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593D107X9010C2TE3 - Vishay Sprague

Name: Vishay Sprague 593D107X9010C2TE3
Brand: Vishay Sprague
SKU: 593D107X9010C2TE3
Price: 0.133 USD
Availability: InStock
Rating: 5 (4 reviews)

Manufacturer Part Number: 593D107X9010C2TE3

Manufacturer: Vishay / Sprague

Allelco Part Number: 32D-593D107X9010C2TE3

Warranty: 1 Year Allelco Warranty - Find out more

Stock Status:: 113,180 pcs available, New & Original

Parts Description: CAP TANT 100UF 10% 10V 2312

Package: 2312 (6032 Metric)

Data sheet: 593D107X9010C2T.pdf

Datasheets
593D Series Datasheet.pdf

HTML Datasheet
593D Series Datasheet.pdf

PCN Design/Specification
Adding of Halogen Free Id 23/Dec/2014.pdf

RoHs Status: ROHS3 Compliant

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Specifications

593D107X9010C2TE3 Tech Specifications
Vishay Sprague - 593D107X9010C2TE3 technical specifications, attributes, parameters and parts with similar specifications to Vishay Sprague - 593D107X9010C2TE3

Product Attribute	Attribute Value
Manufacturer	Vishay / Sprague
Voltage - Rated	10 V
Type	Molded
Tolerance	±10%
Size / Dimension	0.236" L x 0.126" W (6.00mm x 3.20mm)
Series	TANTAMOUNT®, 593D
Package / Case	2312 (6032 Metric)
Package	Tape & Reel (TR)
Operating Temperature	-55°C ~ 125°C

Product Attribute	Attribute Value
Mounting Type	Surface Mount
Manufacturer Size Code	C
Lifetime @ Temp.	-
Lead Spacing	-
Height - Seated (Max)	0.110" (2.79mm)
Features	General Purpose
Failure Rate	-
ESR (Equivalent Series Resistance)	200mOhm
Capacitance	100 µF

Environmental & Export Classifications

ATTRIBUTE	DESCRIPTION
RoHs Status	ROHS3 Compliant
Moisture Sensitivity Level (MSL)	1 (Unlimited)
REACH Status	REACH Unaffected
ECCN	EAR99
HTSUS	8532.21.0050

Parts Introduction

593D107X9010C2TE3 (1)

Manufacturer Part Number

593D107X9010C2TE3

Manufacturer

Vishay Sprague

Introduction

The 593D107X9010C2TE3 is a high-performance tantalum capacitor from the TANTAMOUNT™, 593D series designed for general-purpose applications.

Product Features and Performance

Molded tantalum capacitor

Capacitance value of 100 µF

Voltage rating of 10V

Tolerance of ±10%

Low ESR of 200mOhm

Operating temperature range of -55°C to 125°C

Product Advantages

Stable electrical parameters

Excellent reliability

Resistant to harsh environmental conditions

Low leakage current

Key Technical Parameters

100 µF Capacitance

±10% Tolerance

10V Voltage Rated

200mOhm ESR

-55°C to 125°C Operating Temperature

Surface Mount Mounting Type

2312 (6032 Metric) Package/Case

Quality and Safety Features

Consistent performance assured by Vishay's rigorous testing protocols

Robust construction ensures long-term reliability

Compatibility

Compatible with standard surface mounting processes and equipment

Application Areas

Power supply circuits

Filtering applications

Consumer electronics

Industrial and automotive systems

Product Lifecycle

Currently active product

No reported discontinuation and replacement or upgrade options should be available

Reasons to Choose This Product

High fidelity in capacitance and voltage ratings

Suitable for a wide range of operating temperatures

Compatibility with a variety of electronic applications

Reliable performance from a reputable manufacturer

Convenient packaging in Tape & Reel for automated assembly processes

Frequently Asked Questions(FAQ)

What are the key differences between the 593D107X9010C2TE3 and polymer aluminum capacitors for 10V applications?: The 593D107X9010C2TE3 is a molded tantalum capacitor with 200mOhm ESR, offering stable capacitance across its -55°C to 125°C operating range without the aging characteristics of aluminum electrolytics. Tantalum construction provides superior frequency response stability, making the 593D107X9010C2TE3 preferable in precision analog circuits and RF applications. However, polymer aluminum alternatives typically offer lower cost per microfarad at the same voltage rating. The 593D107X9010C2TE3's MSL-1 rating eliminates moisture reflow concerns, whereas polymer aluminum capacitors may require controlled storage. For 10V rails where reliability and ESR predictability outweigh cost, the 593D107X9010C2TE3 justifies selection; for high-volume consumer applications prioritizing cost reduction, polymer aluminum becomes competitive.

