B39321R922H110

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Resonators are versatile components that are commonly used in a variety of circuits, such as oscillators, filters, and other electronic systems. The B39321R922H110 is a type of resonator that is specially designed for the wireless communication industry. It is a small-size surface-mount type resonator that offers excellent performance in terms of frequency stability, load‐pull characteristics, and overall size and mounting flexibility.

The B39321R922H110 resonator features an open ‐ circuit frequency of 9.5GHz, an insertion loss of 0.15dB, 1/16th‐wave resonance, and a 500KHz ‐3dB bandwidth. This product is capable of operating in a wide range of temperature conditions, ranging from -40°C to +120°C. In addition, it also offers excellent tolerance and frequency stability performance even under harsh environmental conditions. Due to its smaller size and wide operating temperature range, this resonator is perfect for use in wireless components, such as GPS receivers, WLANs and Bluetooth devices.

The working principle of the B39321R922H110 resonator is based on the principle of resonance. It consists of a piezoelectric crystal which is mounted in a ceramic package. When an electrical signal of a certain frequency is applied to the crystal, it vibrates at the same frequency and this generates a resonance effect. The vibration of the crystal is then amplified and passed through the capacitor plate of the resonator, resulting in the signal being filtered to produce a desired frequency output. This output signal can then be used in the design of various circuits, such as filters, oscillators and amplifiers.

The B39321R922H110 resonator is a reliable and cost‐effective solution for use in different wireless applications. It is able to provide excellent frequency stability and load‐pull characteristics while still remaining within a small form factor and offering a wide operating temperature range. Its simple and efficient working principle makes it an ideal solution for a variety of wireless applications.

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