Description

The 680µF 50V 10X13mm Through Hole Electrolytic Capacitor is a high-capacitance, medium-to-high voltage electrolytic capacitor designed for use in power supply circuits, energy storage applications, and signal filtering. With a capacitance of 680µF and a voltage rating of 50V, this capacitor provides ample energy storage capacity while being compact enough to fit into most designs. The 10X13mm size and through-hole mounting make it easy to integrate into both prototype and production designs.

Key Specifications:

• Capacitance: 680µF

  • The 680µF capacitance provides substantial energy storage and filtering capability. It is well-suited for power supply applications, where it helps smooth voltage fluctuations and improve the overall performance of the circuit.

• Voltage Rating: 50V

  • The 50V voltage rating ensures that the capacitor can safely handle circuits operating up to this voltage. This makes it suitable for higher-voltage applications compared to lower-rated capacitors.

• Dimensions: 10mm (diameter) x 13mm (length)

  • The 10X13mm physical dimensions are compact and make this capacitor suitable for designs where space is limited, yet substantial capacitance is required. Its small size allows for efficient energy storage without occupying too much space on the PCB.

• Mounting Type: Through-hole

  • The through-hole design ensures secure placement and a stable connection on a PCB. It is ideal for both prototyping and mass production, offering a reliable mechanical and electrical connection.

Applications:

• Power Supply Filtering:
  The 680µF 50V capacitor is commonly used in power supplies to filter out ripple from the output and provide smooth DC voltage. It ensures stable power for sensitive electronic components by removing noise and voltage fluctuations.

• Energy Storage:
  With its high capacitance, the capacitor can store energy and release it when required, making it suitable for circuits that need bursts of power. It can be used in energy storage and pulse power applications.

• Decoupling and Bypass Circuits:
  This capacitor is used in decoupling and bypass circuits to reduce voltage spikes and prevent noise from affecting sensitive components like microcontrollers, transistors, or operational amplifiers.

• Smoothing Circuits:
  It is used in rectifier circuits to smooth out the DC output from AC-to-DC conversion, reducing ripple and ensuring the DC voltage remains clean and steady.

• Signal Filtering:
  The 680µF 50V capacitor is effective in filtering unwanted noise from signals, particularly in audio, RF, and analog circuits, improving the overall quality and stability of the signal.

Physical Characteristics:

• Size:
  The 680µF 50V capacitor features a diameter of 10mm and a length of 13mm, which allows it to be used in compact designs while providing adequate capacitance and voltage handling.

• Construction:
  This capacitor uses aluminum electrolytic technology, a widely used construction that provides high capacitance in a relatively small package. It is a polarized capacitor, meaning the correct polarity must be observed during installation: the longer lead is the positive (anode) terminal, and the shorter lead is the negative (cathode) terminal.

• Lead Type:
  The capacitor uses through-hole leads, which are ideal for stable, reliable connections in a wide range of applications. These leads are inserted through holes in the PCB and soldered for a strong electrical connection.

Summary:
The 680µF 50V 10X13mm Through Hole Electrolytic Capacitor is a versatile, high-capacitance component designed for use in power supply filtering, energy storage, decoupling, and signal filtering applications. Its 680µF capacitance, 50V voltage rating, and through-hole mounting make it suitable for circuits that require moderate-to-high voltage handling and efficient energy storage. The 10X13mm size makes it compact enough to fit into a variety of designs, while the through-hole mounting ensures a reliable connection. This capacitor plays an essential role in ensuring the stability and smooth operation of electronic circuits.