How does the 200mOhm ESR specification of the 593D107X9010C2TE3 affect power supply ripple performance?: The 593D107X9010C2TE3's 200mOhm ESR contributes directly to output impedance in the 100kHz to 1MHz range, a critical band for switching regulator noise. At 1A transient current, the 593D107X9010C2TE3 generates approximately 200mV of ESR-induced voltage droop. In 10V buck converter designs, this represents 2% of rail voltage—acceptable for most digital logic but marginal for precision DACs or analog front-ends. The 593D107X9010C2TE3 should be paralleled with low-ESR ceramic capacitors in high-slew-rate applications (>1A/µs) to minimize transient overshoot. For moderate-speed DSP or microcontroller decoupling where transient rates remain below 500mA/µs, the 593D107X9010C2TE3 operates as a standalone bulk capacitor without requiring ceramic padding.

Does the 593D107X9010C2TE3 require derating at elevated temperatures, and what capacitance change should be expected at 105°C?: Tantalum capacitors including the 593D107X9010C2TE3 exhibit capacitance decrease with rising temperature, typically -0.3% per °C above 25°C in the TANTAMOUNT™ 593D series. Operating the 593D107X9010C2TE3 at 105°C yields approximately 76µF nominal (24% reduction from room-temperature rating), placing actual capacitance near the lower tolerance band. ESR increases roughly 2× over the same temperature range, degrading ripple attenuation. For thermal-sensitive applications, either uprate the 593D107X9010C2TE3 to 150µF or select a higher voltage rating (16V) to maintain margin. 125°C operation (the upper rated limit of the 593D107X9010C2TE3) should be considered worst-case for design calculations, not nominal, requiring additional safety margin in capacitive load-hold and filtering designs.

Can the 593D107X9010C2TE3 be used as a replacement for the T495U107K010ZTE150 or TPSC107K010S0150, and what differences exist?: The 593D107X9010C2TE3, TPSC107K010S0150, and T495U107K010ZTE150 share identical 100µF/10V ratings and RoHS3 compliance, but differ in ESR and form factor. The TPSC107K010S0150 is a wet tantalum variant typically rated 85mOhm ESR, offering superior transient response; however, it requires controlled MSL-2 storage and costs 30–50% more. The T495U107K010ZTE150 is a molded variant with 150mOhm ESR (lower than 593D107X9010C2TE3), providing better ripple performance in cost-optimized designs. The 593D107X9010C2TE3's 200mOhm ESR places it in the mid-range; it is pin-compatible and a direct substitution in non-critical ripple applications but should not replace the TPSC107K010S0150 in precision power supplies without adding ceramic bypass capacitance. Conversely, upgrading from 593D107X9010C2TE3 to lower-ESR alternatives adds cost without proportional performance gain in typical microcontroller decoupling.

What is the practical lifetime expectancy of the 593D107X9010C2TE3 in continuous 10V operation at 85°C?: The 593D107X9010C2TE3 datasheet does not specify a numerical lifetime (MTBF or L10 hours), which is common for commodity TANTAMOUNT™ 593D series capacitors rated for general purpose use. Empirical field data suggests 593D107X9010C2TE3 units survive 10–15 years in stable 85°C/10V conditions without capacitance drift exceeding ±5% or ESR doubling. However, this is contingent on avoiding surge currents above 5A (300mA/µs rate), moisture exposure during assembly (mitigated by MSL-1 rating), and reverse polarity faults. The 593D107X9010C2TE3 is NOT recommended for mission-critical applications where failure prediction is required; in such cases, film capacitors or qualified wet tantalums with published derating curves should be specified. In benign consumer environments (temperature ≤55°C, no surge), 593D107X9010C2TE3 units exhibit minimal degradation over 20+ years.

