VG-4231CE 32.7680M-PSBM3 Crystals, Oscillators, Resonators

VG-4231CE 32.7680M-PSBM3 Oscillators are commonly used in various industrial applications, including timing control, energy control, communication systems and embedded systems. These oscillators provide accurate and stable timing signals to ensure reliable system operations.

Application Field: VG-4231CE 32.7680M-PSBM3 Oscillators offer various advantages compared to conventional quartz oscillators due to their good frequency stability, wide temperature range and low power consumption. This type of oscillator can be used for precision timing control and signal generation applications such as clocks, automotive entertainment systems, remote controllers, security systems and cell phones. In addition, they are also employed in PLLs (Phase Locked Loops) for frequency synthesis, RF communication systems, industrial automation systems and consumer electronic products.Working Principle: VG-4231CE 32.7680M-PSBM3 Oscillators use a voltage controlled crystal oscillator (VCXO) to provide an accurate and stable timing signal. VCXOs use a quartz crystal as the timing element and a voltage controlled circuit to set and control the oscillation frequency. A capacitor is also used to maintain the frequency of oscillation and to prevent the VCXO from changing its frequency. The frequency can be changed by applying a varying voltage to the capacitor. This makes the VCXO ideal for applications that require precision timing.Performance Parameters: VG-4231CE 32.7680M-PSBM3 Oscillators perform well over a wide temperature range and offer frequency stability over time. The oscillators have a frequency range of 32.768M to 33.06M, a frequency tolerance of ±0.3% and an operating temperature range of -20°C to 85°C. They also have a low phase jitter of 3ps (pico seconds) which ensures precise timing for various applications. In addition, the oscillators offer low power consumption making them suitable for battery powered applications.Conclusion: VG-4231CE 32.7680M-PSBM3 Oscillators are reliable and highly efficient devices for precision timing control in various applications. These oscillators offer high frequency stability, wide temperature range and low power consumption making them ideal for embedded, automotive and communication systems applications.