ECX-L25CM-75.000

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Oscillators are widely used in research, communication, navigation, industry, telecommunications and other fields to provide stable sine wave or square wave signals. Among them, the ECX-L25CM-75.000 oscillator is an electronic device that uses the crystal as the control element and the LC circuit or the quartz crystal resonator as an oscillation system to form an oscillator circuit.

The ECX-L25CM-75.000 oscillator is a precision crystal oscillator that uses quartz crystal with a rated frequency of 75.000MHz. The rated frequency can be adjusted within a ±30PPM frequency tolerance range. The oscillator is a low impedance type, its output current is up to 6mA, and the output impedance is 50Ω. It has a low temperature stability of ±1PPM/ºC at the rated temperature range of - 10℃ ~ + 60℃ and a wide ambient temperature range of - 30℃ ~ + 70℃. In addition, it has a very low power consumption of 0.7W and a low phase noise of -168dBc/Hz.

The ECX-L25CM-75.000 oscillator is widely applied in different fields such as navigational satellite, radar, medical imaging, communications and satellite. In medical imaging, the ECX-L25CM-75.000 oscillator helps to provide high-accuracy oscillation signals, which can accurately measure the position of objects in medical imaging devices. In navigational satellite, the oscillator ensures that the satellite can accurately receive and transmit signals. In communications, the ECX-L25CM-75.000 oscillator helps to provide accurate signal for communication. In addition, the oscillator also provides accurate signal for radar and satellite.

The working principle of the ECX-L25CM-75.000 oscillator is based on the principle of quartz crystal oscillator. The oscillator uses a quartz crystal resonator to complete the oscillation process, and the oscillation frequency is determined by the quartz crystal resonator. The oscillation frequency of the quartz crystal resonator can be adjusted within a certain range by changing the positive and negative feedback power. The oscillator consists of an oscillator circuit, a quartz crystal resonator, and a negative feedback amplifier. The oscillator circuit is connected to the LC circuit and the quartz crystal resonator. The LC circuit is composed of two inductances and one capacitor, and is in parallel with the oscillation circuit. The amplifier is used to provide the necessary negative feedback power for the quartz crystal resonator. During the operation of the oscillator, the LC circuit and the quartz crystal resonator form an oscillation circuit, and the oscillation frequency is determined by the quartz crystal resonator. When the oscillation frequency increases, the LC circuit and the quartz crystal resonator form a negative feedback circuit, so that the oscillation frequency is determined by the quartz crystal resonator. The oscillator output is stable and reliable, and can provide accurate and reliable oscillation signals for different applications.

In summary, the ECX-L25CM-75.000 oscillator is an ideal choice for different applications such as medical imaging, navigational satellites, communications, radar and satellites. It is a low-voltage, low-power, high precision, and high temperature stable oscillator, which provides accurate and reliable oscillation signals. The oscillator uses a quartz crystal resonator and a negative feedback amplifier to form an oscillation circuit, and the oscillation frequency is determined by the quartz crystal resonator. With its wide application fields and reliable performance, the ECX-L25CM-75.000 oscillator has become the preferred choice for many applications.

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