates metals and neutralizes organic electrolytes. For new equipment manufactured after 2006 using RoHS-compliant solder, the disposal pathway is simplified. Individual discarded 600D107G010KD4 capacitors from laboratory or prototype work can be accumulated in a dry container and submitted to a local electronic waste collection service. Do not incinerate or dispose of the 600D107G010KD4 in regular municipal waste; the can may rupture from internal pressure when heated, releasing electrolyte vapor. ECCN designation EAR99 indicates no export restrictions apply, so the 600D107G010KD4 is a standard industrial component for recycling purposes.

Parts with Similar Specifications

The three parts on the right have similar specifications to Vishay Sprague 600D107G010KD4

Product Attribute 600D107G070DL4 600D107G030DE4 600D107G020DD4 600D107G040DG4E3
Part Number 600D107G070DL4 600D107G030DE4 600D107G020DD4 600D107G040DG4E3
Manufacturer Vishay Dale Vishay Sprague Vishay Sprague Vishay Sprague
Package / Case - 196-LFBGA 16-DIP (0.300', 7.62mm) 64-VFQFN Exposed Pad
Polarization - - - -
Ratings - - - -
Operating Temperature - -40°C ~ 85°C 0°C ~ 70°C -40°C ~ 85°C
Capacitance - - - -
Lifetime @ Temp. - - - -
Applications - - - -
Voltage - Rated - - - -
Tolerance - - - -
Series - - - -
Size / Dimension - - - -
Height - Seated (Max) - - - -
Package - Tape & Reel (TR) Tube Tape & Reel (TR)
ESR (Equivalent Series Resistance) - - - -
Surface Mount Land Size - - - -
Lead Spacing - - - -
Mounting Type - Surface Mount Through Hole Surface Mount

600D107G010KD4 Datasheet PDF

Download 600D107G010KD4 pdf datasheets and Vishay Sprague documentation for 600D107G010KD4 - Vishay Sprague.

Datasheets
Cylindrical Battery Holders.pdf
HTML Datasheet
Cylindrical Battery Holders.pdf

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Vishay Sprague

600D107G010KD4

Vishay Sprague
98D-600D107G010KD4

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