Wurth Elektronik 885012007087 multilayer ceramic capacitor is designed for electronic component applications requiring precise capacitance and high stability. This surface mount device is ideal for temperature compensation, coupling, decoupling, bypass, smoothing, filtering, and resonant circuits in industrial, laboratory, and electronic manufacturing environments.
The capacitor features a stacked construction with a C0G dielectric, known for minimal aging and excellent electrical precision. It offers a capacitance of 680 pF and is rated at 100V dc with a tolerance of ±5 percent, ensuring reliable performance under varying conditions.
Its 0805 package measures 2mm in length, 1.25mm in width, and 0.8mm in height. The termination type is solder, suitable for surface mounting techniques commonly used in automated assembly lines. Operating temperature ranges from a low of -55°C to a maximum of 125°C, supporting harsh industrial conditions.
Compliance with multiple standards, including EC, IEC, JEDEC JS709B, REACH, and RoHS, highlights its environmental compatibility and quality assurance. The product is halogen-free and supplied in tape and reel packaging to improve production efficiency.
Constructed with a stacked ceramic dielectric for enhanced stability. Precise 680 pF capacitance with 100V dc voltage rating. Surface mount 0805 package dimensions of 2mm by 1.25mm by 0.8mm. Termination type designed for soldering to PCBs.
Operates between -55°C and 125°C temperature range. Meets international standards including RoHS and REACH compliance. Halogen free for safer electronic manufacturing. Delivered on tape and reel to streamline automatic placement.
Manufactured in Taiwan, Province Of China.
This multilayer ceramic capacitor is suitable for integration into industrial electronics, automotive systems, laboratory instruments, and other precision electronic applications requiring stable capacitance and reliable material standards. Browse more in the Multilayer Ceramic Capacitor category for compatible parts and accessories.
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