Description

Electronic Component Model: C2012C-56NJ is a high-capacitance ceramic capacitor that is widely used in various electronic circuits. It is a monolithic structure that provides superior mechanical strength and reliability. This capacitor is composed of ceramics and metals, ensuring dependable performance even in extreme temperature conditions. It has low stray capacitance and residual inductance, making it ideal for circuit design. With its high electrostatic capacity and long service life, it is highly suitable for power supply designs requiring reliability. Additionally, this capacitor has low Equivalent Series Resistance (ESR) and excellent frequency characteristics, making it perfect for high frequency and high-density power supplies.

Specifications and features

• High capacitance achieved through precision technologies and multiple thinner ceramic dielectric layers
• Monolithic structure for superior mechanical strength and reliability
• Precise dimensional tolerances for high-accuracy automatic mounting
• Composed of ceramics and metals for dependable performance
• Low stray capacitance for simplified circuit design
• Low residual inductance for superior frequency characteristics
• Long service life and reliability for power supply designs
• Low ESR and excellent frequency characteristics for high frequency and high-density power supplies

Application Scenarios

This electronic component model is commonly used in various electronic circuits and power supply designs. It is especially suitable for applications that require high capacitance, reliability, and excellent frequency characteristics. Some specific application scenarios include:

• Power supply units
• Electronic devices
• Communication equipment
• Automotive electronics
• Industrial control systems

Comparison

• Precise capacitance achieved through precision technologies
• Monolithic structure for superior mechanical strength
• Dependable performance in extreme temperature conditions
• Low stray capacitance for simplified circuit design
• Low residual inductance for superior frequency characteristics
• Long service life and reliability in power supply designs
• Low ESR and excellent frequency characteristics for high-frequency power supplies

• May have higher cost compared to other types of capacitors
• Not suitable for applications with specific size restrictions