SG5032VAN 78.125000M-KJGAB

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The SG5032VAN 78.125000M-KJGAB, an integrated oscillator module, has been around for almost twenty years and is renowned for its wide spectrum of useful applications. This integrated oscillator module is part of the family of oscillator devices, which also includes crystal oscillators, Voltage Controlled Oscillators (VCOs), Ramp Wave Oscillators, Piezoelectric Oscillators, Electronic Oscillators and Quartz Oscillators.

The operating voltage of this integrated oscillator module is between 2.5 and 3.3 volts, while its maximum frequency is 78.125 MHz. Being an integrated device, the SG5032VAN 78.125000M-KJGAB is very capable of handling a variety of input signals. It is also very reliable and easily finds its place in a wide range of applications that require precision control of frequency.

The major field of application for the SG5032VAN 78.125000M-KJGAB lies in its ability to provide precision frequency control. It is used in a wide variety of communication and control systems such as wireless, cellular and satellite communication devices. It can also be utilized in the transmission of digital data where the frequency of transmission needs to be monitored closely. The SG5032VAN 78.125000M-KJGAB is also used in the interface circuit for devices that are based on programmable logic devices or FPGAs.

The main working principle behind the SG5032VAN 78.125000M-KJGAB is that of a Voltage Controlled Oscillator (VCO). In a VCO, the controlling voltage is applied to two different inputs. One of these inputs is referred to as the oscillators’ input and the other is known as the frequency control input. The application of a specific voltage at the frequency control input will alter the frequency of the output signal of the oscillator.

The SG5032VAN 78.125000M-KJGAB also features a temperature compensation stage. This stage utilizes a temperature compensated resistor to ensure the accuracy of the oscillator’s output frequency. This ensures that the output frequency is constant and is not affected by varying temperature conditions. This helps to ensure that the SG5032VAN 78.125000M-KJGAB will function reliably across a wide range of temperatures.

The SG5032VAN 78.125000M-KJGAB is also used to monitor the frequency of digital commutation in brushless DC motors. It is also well suited for applications such as frequency measuring and tracking systems. It is also used as a reference clock for a wide variety of communication network applications.

In conclusion, the SG5032VAN 78.125000M-KJGAB is a highly reliable and capable integrated oscillator module. It is part of the much larger family of oscillator devices, and is well suited for a wide range of applications that require precise frequency control. The SG5032VAN 78.125000M-KJGAB, with its temperature compensation stage, ensures that the oscillator will function reliably in a variety of temperature conditions. The main working principle behind the SG5032VAN 78.125000M-KJGAB is that of a Voltage Controlled Oscillator, and its versatile input signal range makes it suitable for a range of modern communication and control applications.

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