XUL736150.000JU6I Datasheet/PDFOscillators: XUL736150.000JU6I application field and working principle
The XUL736150.000JU6I oscillator is a high-performance, low-power oscillator useful for many FPGA designs. It has a wide application field, ranging from aerospace to industrial, and can be used for various control systems, navigation systems, robotics, and data communication. The oscillator works by creating long-term sinusoidal waves that can be used as timing signals and/or as reference points in circuit designs. The signal can be monitored in multiple directions to ensure that the oscillator remains stable and accurate.
The XUL736150.000JU6I oscillator features a high-precision, solid-state design that helps ensure reliable, low-power operation. Its frequency range is between 20 Hz and 7500 MHz, and it has a low internal noise level of 0.0001 % maximum. It also features a temperature stabilization system, which helps ensure that the output remains constant even when experiencing extreme temperatures.
The oscillator is based on a resonant crystal, usually made of quartz or quartz-like material. The crystal is placed between two small plates and one plate has an AC voltage applied across it. This creates a vibration in the crystal, which is then sent to the other plate as an AC signal.The amplitude of the signal remains consistent as long as the frequency of the AC voltage applied to the crystal remains the same and is within the resonance range of the crystal. This signal is then amplified and passed along to the output.
The XUL736150.000JU6I oscillator has many advantages over its counterparts. These include low power consumption, low noise, high precision, good temperature stability, and high frequency linearity. Additionally, since the oscillator requires no additional components, it is more cost-effective than competing products. Moreover, because the oscillator is suitable for many applications, it reduces the need for expensive custom designs.
The XUL736150.000JU6I oscillator is an ideal choice for high-performance, low-power designs. It has a wide application field, low power consumption, and excellent temperature stability, making it suitable for many applications. Additionally, its high precision and frequency linearity provide reliable long-term operation. The oscillator’s cost-effectiveness and lack of additional components mean that it can be used as a cost-effective option in circuit design.