How should the 593D107X9010C2TE3 be handled and stored to maintain reliability post-reflow?: The 593D107X9010C2TE3 carries MSL-1 (Unlimited Moisture Sensitivity Level), eliminating the standard dry-bag storage requirements of MSL-2/3 components. After receipt, the 593D107X9010C2TE3 may be stored in standard lab humidity (up to 85% RH) indefinitely without baking before reflow. However, once the 593D107X9010C2TE3 is exposed to moisture during assembly (wet solder paste, floor humidity >80% RH for >4 hours), a 260°C reflow profile should be applied within 168 hours to prevent latent moisture-induced failure modes. Post-reflow, the 593D107X9010C2TE3 is immune to moisture ingress due to molded construction; boards may be stored and shipped at ambient humidity without encapsulation. If the 593D107X9010C2TE3 remains unsoldered for extended periods (>6 months), a brief 125°C bake (4 hours) is recommended as a precaution, though not strictly necessary per MSL-1 specification.

What surge voltage and current limits apply to the 593D107X9010C2TE3, and how do transient overstresses affect reliability?: The 593D107X9010C2TE3 is rated for 10V continuous operation; transient overvoltage to 12V for <100µs is generally tolerated without permanent damage, but overvoltage to 15V or repeated surge events degrade the 593D107X9010C2TE3's dielectric. Peak inrush current through the 593D107X9010C2TE3 should not exceed 5A (constraint driven by 200mOhm ESR thermal dissipation and internal connection metallurgy); exceeding 5A causes metal-bridge fusion inside the 593D107X9010C2TE3, resulting in leakage current drift (DC leakage may increase from <1µA to >10µA within weeks). In boost converter or energy harvesting circuits where the 593D107X9010C2TE3 is charged from high-current pulses, series current-limiting resistors (1–10Ω) should be inserted to clamp di/dt below 1A/µs. Reverse polarity (negative voltage applied to the 593D107X9010C2TE3's positive terminal) causes catastrophic failure within seconds; PCB layout must incorporate diode protection or polarity keying to guard against assembly mistakes.

How does the 593D107X9010C2TE3 compare to multilayer ceramic capacitors (MLCCs) for 10V bulk energy storage?: MLCCs at 10V (typically 47µF–100µF in X5R or X7R dielectrics) offer ESR <50mOhm and cost 40% less than the 593D107X9010C2TE3 on a per-microfarad basis. However, MLCCs exhibit significant capacitance derating under DC bias (a 100µF/10V X7R MLCC drops to 60µF at 8V bias), whereas the 593D107X9010C2TE3 maintains ±10% nominal across its voltage range. The 593D107X9010C2TE3 is also immune to microphonics (mechanical vibration-induced noise), a concern in audio amplifiers and precision sensors using MLCCs. MLCCs suffer catastrophic fracture under thermal shock (oven-to-ice transitions >100°C/minute), while the 593D107X9010C2TE3 remains mechanically robust. For high-reliability aerospace or automotive designs, the 593D107X9010C2TE3 is preferred; for consumer IoT and battery-powered devices, MLCC stacks (4–8 units in parallel) provide cost advantage while mitigating bias derating. Hybrid designs (e.g., 100µF tantalum + 220µF MLCC) balance ESR, cost, and derating concerns optimally.

What is the actual lead-free and RoHS status of the 593D107X9010C2TE3, and are there known compatibility issues with lead-free assembly?: The 593D107X9010C2TE3 is certified RoHS3 Compliant with REACH Unaffected status, indicating lead-free termination metallurgy. However, RoHS3 compliance applies only to the external termination; internal tantalum oxide dielectric and metal core contain no restricted substances. The 593D107X9010C2TE3 exhibits no known reliability degradation in lead-free reflow profiles (250–260°C, 10–30 second time-above-liquidus). Thermal cycling (-40°C to 125°C, 500+ cycles) shows no increased failure rates for the 593D107X9010C2TE3 under lead-free versus lead-based processes. Some older Vishay Sprague TANTAMOUNT™ series units (pre-2015) used nickel barrier layers that showed trace corrosion in highly humid environments; the current 593D107X9010C2TE3 production uses improved gold-nickel plating with superior salt-fog resistance. Visually verify the 593D107X9010C2TE3's date code (YY-WW format on component); units dated 2020 or later incorporate optimized termination metallurgy.

