Yageo 1.5 nF Multilayer Ceramic Capacitor, 50V DC, ±5% Tolerance, Surface Mount, Model CC0805JRNPO9BN152

Yageo CC0805JRNPO9BN152 is a high-quality multilayer ceramic capacitor featuring a capacitance of 1.5 nF rated at 50V DC. Designed for surface mount technology (SMT), this capacitor incorporates a C0G dielectric, known for its exceptional temperature stability and low losses, making it ideal for precision electronic applications.

The capacitor's stacked construction contains interleaved metal electrodes connected to plated tin surface mount terminations that are lead-free and halogen-free compliant. This enhances environmental compliance and soldering reliability in automated manufacturing processes.

Its compact 0805 case size (2 mm length × 1.25 mm width × 0.6 mm height) fits densely packed circuit boards, suitable for various industrial, consumer electronics, telecommunications, and automotive electronic systems demanding stable capacitance over wide temperature ranges (-55°C to 125°C).

This capacitor meets major international standards including IEC 60384-1 and IEC 60384-21/22, ensuring reliable performance and safety. Packaging with paper and PE tape reel facilitates efficient pick-and-place mounting and inventory handling.

High stability dielectric (C0G) provides excellent temperature performance. Precision capacitance tolerance of ±5% supports accurate circuit function. Small 0805 footprint enables space-saving device design. Lead-free, halogen-free compliant terminations for environmental safety.

Rated for operating temperatures from -55°C to 125°C for durability. Meets IEC and RoHS standards for global compliance. Packaged on reels for automated assembly. Class II suppression suitable for filtering and RF applications.

This multilayer ceramic capacitor is suitable for a wide range of industrial, telecommunications, consumer electronics, and automotive applications requiring reliable and precise electrical performance. Explore more options in EnvMart's Multilayer Ceramic Capacitors category for complementary components and solutions.