SIT1602BC-11-25N-38.000000E

Oscillators

The SIT1602BC-11-25N-38.000000E device is a type of oscillator that utilizes a PLL (phase locked loop) to generate precise frequencies. It is used primarily for frequency synthesis in Central Processing Units (CPUs) and other communication systems that need to generate accurate frequencies. The PLL’s internal design makes use of several components including a voltage-controlled oscillator (VCO), a divider, and a phase detector. These components work together in order to generate a signal at a predetermined frequency.

The voltage-controlled oscillator is the main component of a PLL. It is an oscillator that produces an AC signal whose frequency is determined by an external control voltage. In the SIT1602BC-11-25N-38.000000E, the VCO is programmed to operate at 38 MHz.

The divider is used to divide the output of the VCO. It takes the output of the VCO and divides it into a lower frequency value. This divided signal is then compared to a reference frequency by the phase detector. The phase detector then generates a voltage, which is then added to the control voltage of the VCO. This increase or decrease in voltage will cause the VCO to change its frequency until it has matched the reference frequency. This process is referred to as a “phaselock”, and ensures that the output frequency remains constant.

The SIT1602BC-11-25N-38.000000E can be used in a wide variety of applications, from automotive communications systems to military radar systems. It can be used to generate precise signals for communication, such as radio frequencies, and even generate signals for a system’s clock. It is also an ideal choice for a wide range of embedded applications thanks to its small form-factor and low-power consumption.

In conclusion, the SIT1602BC-11-25N-38.000000E is a precision oscillator that utilizes a PLL for generating precise frequencies. It is capable of generating signal frequencies for a wide variety of applications, from military radar systems to automotive communications systems. It is an ideal choice for embedded applications due to its small form-factor and low-power consumption.