Murata Ceramic Resonator 4 MHz Shear Mode 39 pF Load Capacitance 3-Pin Surface Mount Plastic Taping 1.15 mm CSTCR4M00G55-R0

Murata CSTCR4M00G55-R0 ceramic resonator is a high stability piezoelectric component designed for MHz band oscillation with a resonance frequency of 4 MHz operating in shear mode. It features integral load capacitors eliminating external components, ensuring compact and efficient circuit integration.

Encased in a small plastic taping surface-mount package with three pins, the resonator has precise mechanical dimensions of 1.15 mm height, 4.5 mm length, and 2 mm width, facilitating dense PCB layouts in electronic designs.

Its frequency tolerance is tightly controlled at ±0.5%, with frequency ageing limited to ±0.1% and overall frequency stability of ±0.2%, guaranteeing reliable timing performance in industrial and consumer applications.

The resonator’s 60Ω resonance resistance supports stable oscillation, making it an efficient alternative to traditional crystal oscillators. Its operating temperature range from -20°C to 80°C makes it robust under varied environmental stresses.

Manufactured in Japan and compliant with RoHS and REACH standards, this resonator aligns with global environmental regulations, ensuring safe use in electronic products. Typical uses include oscillation circuits in USB controller ICs, audio equipment, and musical instruments, enabling precise frequency control in compact electronic assemblies.

Operates at 4 MHz frequency with shear oscillation mode. Built-in 39 pF load capacitance eliminates need for external capacitors. Surface mount package with 3 pins in plastic taping format. Compact size 1.15 mm height, 4.5 mm length, and 2 mm width.

Frequency tolerance ±0.5%, ageing ±0.1%, and stability ±0.2%. Resonance resistance 60Ω for stable operation. Operating temperature range -20°C to 80°C. Complies with RoHS and REACH environmental standards. Explore our range of Murata Ceramic Resonators for high reliability and compact design solutions in industrial, laboratory, and commercial electronics applications.