SIT1602BC-13-18E-74.250000E

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Oscillators play an important role in various electronic applications. By producing a continuous output signal, they are applied to control the timing and frequency of signals within a given system. SIT1602BC-13-18E-74.250000E is an element from the oscillator family that combines the use of external resonance or timing capacitors to generate a medium frequency signal with high accuracy capabilities.

The main properties of SIT1602BC-13-18E-74.250000E oscillator include a low-power consumption, an extended range of operating temperature and an overall frequency range of 3.5MHz to 110MHz. It makes this oscillator suitable for a wide range of applications demanding frequency accuracy and stability, such as scientific instrumentation, avionic systems, cellular and navigation systems and more.

When compared to other oscillators, what sets SIT1602BC-13-18E-74.250000E apart is its ability to work in the presence of a low external noise environment. Its inbuilt circuitry is electrostatically shielded, ensuring the device operates with high precision and the output signal remains unaffected by noise sources. Additionally, the die-packaged oscillator has a low profile LC package, that allows it to be mounted in space restrictive applications to provide accurate frequency control.

The working principle of SIT1602BC-13-18E-74.250000E can be described as follows. In most electronic circuits, an oscillator requires an energy source such as a voltage or a current. The energy source is applied to the oscillator circuitry, and it is then driven by the oscillator driving components such as capacitors, resistors and inductors. This creates a continuous sequence of high and low voltage signals. The frequency of these signals can be determined by controlling the magnitude of the components within the oscillator circuitry.

SIT1602BC-13-18E-74.250000E utilizes an active feedback loop to create accurate, frequency-stable digital oscillations. First, a voltage source is applied to the input of the circuit, which is then amplified by an active device. The output of the active device is then fed back to the input of the circuit by means of an external resistor and capacitor using a frequency-dependent negative feedback loop. The magnitude of the external components determines the oscillator’s frequency.

In some applications, an external timing capacitor is used to control the frequency of the signals, which allows the oscillator to operate in a wider range of frequencies. This is achieved by allowing the magnitude of the capacitor to be tuned, thereby changing the frequency of the oscillation. If an external resonator is used, such as a quartz crystal, the frequency stability and accuracy of the oscillator can be further improved.

The SIT1602BC-13-18E-74.250000E oscillator is a highly reliable, cost-effective solution for applications that require accurate frequency control. Its low-power consumption, wide range of operating temperature and its ability to maintain stability when exposed to external noise sources, make it an ideal choice for many electronic applications.

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