Description

The 470µF 35V 10X16mm Through Hole Electrolytic Capacitor is a high-capacitance, low-voltage electrolytic capacitor designed for power supply, filtering, and energy storage applications. With a 470µF capacitance and a 35V voltage rating, this capacitor provides substantial charge storage and is suitable for circuits that require moderate voltage handling. The 10X16mm dimensions indicate its compact size, and the through-hole mounting style makes it ideal for both prototyping and large-scale production.

Key Specifications:

• Capacitance: 470µF

  • The 470µF capacitance value allows the capacitor to store a significant amount of electrical energy. It is ideal for applications where high capacitance is required, such as power supply filtering, decoupling, and smoothing.

• Voltage Rating: 35V

  • This capacitor can safely handle voltages up to 35V. It is suitable for circuits that operate within this voltage range and ensures reliable operation without the risk of failure due to excessive voltage.

• Dimensions: 10mm (diameter) x 16mm (length)

  • The 10X16mm size is compact yet provides a high capacitance-to-size ratio, making it suitable for applications that require a capacitor with a moderate voltage rating and significant capacitance.

• Mounting Type: Through-hole

  • The through-hole design features metal leads that are inserted into holes on a PCB and are soldered into place. This provides a secure and stable connection, making the capacitor suitable for both prototype circuits and mass production.

Applications:

• Power Supply Filtering:
  The 470µF 35V electrolytic capacitor is commonly used in power supplies to filter out voltage ripple and smooth the output. This ensures a steady DC voltage and improves the performance and reliability of the power supply.

• Decoupling and Bypass Circuits:
  It is also used in decoupling and bypass applications to prevent noise or transient voltage spikes from affecting sensitive components such as microcontrollers, processors, or analog circuits.

• Energy Storage:
  The capacitor is capable of storing energy for later use in circuits that require rapid bursts of power, making it useful in energy storage applications, such as power backup or pulse power circuits.

• Smoothing Circuits:
  The 470µF capacitor is often used in rectifier circuits to smooth out the output from AC-to-DC conversion, reducing ripple and ensuring a cleaner DC voltage for powering sensitive electronics.

• Signal Filtering:
  It is useful for filtering unwanted noise from signals in audio, RF, and other analog applications. It helps stabilize and process electrical signals, ensuring reliable operation of the circuit.

Physical Characteristics:

• Size:
  The capacitor measures 10mm in diameter and 16mm in length, which allows it to fit into standard through-hole designs on a PCB. Its compact size makes it suitable for use in both tight and spacious layouts.

• Construction:
  The capacitor is constructed using aluminum electrolytic technology, which is known for its high capacitance and reliability. It is a polarized capacitor, meaning it must be installed with the correct polarity: the longer lead is the positive (anode), and the shorter lead is negative (cathode).

• Lead Type:
  The through-hole leads are designed for easy insertion into PCB holes and soldering, ensuring a strong mechanical and electrical connection. This mounting style is ideal for stable and long-lasting performance in most applications.

Summary:
The 470µF 35V 10X16mm Through Hole Electrolytic Capacitor is a versatile, high-capacitance component designed for use in a variety of electronic circuits. With its 470µF capacitance, 35V voltage rating, and through-hole mounting, it is ideal for power supply filtering, energy storage, decoupling, and smoothing applications. The 10X16mm size makes it compact enough to fit into most designs, while the through-hole mounting ensures a stable and secure connection. This capacitor provides reliable performance and is essential in ensuring the smooth operation of electronic devices by storing energy and filtering voltage fluctuations.