ECX-P32BN-155.520

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Oscillators are incredibly important components in a wide variety of applications. The ECX-P32BN-155.520 is an oscillator designed to be used in microprocessor systems, digital communication systems, and digital TVs. It is a miniature quartz oscillator with low power consumption, a built-in frequency-stabilizing circuit, and a low operating temperature drift. The ECX-P32BN-155.520 is designed to provide stable frequency and excellent accuracy over a wide temperature range.

The ECX-P32BN-155.520 operates with an oscillation frequency of 155.520 MHz and has a wide range of applications, including frequency division, phase-locked loop (PLL) frequency synthesis, digital data transmission, and wireless communication. To ensure accuracy and stability, this oscillator is designed with a temperature compensating circuit, commonly referred to as a temperature-compensated oscillator (TCXO). The frequency of this oscillator is temperature-compensated to minimize frequency drift over a wide range of temperatures.

The oscillator is typically connected to the microprocessor system\'s clock chip, such as a crystal oscillator or a TCXO. The microprocessor system\'s clock chip then synchronizes and transfers the clock signals to other components in the system. This ensures that data and instructions are processed at a consistent rate and that the microprocessor system runs at an optimal frequency. The oscillator\'s frequency is then used to generate the system\'s clock signal.

The ECX-P32BN-155.520 is a surface-mount oscillator. The oscillator comes with a 0.9mm lead and the device is suitable for surface-mount components on circuit boards. The device has a tight operating temperature range of -20°C to +75°C, which is important for making sure the device maintains a stable frequency over temperatures. The oscillator also features a built-in frequency-stabilizing circuit to ensure that the device has a high degree of accuracy and stability.

The working principle of the ECX-P32BN-155.520 oscillator is based on the principle of inverting the negative resistance of quartz resonators, which has a low temperature coefficient and high stability. At the oscillator\'s operating frequency, the capacitance of the crystal resonator is low, which means that the current in the oscillator increases to its maximum. At this point, the output voltage of the oscillator begins to significantly increase in amplitude, and the amplitude increases until the current reaches saturation and the desired oscillation amplitude is achieved. The frequency of the oscillation is then determined by the resonant frequency of the quartz.

In summary, the ECX-P32BN-155.520 is a miniature quartz oscillator with low power consumption, built-in frequency stabilizing circuit, and a low operating temperature drift. It is designed for use in microprocessor systems, digital communication systems, and digital TVs. It offers excellent accuracy and stability over a wide temperature range, and is suitable for surface-mount components on circuit boards. The ECX-P32BN-155.520 is based on the principle of inverting the negative resistance of quartz resonators, and the frequency of the oscillator is determined by the resonant frequency of the quartz.

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