357LB3C024M5760

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Oscillators are electronic components that enable a circuit to generate a repeating signal of a single frequency at a given voltage. The frequency of the signal produced by an oscillator is determined by the type of oscillator used. Typically, oscillators are used to create a stable reference clock or regulated supply for digital circuits. The 357LB3C024M5760 oscillator is a type of oscillator commonly used in a variety of applications.

The 357LB3C024M5760 oscillator is a low-power CMOS oscillator designed for use in digital circuits operating on a 24MHz clock frequency. It is a low cost, monolithic oscillator featuring a wide power supply (2.0 to 5.5 Volts) and a low current consumption (50mA). The CMOS oscillator is voltage controlled, and can be used both as a clock generator and as a voltage regulator for both logic and microprocessor applications.

In terms of application, the 357LB3C024M5760 oscillator can be used in a variety of digital circuits, primarily in those that require low power consumption and low cost. It is suitable for applications such as data acquisition systems, programmable logic controllers, industrial automation control systems, robotics and automotive applications. Additionally, the device can be used as a precision frequency reference for telecom and networking applications.

In terms of working principle, the 357LB3C024M5760 oscillator operates using the phase-locked loop (PLL) technique. The PLL technique is a closed loop control system that is used in a variety of frequency control and clock signal synchronizing operations. In the case of the 357LB3C024M5760 oscillator, a high frequency clock signal is generated by the PLL circuit, which is then divided down to the desired output frequency. The PLL is then used to maintain a stable output frequency over variations in input voltage and temperature.

In summary, the 357LB3C024M5760 oscillator is a low-power CMOS oscillator designed for use in digital circuits operating on a 24MHz clock frequency. The device is suitable for use in a variety of digital circuits requiring low power consumption and low cost, such as data acquisition, programmable logic, industrial automation and automotive applications. The device operates using the phase-locked loop technique, where a high frequency clock signal is generated by the PLL circuit and is then divided down to the desired output frequency. The PLL is then used to maintain a stable output frequency over variations in input voltage and temperature.

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