Tantalum Capacitors ROHS
Higher voltage ratings and tighter tolerance product including ESR may be substituted within the same size at KEMET's option. Voltage substitution will be marked with the higher voltage rating. Substitutions can include better than series.
The KEMET T322C156J015AS is a ceramic capacitor designed for reliable performance in various applications. It features a capacitance value of 15μF and operates at a voltage rating of 16V. The component is known for its low ESR, which enhances efficiency in electronic circuits. Its robust construction makes it suitable for a wide range of environmental conditions.
特徵
Capacitance : 15μF ensures adequate filtering and decoupling in circuits
Voltage Rating : 16V allows for safe operation in various electronic systems
Dielectric Material : X7R offers stability across a broad temperature range
Package Type : 1206 footprint facilitates easy PCB mounting and space savings
Low ESR : enhances circuit efficiency by minimizing energy loss
應用
Power Supply Decoupling : Supports stable voltage levels in power circuits
Signal Coupling : Allows effective transfer of AC signals in audio applications
Filtering : Removes unwanted frequencies in communication devices
Energy Storage : Provides temporary power in pulsed applications
Timing Circuits : Supports precise timing functions in microcontroller systems
Automotive Electronics : Offers durability and reliability for vehicle components
設計注意事項
Operating Temperature Range : Ensure acceptable performance between -55°C to +125°C
Voltage Derating : Adhere to voltage derating guidelines for longer lifespan
PCB Layout : Maintain proper spacing and grounding for optimal performance
Capacitor Sizing : Consider capacitance value in relation to load requirements
Aging Factor : Account for potential capacitance loss over time in design calculations
常見問題
Q: What happens if the capacitor is exposed to high temperatures?
A: High temperatures can lead to a decrease in capacitance and possible failure.
Q: Can this capacitor handle AC voltage applications?
A: It is primarily designed for DC applications; proper derating is essential for AC use.
Q: Is there a risk of dielectric breakdown?
A: Yes, exceeding the voltage rating can cause dielectric breakdown and damage.
Q: How does the performance degrade over time?
A: Dielectric materials can age, leading to a gradual reduction in capacitance.
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