AX7DBF1-480.0000T

Oscillators are devices that produce periodic electronic signals. The signals can have different wave forms and operate at different frequencies. The AX7DBF1-480.0000T oscillator is a Voltage-Controlled Oscillator (VCO) that functions according to a specific application field and working principle.

The AX7DBF1-480.0000T oscillator offers a broad range of frequency control options. This oscillator is designed for use in a wide variety of applications, including industrial, automotive, medical, aerospace, and telecommunications applications. It can be used to generate signals of low to medium frequency (<200 MHz) in cost-sensitive applications.

The operating principle of the AX7DBF1-480.0000T oscillator is based on a transistor-controlled circuit. The input voltage is applied to the base of a transistor, which controls the frequency of the output signal. The transistor\'s current is modulated by the input voltage, which varies the frequency of the output signal. The output signal is then amplified and filtered to ensure a stable and clean waveform.

The AX7DBF1-480.0000T oscillator offers a wide frequency range, low power consumption, and high accuracy. It is capable of providing outputs ranging from 40kHz up to 200 MHz with a center frequency of 480MHz. The frequency can be adjusted according to the customer\'s application requirements. The frequency is determined by the voltage applied to the control terminal, which must be within the specified range.

The AX7DBF1-480.0000T oscillator is also designed to be resistant to interference. It has built-in temperature compensation and phase-lock loops to maintain a stable frequency over temperature variations. It is also made with surface-mount technology for better electrical and physical performance.

In conclusion, the AX7DBF1-480.0000T oscillator is a reliable and versatile oscillator designed for cost-sensitive applications. It is suitable for a wide range of applications, including industrial, automotive, medical, aerospace, and telecommunications. Its voltage-controlled operating principle makes it resistant to interference, and its wide frequency range provides users with greater customization options. The high accuracy and low power consumption make it a great choice for applications where precision is essential.