The 20G14NB104JA0Capacitor is a high-performance HighVoltageMLCC104JA0 ceramic capacitor designed for demanding industrial applications. This NB104JA0CeramicCap features a capacitance of 100nF (104 designation) with ±5% tolerance (JA0 code), rated for 1kV operation in compact 1210 case size. Operating across -55°C to +125°C, it excels in power electronics requiring stable performance under extreme conditions. The two-terminal component directly interfaces with power modules, rectifiers, and filtering circuits in renewable energy systems, motor drives, and industrial automation equipment. Key advantages include exceptional voltage endurance, low equivalent series resistance (ESR), and robust X7R dielectric stability. However, its high-voltage capability comes with reduced capacitance stability compared to C0G types. The lead-free construction meets RoHS compliance, making it ideal for high-reliability applications in harsh environments where space-constrained, high-voltage energy storage is critical.

SEOSpecification

Parameter	Specification
Component Type	20G14NB104JA0Capacitor (High Voltage MLCC)
Capacitance	100nF (104JA0 code)
Rated Voltage	2000V DC (20G series)
Tolerance	±5% (J characteristic)
Temperature Stability	X7R dielectric (ΔC/C ±15% from -55°C to +125°C)
Construction	NB104JA0CeramicCap multilayer structure
Termination	Nickel barrier with tin plating
Case Size	1210 (3.2mm x 2.5mm)
Operating Temperature	-55°C to +125°C
Compliance	RoHS compliant, AEC-Q200 qualified

SEOQandA

question:Can the company provide technical selection services?
answer:Yes, we offer technical selection services to help you choose the most suitable solutions.
question:What payment methods do you accept?
answer:We accept TT, PayPal, and other major payment methods for your convenience.
question:Can you provide upgraded or alternative models?
answer:Yes, we offer upgraded or alternative models based on product availability and your requirements.

SEOQandA_Product

question:What causes capacitance drift in 20G14NB104JA0NNNNN?
answer:Ensure operating within rated voltage/temperature limits and verify ambient conditions match specifications.
question:Why does 20G14NB104JA0NNNNN fail under high temps?
answer:Check thermal management; ensure ambient temperature stays within component's specified operating range.
question:How to prevent soldering damage on 20G14NB104JA0NNNNN?
answer:Follow recommended soldering profiles; avoid exceeding max peak temperature and duration during assembly.
question:Why does ESD affect 20G14NB104JA0NNNNN reliability?
answer:Use ESD-safe handling practices, including grounded workstations and anti-static packaging during installation.
question:How to address reduced lifespan of 20G14NB104JA0NNNNN?
answer:Avoid continuous overvoltage/overcurrent; review circuit design for stress factors and apply derating guidelines.