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GYD1V101MCW1GS
Nichicon
CAP ALUM HYB 100UF 20% 35V SMD
282507 Pcs New Original In Stock
100 µF 35 V Aluminum - Polymer Capacitors Radial, Can - SMD 27mOhm 1000 Hrs @ 150°C
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5.0 / 5.0
- (257 Ratings)
GYD1V101MCW1GS
Product Overview
9844542
DiGi Electronics Part Number
GYD1V101MCW1GS-DGManufacturer
Nichicon
GYD1V101MCW1GS
Description
CAP ALUM HYB 100UF 20% 35V SMDInventory
282507 Pcs New Original In Stock
100 µF 35 V Aluminum - Polymer Capacitors Radial, Can - SMD 27mOhm 1000 Hrs @ 150°C
Quantity
Minimum 1
Minimum 1
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GYD1V101MCW1GS Technical Specifications
Category
Aluminum - Polymer Capacitors
Packaging
Tape & Reel (TR)
Series
GYD
Product Status
Active
Type
Hybrid
Capacitance
100 µF
Tolerance
±20%
Voltage - Rated
35 V
ESR (Equivalent Series Resistance)
27mOhm
Lifetime @ Temp.
1000 Hrs @ 150°C
Operating Temperature
-55°C ~ 150°C
Ratings
AEC-Q200
Applications
Automotive
Ripple Current @ Low Frequency
210 mA @ 120 Hz
Ripple Current @ High Frequency
1.4 A @ 100 kHz
Lead Spacing
-
Size / Dimension
0.315" Dia (8.00mm)
Height - Seated (Max)
0.413" (10.50mm)
Surface Mount Land Size
0.327" L x 0.327" W (8.30mm x 8.30mm)
Mounting Type
Surface Mount
Package / Case
Radial, Can - SMD
Datasheet & Documents
HTML Datasheet
GYD1V101MCW1GS-DG
Environmental & Export Classification
RoHS Status
ROHS3 Compliant
Moisture Sensitivity Level (MSL)
1 (Unlimited)
REACH Status
REACH Affected
ECCN
EAR99
HTSUS
8532.22.0020
Additional Information
Other Names
GYD1V101MCW1GTR
493-GYD1V101MCW1GSDKR
GYD1V101MCW1GCT
493-GYD1V101MCW1GSCT-DG
493-GYD1V101MCW1GSTR
493-GYD1V101MCW1GSCT
GYD1V101MCW1DKR
GYD1V101MCW1TR
493-GYD1V101MCW1GSTR-DG
493-GYD1V101MCW1GSDKR-DG
GYD1V101MCW1GDKR
GYD1V101MCW1CT
Standard Package
500
Reviews
5.0/5.0-(Show up to 5 Ratings)
Dec 02, 2025
Ma dernière expérience d'achat a été parfaitement efficace du début à la fin, merci à leur organisation.
Dec 02, 2025
Post-purchase, their support team provides insightful advice that helps optimize our use of components.
Dec 02, 2025
Excellent after-sales service that builds trust and confidence in their brand.
Dec 02, 2025
Navigation menus are well-structured, allowing me to explore different sections conveniently.
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Frequently Asked Questions (FAQ)
What are the key design-in risks when using the Nichicon GYD1V101MCW1GS in high-temperature automotive power supplies, and how can they be mitigated?
When designing in the Nichicon GYD1V101MCW1GS for automotive applications operating near 150°C, the primary risk is accelerated aging and capacitance drift due to sustained high-temperature exposure, even though the part is rated for 1000 hours at 150°C. To mitigate this, ensure thermal management through proper PCB copper pour and component spacing to reduce local hot spots. Since the lifetime rating is limited at max temperature, derate operating voltage to 70–80% of 35 V (i.e., ≤28 V) and consider parallel smaller capacitors to distribute ripple current and reduce thermal stress. Monitor long-term capacitance loss in end-of-life (EOL) validation testing, especially in under-hood environments subject to thermal cycling.
How does the Nichicon GYD1V101MCW1GS compare to the Panasonic SP-Cap ECAS753CLD1057M and AVX BestCap TAJB107K035RNJ in terms of reliability and ripple current handling for DC-DC converters in ADAS systems?
The Nichicon GYD1V101MCW1GS offers superior ripple current handling (1.4 A @ 100 kHz) compared to the Panasonic ECAS753CLD1057M (~1.1 A) and AVX TAJB107K035RNJ (~0.7 A), making it better suited for high-frequency DC-DC converters in ADAS. Unlike standard polymer capacitors like the AVX part, the GYD1V101MCW1GS uses hybrid electrolyte technology, improving conductivity and thermal stability. It also meets AEC-Q200, whereas the AVX part does not—critical for automotive qualification. However, the Panasonic SP-Cap offers lower ESR (~15 mΩ) but shorter lifetime at high temps. Choose the GYD1V101MCW1GS when longer life at 150°C and higher ripple tolerance are priorities, even with slightly higher ESR.
What PCB layout considerations are critical when replacing traditional aluminum electrolytics with the Nichicon GYD1V101MCW1GS in a surface-mount power rail design?
When replacing through-hole aluminum electrolytics with the surface-mount Nichicon GYD1V101MCW1GS, ensure the land pattern matches the 8.30mm x 8.30mm pad size to avoid tombstoning or poor thermal relief. Use thermal vias under the negative pad (if applicable) to dissipate heat from ripple current. Avoid placing the capacitor near heat-generating components due to its 150°C max rating. Maintain a symmetrical layout with short, wide traces to minimize inductance and preserve the low 27mΩ ESR advantage. Also, verify that reflow profile adheres to MSL1 guidelines—prebake if exposed to humidity—to prevent popcorning.
Can the Nichicon GYD1V101MCW1GS be used as a drop-in replacement for the Sanyo OS-CON 33M163V0100F1 in a legacy 3.3 V, 16 V-rated power stage upgrade, and what are the risks?
The Nichicon GYD1V101MCW1GS is not a direct drop-in replacement for the Sanyo OS-CON 33M163V0100F1 due to differences in form factor (SMD radial vs. vertical cylindrical) and capacitance (100 µF vs. 10 µF). While both are hybrid polymer types, the GYD1V101MCW1GS has higher capacitance and ESR (27mΩ vs. ~10mΩ), which may destabilize feedback loops tuned for lower capacitance and lower impedance. Additionally, the physical footprint differs—the OS-CON uses a smaller case. Use the GYD1V101MCW1GS only after re-evaluating loop stability, transient response, and mounting constraints. If upgrading voltage rating from 16 V to 35 V without changing C value, consider a 10 µF hybrid like the GYD1V100MCW1GS instead.
What are the failure mode risks of the Nichicon GYD1V101MCW1GS in stop-start automotive systems with frequent power cycling, and how does its 1000-hour lifetime rating impact long-term reliability?
In stop-start systems, the Nichicon GYD1V101MCW1GS faces repeated thermal and electrical cycling, which can accelerate wear-out despite its AEC-Q200 qualification. The 1000-hour lifetime at 150°C implies ~11 years at 85°C with derating, but frequent power cycling induces mechanical stress in the hybrid electrolyte system, potentially leading to increased ESR over time. Verify performance under thermal cycling (-55°C to 125°C) in testing. To extend usable life, limit ripple current to ≤1.2 A (below 1.4 A rated), avoid junction temperatures above 125°C, and combine with ceramic capacitors to share high-frequency current. Monitor ESR in field returns as an early indicator of degradation.
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GYD1V101MCW1GS CAD Models
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