RS PRO 711-1677 is a 470 nF Aluminium Capacitor rated at 100V DC designed for radial through hole mounting. This polarized capacitor features a radial can construction, terminated by radial leads, making it suitable for various electronic circuits requiring stable capacitance and voltage tolerance.
The capacitor operates reliably over a temperature range from -40°C to +105°C, providing robustness for industrial, electronic, and electrical applications. It has a capacitance tolerance of ±20% and a dissipation factor of 10%, ensuring stable performance.
Its compact physical dimensions of 11mm height, 11mm length, and 5mm diameter facilitate easy placement on printed circuit boards. The 2mm lead pitch and 2 pins allow for straightforward soldering and mechanical stability.
The device supports a maximum ripple current of 8 mA and exhibits a low leakage current of 3 μA, enhancing electrical efficiency and reliability. The expected lifetime under operating conditions is approximately 1000 hours, suitable for medium-term use in commercial and industrial equipment.
Manufactured with precision in Taiwan, Province Of China, this capacitor conforms to general purpose electronic component standards though it has no specific certifications. It is ideal for use in power supplies, audio circuits, signal filtering, and similar passive applications in electrical and electronic manufacturing.
Capacitance value of 470 nanofarads with ±20% tolerance. Voltage rating of 100 volts DC suitable for various circuits. Radial, through hole mounting with radial lead termination. Polarized radial can construction ensuring correct polarity handling.
Operating temperature range from -40°C to 105°C for durability. Leads spaced at 2mm pitch for PCB mounting compatibility. Low leakage current of 3 μA and ripple current of 8 mA. Lifetime of 1000 hours under specified conditions.
Compact dimensions: 11mm height, 11mm length, and 5mm diameter. Manufactured in Taiwan, Province Of China. Browse more Aluminium Capacitors at EnvMart to find components that meet your precise engineering requirements.
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