597MF000141DGR

59S7MF000141DGR Application Field and Working Principle

Pin configurable/selectable oscillators are a type of oscillators used in wireless communication and embedded applications and typically include one or more parts, such as a voltage controlled oscillator (VCO), a digital token oscillator (DTXO) and a programmable frequency reference (PFR). This particular oscillator, the 59S7MF000141DGR, is a dual-output oscillator which can be programmed to produce either a low-load frequency or a high-load frequency, and can be used in applications such as mobile communications and computer networks.

The 59S7MF000141DGR oscillator utilises a pair of Voltage Controlled Oscillators (VCOs), which are used for the generation of reference signals. It can be configured to produce a low-load frequency of 8 MHz and a high-load frequency of 12 MHz, both of which can be programmed using a set of pins. Using these pins, the device can be programmed to produce either a high-load frequency or a low-load frequency, depending on the application requirements.

The 59S7MF000141DGR oscillator is also equipped with a Digital Token (DTXO) that can be programmed to maintain the reference frequency accuracy across a wide temperature range. The DTXO also allows the user to increase or reduce the frequency of the reference signal by changing the input token. The oscillator also has a programmable frequency reference (PFR), which allows for the user to program the reference frequency to any value within its range.

The 59S7MF000141DGR is an ideal device for use in applications such as mobile communications and computer networks, as it provides excellent reference accuracy and temperature stability across a wide range of frequency selections. It is also very easy to program and can be used with a variety of inputs, making it an extremely versatile device.

In conclusion, the 59S7MF000141DGR is a highly reliable, programmable oscillator that is ideal for use in high-load frequency applications such as mobile communications and computer networks. It has excellent temperature stability and can be programmed with a variety of inputs, making it an excellent choice for any application.