NLCV32T-470K-PF
47µH unshielded wirewound SMD inductors for power applications
Manufacturer： tdk
series introduction
# Introduction to the NLCV32T - 470K - PF Product Series
## Overview
The NLCV32T - 470K - PF product series represents a cutting - edge range of electronic components that have been meticulously engineered to meet the diverse and demanding requirements of modern electronic circuits. These components are designed with precision and advanced technology, offering high performance, reliability, and stability in a wide variety of applications.
## Physical Characteristics
### Dimensions and Packaging
The NLCV32T - 470K - PF components come in a standardized and compact package. The form factor is optimized to fit seamlessly into various circuit board designs, whether it's a small - scale consumer electronics device or a large - scale industrial control system. The specific dimensions are carefully calibrated to ensure easy integration and minimal space utilization on the PCB, making it an ideal choice for applications where space is at a premium.
### Construction Materials
These components are constructed using high - quality materials. The dielectric material used in their construction is carefully selected for its excellent electrical properties, such as high permittivity and low dielectric loss. This ensures efficient energy storage and transfer within the component. The electrodes are made of conductive materials with high conductivity and good corrosion resistance, which helps in maintaining stable electrical performance over time.
## Electrical Specifications
### Capacitance
The "470K" in the product code indicates the capacitance value of the components in the NLCV32T - 470K - PF series. The nominal capacitance is 470 pF (picofarads). This capacitance value is crucial in many electronic circuits, such as filtering, coupling, and tuning circuits. It allows for the storage and release of electrical charge at specific frequencies, enabling the proper functioning of these circuits.
### Tolerance
The "K" in the capacitance specification represents a tolerance of ±10%. This means that the actual capacitance value of the component can vary within 10% of the nominal 470 pF value. For example, the actual capacitance can range from 423 pF (470 pF - 10% of 470 pF) to 517 pF (470 pF+ 10% of 470 pF). This tolerance level is suitable for a wide range of general - purpose applications where a certain degree of capacitance variation can be accommodated.
### Voltage Rating
The NLCV32T - 470K - PF series is designed to operate within a specific voltage range. The voltage rating is carefully determined based on the materials and construction of the component. It ensures that the component can withstand the electrical stress applied to it without experiencing breakdown or other electrical failures. This voltage rating makes the components suitable for use in circuits with corresponding voltage levels, providing reliable performance under normal operating conditions.
### Frequency Response
These components exhibit excellent frequency response characteristics. They are capable of operating effectively over a wide frequency range, which is essential for applications in high - frequency circuits. The low equivalent series resistance (ESR) and equivalent series inductance (ESL) of the components contribute to their good frequency performance, allowing for efficient signal transmission and minimal power loss at high frequencies.
## Performance and Reliability
### Temperature Stability
The NLCV32T - 470K - PF series is designed to maintain stable performance over a wide temperature range. The materials used in its construction have low temperature coefficients, which means that the capacitance value and other electrical properties change minimally with temperature variations. This temperature stability is crucial in applications where the operating environment may experience significant temperature fluctuations, such as automotive electronics and industrial control systems.
### Aging Characteristics
The components in this series have excellent aging characteristics. Over time, the electrical properties of the components change very slowly, ensuring long -
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