Murata 26 MHz Crystal Unit ±10 ppm Surface Mount 4-Pin 0.65 mm Height 1.6 mm Length 2 mm Width XRCGB26M000F1SBLR0

Murata XRCGB26M000F1SBLR0 26 MHz Crystal Unit is a surface mount crystal resonator designed for precision frequency control in electronic devices. It features a 4-pin layout and a compact size of 1.6 mm length, 2 mm width, and 0.65 mm height, making it suitable for densely packed PCBs in modern electronics. The crystal unit exhibits a frequency tolerance of ±10 ppm, providing accurate timing and clock signals essential for communication and computing applications.

This crystal unit utilizes Murata's advanced quartz crystal technology combined with a surface mount package that supports efficient automated assembly via tape packaging. The load capacitance rating of 7 pF and series resistance of 60 Ω enable stable oscillation, making it ideal for Wi-Fi, Bluetooth, and other RF communication systems.

The operating temperature range from -40°C to 105°C ensures reliable performance under harsh environmental conditions. The device is lead-free and meets RoHS compliance, reflecting commitment to environmental regulations. Originating from Japan, the product guarantees high-quality manufacturing standards.

Standard frequency of 26 MHz with high frequency stability. Surface mount 4-pin configuration for compact PCB design. Small form factor reduces PCB layout area significantly. Wide temperature range supports diverse industrial and consumer applications.

RoHS compliant and environmentally friendly manufacturing process. Suitable for various applications including PCs, visual equipment, portable electronics, and communication devices. Comes in tape packaging optimized for automated insertion machinery, increasing manufacturing throughput.

This crystal unit is an essential component in precision oscillators and timing circuits, widely used across industrial, communication, commercial, and consumer electronics sectors. Browse EnvMart’s extensive Murata catalog for more Crystal Units and related electronic components.