CCHD-575-25-22.5792

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Oscillators are widely used in many diverse areas of commercial and industrial applications, ranging from time and frequency reference sources to navigation and communication systems, and control applications. In particular, CCHD-575-25-22.5792 oscillator offers superior performance and economical solutions for applications in various systems.

The CCHD-575-25-22.5792 oscillator is a low phase noise source based on the original piezoelectric quartz resonator. It has a frequency range from 10 MHz to 130 MHz, making it suitable for use in many communication systems. It has a maximum output level of +14dBm, and a low phase noise of -115 dBc/Hz at 10 kHz offset. This oscillator also features a wide tuning range over a temperature range of -10℃ to +60℃. Additionally, the CCHD-575-25-22.5792 oscillator is designed with a low jitter design for improved performance and stability.

The CCHD-575-25-22.5792 oscillator is perfect for communication applications that require a low phase noise clock source. Its low phase noise and wide tuning range make it ideal for many types of systems including military and civilian GPS systems, television, radio, and microwave communications, and instrumentation systems. In addition, this oscillator can be used in medical imaging systems, medical monitoring equipment, and digital signal processing systems.

The CCHD-575-25-22.5792 oscillator operates using the principle of self-sustained oscillation. This type of oscillator operates by generating a harmonic frequency, which is then amplified and applied to the input of a resonator, such as a quartz crystal or piezoelectric device. The resonator then converts some of the energy from the signal into electrical energy. The electrical energy is then directed back to the amplifier, which increases the output level and produces a sustained output at the desired frequency. This type of oscillator is highly stable and provides excellent phase noise performance.

The CCHD-575-25-22.5792 oscillator offers superior performance and stability for a variety of applications. Its wide tuning range, low phase noise, low jitter, and high output level make it an ideal choice for many communication and instrumentation systems. Furthermore, its economical price point makes it a great option for applications where cost is a factor.

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