Description
Aluminum electrolytic capacitor is intended for general use in electronic and power circuits. It is used to filter, smooth and accumulate electric charge in devices with appropriate operating parameters. The version with terminals for mounting through holes in the printed circuit board is suitable for installation in devices where a solid mechanical mounting of the component is required.
Technical specifications
Component type: aluminum electrolytic capacitor
Capacity: 680uF
Rated voltage: 450 V
Operating temperature: 105°C
Design: solid capacitor
Mounting: through-hole
Application: general purpose
Case color: black
Dimensions given in the entry: 35 x 50 mm
Functions and features
Polarized electrolytic capacitor for use in matching DC circuits.
Cylindrical housing with electrical parameters printed on the casing.
Pins designed for through-hole mounting into a printed circuit board.
Designed for general electronic applications where higher capacitance at high rated voltage is required.
Ideal for
Filtering and smoothing parts of power supplies.
Repairs and servicing of electronic devices.
Installation and replacement of components in industrial and hobby electronics.
Circuits requiring through-hole mounting of an electrolytic capacitor.
Package contents
Aluminum electrolytic capacitor
Why choose this product?
Clearly marked capacity and rated voltage directly on the case.
Through-hole mounting suitable for fixed installation into the board.
Operating temperature 105°C for use in thermally stressed applications.
Suitable design for general use in electronic power supply and filter circuits.
Installation and operating instructions
When installing, it is necessary to observe the correct polarity of the component.
Only install the capacitor in a circuit with parameters corresponding to its rated voltage and capacitance.
When soldering, avoid excessive thermal stress on the leads and housing.
Before manipulating the circuit, verify that the capacitor is safely discharged.
Safety notice
The component is intended for use in high-voltage circuits. Improper use may result in electric shock or damage to the equipment.
If the polarity is reversed, the rated voltage is exceeded or there is a risk of overheating, electrolyte leakage or component destruction.
Only perform installation and replacement when the power supply is disconnected and the capacitor is discharged.
Professional installation is recommended for use in high-voltage equipment.
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