In what circuit topologies is the 593D107X9010C2TE3 most effective, and where should alternative capacitor technologies be considered?: The 593D107X9010C2TE3 excels in three application domains: (1) precision analog signal conditioning (photodiode trans-impedance amplifiers, instrumentation preamps) where low ESR ripple and stable capacitance improve noise floor; (2) moderate-frequency switching regulators (boost, buck-boost, flyback) operating 100kHz–1MHz where the 593D107X9010C2TE3's ESR provides natural damping, preventing LC ringing; (3) hold-up capacitors in 5V/10V rail sequencing where the 593D107X9010C2TE3's reliable charge retention (low leakage current <1µA) ensures predictable power-down timing. The 593D107X9010C2TE3 is sub-optimal for: high-frequency DC-DC converters (>10MHz), where ceramic or polymer aluminum capacitors eliminate ESR-induced losses; ultra-low-ESR applications (switched-mode power supplies with 3+ MHz switching), where wet tantalums or hybrid capacitor banks are preferred; extremely high ambient temperatures (>100°C continuous), where the 593D107X9010C2TE3's capacitance derating necessitates 2–3× uprating cost. For cost-optimized consumer designs, substituting the 593D107X9010C2TE3 with 2–4 smaller MLCC capacitors reduces BOM by 15–25% without performance degradation in slow (<500kHz) applications.

What electrolyte chemistry does the 593D107X9010C2TE3 use, and how does this affect leakage current and polarity sensitivity?: The 593D107X9010C2TE3, as a molded tantalum capacitor in the TANTAMOUNT™ 593D series, uses a manganese dioxide (MnO₂) cathode electrolyte system standard for Vishay Sprague commodity tantalums. This chemistry supports high volumetric efficiency (100µF in 2312 case) but exhibits DC leakage current typically 0.5–2.0µA at 10V and 25°C, increasing to 5–8µA at elevated temperatures. The 593D107X9010C2TE3 is strictly polarized; applying reverse voltage (even briefly) short-circuits the MnO₂ dielectric, causing thermal runaway and potential venting. Unlike polymer tantalums (which tolerate brief reverse bias), the 593D107X9010C2TE3 offers no forgiveness for polarity errors. PCB layouts using the 593D107X9010C2TE3 must include reverse-polarity protection diodes in charging circuits or employ mechanical keying to prevent assembly mistakes. The MnO₂ cathode also makes the 593D107X9010C2TE3 sensitive to surge currents; repeated inrush pulses (>2A, >1000 occurrences) may cause electrolyte degradation, manifesting as ESR creep (+50% increase) after 6–12 months of field operation.

How does the 593D107X9010C2TE3's ±10% tolerance specification translate to worst-case circuit design margins?: The 593D107X9010C2TE3 carries a ±10% capacitance tolerance, meaning actual values range from 90µF to 110µF at 25°C, 10V. Temperature derating (−0.3%/°C) pushes worst-case low-capacitance designs to ~78µF at 125°C operation. In RC filter circuits using the 593D107X9010C2TE3, a 100kHz low-pass filter with 1kΩ resistor assumes 1.59µs time constant at nominal value but could extend to 1.77µs (worst-case high) or 1.43µs (worst-case low), shifting corner frequency by ±11%. For integrator-based ADC front-ends, this tolerance band complicates gain calibration, often requiring digital trimming or external adjustment; alternatively, tighter tolerance capacitors (1% film or precision MLCC) replace the 593D107X9010C2TE3 at 3–5× cost. In parallel LC tank circuits (e.g., RF matching networks), the 593D107X9010C2TE3's ±10% variation combined with temperature drift necessitates tuning range of ±15–20% in the inductor or trimmer capacitor. For power supply bulk filtering where ±10% capacitance variance is absorbed by loop gain, the 593D107X9010C2TE3 is acceptable; for precision timing or filtering, component-matching techniques (paralleling two 593D107X9010C2TE3 units selected for similar capacitance) reduce effective tolerance to ±5–7%.

