X322512MSB4SI

The X322512MSB4SI is a surface-mount quartz crystal in a 3.20mm × 2.50mm × 0.70mm package. The manufacturer specifies that this crystal family supports frequencies from 8MHz to 64MHz, with available load capacitance options including 10pF, 20pF, or customer-specified values, as well as frequency tolerance and frequency stability options that vary by ordering code. Designers should verify the exact electrical specifications for the selected part number before finalizing a design.

The X322512MSB4SI is intended for frequency control and timing applications. The manufacturer identifies applications including IoT devices, smart wearable products, and communication equipment. When designing with the crystal, the surrounding oscillator circuit should be implemented according to the requirements of the host device and the crystal's specified electrical characteristics.

Like other quartz crystals, frequency varies with operating temperature. The manufacturer specifies a maximum aging characteristic of ±3ppm per year, while the available frequency stability specification depends on the selected ordering option. Designers should confirm the required stability grade for their application before selecting the device.

The X322512MSB4SI uses a 3.2mm × 2.5mm four-pad surface-mount package. The manufacturer provides package dimensions and a recommended land pattern to support PCB footprint design and assembly. Following the recommended mechanical footprint helps ensure proper mounting and soldering during PCB assembly.

The X322512MSB4SI uses a compact 3.20mm × 2.50mm surface-mount package and belongs to a crystal family intended for IoT devices, smart wearable products, and communication equipment. Multiple frequency and electrical specification options are available within the family, allowing designers to select the version that best meets their timing requirements. Final performance depends on choosing the appropriate ordering option and using the device within the manufacturer's specified operating conditions.