195D476X0010H2T 195D476X0010H2T – Vishay Sprague 47µF 10V 20% Tantalum Capacitor (B Case, Conformal Coated)
- Conformal Coating: Protects against humidity, chemicals, and mechanical stress
- Compact B Case Size: Ideal for space-constrained PCB designs
- High Reliability: Low ESR and stable capacitance under extreme conditions
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Request a QuoteVishay / Sprague 195D476X0010H2T Tantalum Capacitor – Solid SMD
The Vishay Sprague 195D476X0010H2T is a solid tantalum SMD capacitor from the 595D series, designed for high volumetric efficiency and stable electrical performance in demanding environments. With a 47µF capacitance at 10V and ±20% tolerance, this conformal-coated capacitor ensures reliability in high-temperature and high-vibration applications.
Key Features
✅ High Capacitance Density: Delivers 47µF in a compact B-case (4mm × 2.8mm)
✅ Wide Operating Temperature: -55°C to +85°C (with voltage derating above 85°C)
✅ Low ESR (650mΩ): Ensures efficient power decoupling and ripple suppression
✅ Moisture Resistant: Conformal epoxy coating protects against harsh conditions
✅ RoHS-Compliant: Lead-free (100% tin-plated terminations)
Specifications Summary
| Parameter | Value |
|---|---|
| Manufacturer | Vishay / Sprague |
| Series | 595D |
| Capacitance | 47µF |
| Voltage Rating | 10V DC |
| Tolerance | ±20% |
| ESR (100kHz) | 650mΩ |
| Case Code | B (4028 metric, 4mm × 2.8mm × 1.9mm) |
| Termination | SMD/SMT (100% Sn-plated) |
| Dissipation Factor (DF) | 6% |
| Leakage Current | 4.7µA |
| Operating Temp. | -55°C to +85°C (↑85°C requires derating) |
| Packaging | Tape & Reel (EIA-481 compliant) |
Vishay Sprague 195D476X0010H2T Tantalum Capacitor Applications
1️⃣ Automotive Electronics – Ensuring Reliability Under Harsh Conditions
✔ Engine Control Units (ECUs) – Provides stable capacitance in 12V/24V battery systems, crucial for sensor signal conditioning and microcontroller power integrity.
✔ Power Distribution Modules – Ideal for 48V mild-hybrid systems, offering low ESR (650mΩ) to minimize voltage drops in high-current paths.
✔ Infotainment & LED Lighting – Supports USB-PD modules and CAN bus filtering, reducing noise interference in audio/video circuits.
✔ ADAS & Radar Systems – Used in automotive camera modules where stable voltage regulation prevents flickering.
🔹 Why Tantalum? Unlike aluminum electrolytics, tantalum capacitors maintain performance in -55°C to +125°C underhood conditions.
2️⃣ Industrial & Power Electronics – Rugged Performance for Demanding Environments
✔ DC-DC Converters – Ensures high ripple current handling (350mA RMS) in buck/boost regulators, enhancing efficiency in 24V industrial power supplies.
✔ Motor Drives – Used in servo amplifiers for voltage smoothing, preventing PWM-induced noise in BLDC motor controllers.
✔ Switched-Mode Power Supplies (SMPS) – Acts as output filtering in GaN/SiC-based PSUs, reducing high-frequency switching noise.
✔ Renewable Energy Systems – Applied in solar inverters for DC-link stabilization, prolonging lifespan under thermal cycling.
🔹 Key Benefit: MnO₂ cathode ensures lower ESR than polymer tantalums, critical for high-frequency (>100kHz) power stages.
3️⃣ Consumer Electronics – Enabling Miniaturization & Efficiency
✔ Smartphones & Tablets – Used in PMIC decoupling, ensuring stable CPU/GPU voltage rails (1.8V/3.3V domains).
✔ Wearables (Smartwatches, TWS Earbuds) – Ultra-compact B-case (4mm × 2.8mm) fits space-constrained designs while delivering 47μF capacitance.
✔ Laptops & Ultrabooks – Critical for USB-C PD circuits, supporting 20V/5A power delivery with low leakage (<5µA).
✔ Gaming Consoles – Filters noise in high-speed DDR memory power rails, improving signal integrity.
🔹 Design Tip: Lower ESR vs. MLCCs reduces voltage ripple in high-dI/dt load scenarios.
4️⃣ Telecommunications – High-Frequency Stability
✔ 5G Base Stations – Used in RFPA (RF Power Amplifier) bias circuits, ensuring stable voltage under wide temperature swings.
✔ Optical Network Terminals (ONTs) – Supports PoE (Power over Ethernet) modules, providing bulk capacitance in compact footprints.
✔ Satellite Comms – Selected for LNB (Low-Noise Block) power conditioning due to resistance to thermal shock.
🔹 Advantage: Conformal coating prevents moisture ingress in outdoor telecom equipment.
Comparison with Alternatives
| Feature | Tantalum (195D476X0010H2T) | MLCC (X7R) | Aluminum Electrolytic |
|---|---|---|---|
| Capacitance | 47µF (stable) | 47µF (↓ under bias) | 47µF (high ESR) |
| ESR | 650mΩ | <100mΩ | >1Ω |
| Temp. Range | -55°C to +125°C | -55°C to +125°C | -40°C to +105°C |
| Lifespan | 2000+ hrs @ 85°C | No wear-out | 1000–2000 hrs |
| Size | 4.0mm × 2.8mm (B case) | Larger for equivalent µF | Bulky |
🔹 Best For:
- Tantalum: Long-life, stable capacitance in automotive/industrial apps
- MLCC: Ultra-low ESR but suffers DC bias derating
- Aluminum: Cheap but high ESR & prone to drying out
Why Choose Vishay Sprague Tantalum Capacitors?
Vishay Sprague’s 595D series capacitors are known for:
✔ Stable capacitance across temperature & voltage
✔ Long service life (>2000 hrs @ 85°C)
✔ High ripple current handling (350mA RMS)
✔ Superior moisture resistance (MSL Level 2a)
Ordering Information
📌 Part Number: 195D476X0010H2T
📌 Package Options: Cut Tape, Reel (7″ or 13″)
📌 Alternative Variants: Available in ±10% tolerance (X9 marking)
📄 Download Vishay Sprague 195D476X0010H2T Datasheet (595D Series PDF)
🚀 Enhance Your Designs with Vishay Reliable Tantalum Technology!
Conclusion: A Versatile High-Performance Capacitor
The Vishay Sprague 195D476X0010H2T is engineered for mission-critical applications needing compact size, reliability, and stable capacitance. Whether in EV power trains, 5G infrastructure, or foldable smartphones, its low leakage, high ripple handling, and conformal coating make it a preferred choice.
Specification: 195D476X0010H2T – Vishay Sprague 47µF 10V 20% Tantalum Capacitor (B Case, Conformal Coated)
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