ECX-L27CM-212.500

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Oscillators are an important type of electronics that are used to generate repetitive signals. They are useful for many applications, ranging from modulation and demodulation to synchronization. The ECX-L27CM-212.500 is an adjustable sweep oscillator designed for use with oscilloscopes. It offers precision frequency sweeps, adjustable in range, and can be used for testing various high-frequency components.

This model operates with a frequency range of 212.500 Hz to 500 MHz. It can create precise frequency sweeps in two to three seconds and is easily adjustable in range and amplitude. It features a double-modulated modulation source which allows it to create varying frequency and amplitude waveforms. This is useful for testing the performance of high frequency circuits, such as radio frequency amplifiers, RF filters, and oscilloscopes.

The working principle of this oscillator is based on a classic twin-T network. A pair of capacitors connected in parallel creates the frequency sweep and the other components modulate the frequency. The resulting waveforms can be adjusted in frequency and amplitude by changing the values of the resistors and capacitors. Additionally, the sweep speed can be adjusted according to the frequency range. This makes it an ideal tool for testing high-frequency circuits.

This model oscillator has a wide range of applications. It can be used to test a range of high-frequency components and circuits, such as radio-frequency circuits containing amplifiers, RF filters, and oscilloscopes. It is also useful for testing the accuracy of frequency-responsive devices, such as frequency synthesizers and telecom networks. It can also be used to perform precise frequency sweeps in two to three seconds.

The ECX-L27CM-212.500 is a versatile and reliable adjustable sweep oscillator. With its double-modulated modulation source, it offers greater precision of frequency sweeps and is ideal for testing a range of high-frequency components. The simple twin-T network based design ensures ease of use and maximum performance through efficient and reliable operation.

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