476 Capacitor
The capacitor 476 is a ceramic capacitor with a 47 µF capacitance and 10% tolerance. It stores and releases electrical energy to stabilize voltage and filter noise. Commonly used in power supplies, audio circuits, and signal processing, it ensures smooth performance and prevents voltage spikes. Its durability, affordability, and compact size make it a reliable choice for many electronic devices and applications.
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Understaning 476 capacitor
476 Capacitor Value: 47 Microfarads (µF)
The capacitor 476 has a capacitance of 47 µF, which means it can store 47 microfarads of electrical charge. This large capacitance makes it effective in smoothing voltage fluctuations and filtering out noise in electronic circuits.
Voltage: 6 Volts (V)
Rated at 6 volts, the 476 capacitors is designed to handle circuits with voltages up to 6V. Using a capacitor with a higher voltage rating than necessary ensures safety, as long as it doesn’t exceed the circuit’s voltage limits.
Tolerance: 20%
The 476 capacitors comes with a 20% tolerance, meaning its actual capacitance can vary by up to 20% from the nominal value. This tolerance range is typical for many capacitors and still allows for reliable circuit performance.
Type: Tantalum Capacitor
This is a tantalum capacitor, known for its stability and reliability. Tantalum capacitors are ideal for applications that require small size, high capacitance, and stable performance in different environmental conditions.
Package: Surface Mount Device (SMD)
The 476 capacitors comes in a Surface Mount Device (SMD) package. This type of packaging is suitable for modern electronics, allowing for easy integration into compact, high-density circuit boards.
Features: High Capacitance Density, Low ESR, Good Stability
The 476 capacitors offers high capacitance density, meaning it can store more charge in a smaller space. It also has low Equivalent Series Resistance (ESR), improving efficiency. Additionally, it provides excellent stability over temperature and time, making it reliable in various environments.
Popular 476 Capacitor Model
476a Capacitor
The 476A capacitor is a ceramic capacitor with a 47 µF capacitance and a 10% tolerance. It helps stabilize voltage and filter noise in electronic circuits. Widely used in power supplies, audio equipment, and signal processing, it ensures smooth operation and reduces voltage spikes. The 476A offers high reliability, compact size, and cost-efficiency, making it ideal for various consumer and industrial applications that require stable performance.
476j Capacitor
The 476J capacitor is a ceramic capacitor with a 47 µF capacitance and a 5% tolerance. It stores electrical energy to stabilize voltage and filter noise in electronic circuits. Commonly used in power supplies, audio equipment, and signal filtering applications, it ensures smooth performance. With its reliable 5% tolerance, high capacitance, and affordability, the 476J capacitor is an excellent choice for various electronic devices and compact circuits.
a476 capacitor
The A476 capacitor is a ceramic capacitor with a 47 µF capacitance and a 10% tolerance. It stores and releases electrical energy, helping to stabilize voltage and filter out unwanted noise in circuits. Commonly used in power supplies, audio equipment, and signal processing, it ensures efficient and smooth operation. The A476 capacitor offers a compact design, reliable performance, and cost-effectiveness, making it ideal for a wide range of electronic applications.
j476 Capacitor
The J476 capacitor is a ceramic capacitor with a 47 µF capacitance and a 5% tolerance. It stores electrical energy to smooth voltage fluctuations and filter noise in circuits. This capacitor is commonly used in power supplies, audio systems, and signal processing applications. Its stable performance and reliable tolerance make it ideal for compact, high-efficiency circuits. The J476 capacitor offers excellent durability and cost-effective performance in various electronic devices.
476 Capacitor Applications
Power Supplies:
In power supplies, the capacitor 476 plays a crucial role in filtering and smoothing the voltage. It helps ensure a steady, reliable power supply to electronic devices, reducing voltage spikes and fluctuations. By stabilizing the power, it prevents potential damage to sensitive components and enhances the overall performance and lifespan of electronic systems.
Signal Processing:
In signal processing, the capacitor 476 is used to filter out unwanted frequencies and noise from signals. This ensures a cleaner signal for transmission or amplification. It is especially important in communication systems, where signal clarity and accuracy are essential. The capacitor ensures high-quality signal processing by reducing distortion and allowing only the desired frequencies to pass through.
Audio Circuits:
The capacitor 476 is used in audio circuits to minimize noise and interference. It helps maintain clear, high-quality sound by filtering out unwanted signals. Whether in amplifiers or audio processing equipment, the capacitor ensures that your audio devices produce crisp, distortion-free sound, improving the listening experience .
Decoupling and Bypass:
The capacitor 476 is often used for decoupling and bypassing in electronic circuits. It stabilizes voltage levels by preventing fluctuations that could affect sensitive components like microprocessors and sensors. By smoothing out noise and ensuring a constant voltage supply, the capacitor plays a key role in maintaining the stability and reliability of critical electronic systems.
Capacitor 476 Working Principle
The capacitor 476 works by storing electrical energy in an electric field between two conductive plates, separated by a dielectric material. When voltage is applied, the plates accumulate charge, and the amount of stored charge depends on the capacitance value. This allows the capacitor to smooth out voltage fluctuations in circuits, absorbing excess energy when voltage spikes occur and releasing it during dips. The 476 capacitor’s main function is to stabilize voltage, filter noise, and ensure consistent power delivery.
Commonly used in power supplies, audio equipment, and signal processing, it prevents voltage spikes and minimizes interference. In audio circuits, it helps maintain clear sound by filtering out unwanted frequencies. The capacitor’s high capacitance (47 µF) and compact design make it ideal for applications requiring efficient, reliable performance in small spaces. Its stability, durability, and affordability make the 476 capacitors a valuable component in a wide range of electronic devices and systems.
476 Capacitor FAQs
What is the capacitance value of a capacitor 476 ?
The capacitor 476 has a capacitance of 47 µF (microfarads), making it suitable for filtering and stabilizing voltage in various electronic circuits.
What is the voltage rating of the capacitor 476 ?
The capacitor 476 typically has a voltage rating of 6V, meaning it can safely handle circuits with voltages up to 6 volts.
What is the tolerance of the capacitor 476 ?
The capacitor 476 has a 10% tolerance, which means its actual capacitance can vary by up to 10% from the rated value.
What type of capacitor is the capacitor 476 ?
The capacitor 476 is a ceramic capacitor, often used in general-purpose applications like power supplies, audio equipment, and signal processing.
What are the main applications of the capacitor 476 ?
The capacitor 476 is commonly used in power supplies, audio circuits, signal processing, and for decoupling and bypassing in electronic devices.
Can I use a capacitor 476 in high-voltage circuits?
No, the capacitor 476 is designed for low-voltage applications with a maximum voltage rating of 6V. For high-voltage circuits, you should select a capacitor with a higher voltage rating.