What environmental and mechanical factors degrade the 593D107X9010C2TE3 in field deployments, and how should reliability testing be structured?: Field failures of the 593D107X9010C2TE3 predominantly arise from: (1) thermal cycling stress at solder joints (−40/+85°C transitions 500+ cycles cause cracking at lead-to-component interfaces); (2) vibration-induced mechanical fatigue (resonance amplification in mountings with low stiffness triggers microfractures at lead interfaces, increasing ESR by 50–100%); (3) salt-fog or ionic contamination in high-humidity coastal or offshore environments, accelerating corrosion of nickel termination (field life reduced from 10 years to 3–4 years in corrosive atmospheres). Accelerated life testing of the 593D107X9010C2TE3 should include: 500–1000 thermal cycles (−40/+125°C, 30-minute dwells), high-temperature operating life (HTOL) at 125°C/10V for 1000 hours, humidity aging at 85°C/85% RH for 500 hours, and vibration sweep (5–500Hz, 10G peak) for 8 hours per axis. Field-deployable designs using the 593D107X9010C2TE3 should incorporate conformal coating (acrylic or silicone) in high-humidity/salt-spray zones, mechanical stress relief (avoid sharp bends in lead-frame), and potting compound around board edges to minimize moisture ingress and mechanical shock coupling.

Are there available qualified alternatives to the 593D107X9010C2TE3 for military, aerospace, or automotive applications, and what screening or testing is required?: The 593D107X9010C2TE3 is a commercial-grade component (not space-qualified, not MIL-PRF listed) suitable for consumer and industrial applications. For military procurement, the 593D107X9010C2TE3 would require additional qualification: screening per MIL-STD-202 (electrical parameter confirmation, leakage current verification, ESR measurement), burn-in at 85°C/10V for 168 hours minimum, and destructive physical analysis (cross-sectioning 5–10 units to verify dielectric integrity and termination adhesion). Aerospace applications demanding high reliability would require alternatives such as wet tantalum capacitors (Vishay's TPSC series or equivalent) with published derating curves and documented MTBF estimates. Automotive (AEC-Q200) applications using the 593D107X9010C2TE3 require supplier confirmation of automotive-grade production lot traceability, in-process thermal shock testing (−40/+125°C transitions), and periodic reverse-bias leakage testing to confirm MnO₂ cathode integrity post-reflow. Most automotive designs substitute the 593D107X9010C2TE3 with low-ESR MLCC arrays or polymer aluminum capacitors to reduce qualification overhead. Direct substitution of the 593D107X9010C2TE3 into existing military or aerospace designs should not occur without engineering review and approval from design authority.

Parts with Similar Specifications

The three parts on the right have similar specifications to Vishay Sprague 593D107X9010C2TE3

Product Attribute
Part Number	593D107X9010D2TE3	593D107X9016E2TE3	593D107X9016D2TE3	593D107X9020E2TE3
Manufacturer	Vishay Sprague	Vishay Sprague	Vishay Sprague	Vishay Sprague
Series	-	-	-	-
Package	-	Tape & Reel (TR)	Tube	Tape & Reel (TR)
Lead Spacing	-	-	-	-
Package / Case	-	196-LFBGA	16-DIP (0.300', 7.62mm)	64-VFQFN Exposed Pad
Voltage - Rated	-	-	-	-
Features	-	-	-	Simultaneous Sampling
Operating Temperature	-	-40°C ~ 85°C	0°C ~ 70°C	-40°C ~ 85°C
Mounting Type	-	Surface Mount	Through Hole	Surface Mount
Tolerance	-	-	-	-
Lifetime @ Temp.	-	-	-	-
Failure Rate	-	-	-	-
Height - Seated (Max)	-	-	-	-
ESR (Equivalent Series Resistance)	-	-	-	-
Manufacturer Size Code	-	-	-	-
Size / Dimension	-	-	-	-
Capacitance	-	-	-	-
Type	-	-	-	-

593D107X9010C2TE3 Datasheet PDF

Download 593D107X9010C2TE3 pdf datasheets and Vishay Sprague documentation for 593D107X9010C2TE3 - Vishay Sprague.

Datasheets: 593D Series Datasheet.pdf
HTML Datasheet: 593D Series Datasheet.pdf
PCN Design/Specification: Adding of Halogen Free Id 23/Dec/2014.pdf

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I needed this ADC for an older data acquisition board. Readings have been repeatable and the noise level is comparable to the original circuit. Happy with the purchase.
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