Description

The C1608CB 43NJ(0603 43NH) is an electronic component model in the IC Chips product category. It is a ceramic capacitor that offers high capacitance and superior mechanical strength and reliability. It is designed using precision technologies that enable the use of multiple thinner ceramic dielectric layers. The monolithic structure ensures high-accuracy automatic mounting through the maintenance of precise dimensional tolerances. It is composed of only ceramics and metals and provides extremely dependable performance, even when subjected to temperature extremes. These capacitors have low stray capacitance ensuring high conformity with nominal values thereby simplifying the circuit design process. With low residual inductance, they offer superior frequency characteristics. These capacitors offer long service life and are optimally suited for power supply designs that require high levels of reliability. They are also suited for high frequency and high density type power supplies because of their low ESR and excellent frequency characteristics.

Specifications and features

Model: C1608CB 43NJ(0603 43NH)
Category: IC Chips
Type: Ceramic Capacitor
Technology: Multiple thinner ceramic dielectric layers
Structure: Monolithic
Performance: High precision mounting, very precise dimensional tolerances, extremely dependable performance, superior mechanical strength, low stray capacitance, low residual inductance, low ESR, excellent frequency characteristics.
Application: High frequency and high density type power supplies, power supply designs that require high levels of reliability.

Application Scenarios

The C1608CB 43NJ(0603 43NH) is used in electronic devices that require a ceramic capacitor with high capacitance and superior mechanical strength and reliability. It is optimally suited for power supply designs that require high levels of reliability. It is also suited for high frequency and high density type power supplies because of its low ESR and excellent frequency characteristics.

Comparison

• High capacitance
• Superior mechanical strength and reliability
• Extremely dependable performance
• Low stray capacitance ensures high conformity with nominal values, thereby simplifying the circuit design process
• Low residual inductance assures superior frequency characteristics
• Long service life

• No major disadvantages have been reported for this product