Description

The 1000µF 16V 10X16mm Through Hole Electrolytic Capacitor is a high-capacitance, medium-voltage electrolytic capacitor designed for use in a wide range of electronic applications. With a capacitance of 1000µF and a voltage rating of 16V, it provides substantial energy storage and voltage smoothing capabilities in power supply circuits and other filtering applications. The 10X16mm size and through-hole mounting make it an ideal choice for both compact and larger circuit designs, where reliable performance is needed.

Key Specifications:

• Capacitance: 1000µF

  • The 1000µF capacitance allows for effective energy storage and filtering of voltage, making it ideal for circuits that require substantial charge storage or need to filter out noise from the power supply.

• Voltage Rating: 16V

  • With a 16V voltage rating, this capacitor can safely handle voltages up to 16 volts, which makes it suitable for moderate-voltage applications such as power supply smoothing, decoupling, and filtering circuits in low to medium voltage systems.

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

  • The 10X16mm size offers a balance between compactness and high capacitance, making it ideal for designs that need a high capacitance in a relatively small space, without occupying too much area on the PCB.

• Mounting Type: Through-hole

  • The through-hole design ensures a secure and stable connection, making it easy to mount on printed circuit boards. It is commonly used in both prototype and mass production designs.

Applications:

• Power Supply Filtering:
  This 1000µF 16V capacitor is commonly used in power supply circuits to filter ripple and smooth out the DC output. It helps eliminate voltage fluctuations and provides a stable DC voltage, making it essential for powering sensitive electronic components.

• Decoupling and Bypass:
  It is used in decoupling and bypass circuits to reduce voltage spikes, noise, and transients that could interfere with the operation of sensitive components like microcontrollers, op-amps, or other ICs.

• Energy Storage:
  The 1000µF capacitance allows the capacitor to store significant amounts of energy, providing power reserves for circuits that require bursts of energy, such as pulse power applications, or backup power in low-voltage systems.

• Smoothing Circuits:
  In AC-to-DC conversion systems, this capacitor is used to smooth the rectified DC output, reducing ripple and providing a steady DC voltage for use in various electronic devices.

• Signal Filtering:
  The 1000µF 16V capacitor can be used in signal filtering applications to smooth out noise or high-frequency signals, which is beneficial in audio, RF, and analog circuits where maintaining signal integrity is essential.

Physical Characteristics:

• Size:
  The capacitor has a compact diameter of 10mm and a length of 16mm, allowing it to fit into many circuit designs while providing ample capacitance for voltage regulation and energy storage.

• Construction:
  This is an aluminum electrolytic capacitor, known for its high capacitance values in a small form factor. It is a polarized component, meaning it must be installed with correct polarity: the longer lead is positive (anode), and the shorter lead is negative (cathode).

• Lead Type:
  The through-hole design uses leads that are inserted into holes on the PCB and soldered into place, ensuring a stable and reliable connection. This mounting style is widely used in both prototypes and mass-produced PCBs.

Summary:
The 1000µF 16V 10X16mm Through Hole Electrolytic Capacitor is a reliable and high-capacity component designed for power supply filtering, decoupling, energy storage, and signal filtering applications. With its 1000µF capacitance, 16V voltage rating, and through-hole mounting, it is ideal for moderate-voltage systems requiring stable, long-term performance. The 10X16mm size ensures it can fit into various designs without compromising performance. This capacitor is a key component in ensuring the smooth operation and stability of electronic circuits, particularly those requiring efficient energy storage and voltage regulation.