MP200

Crystals

MP200 is an advanced digital signal processor (DSP) for use in frequency-adjustable crystal oscillator designs. It is an integrated solution for clock and data synchronization applications, combining a frequency-selectable crystal oscillator with a low-power 12-bit DSP, allowing low-noise, high-stability frequency adjustment.

The MP200 is typically used in communication base stations, short-distance optical communications, and navigation systems that require higher frequencies and improved control accuracy. It is an ideal solution for high-end clock applications that need the flexibility of software-adjustable frequency scaling.

MP200 Application Field

The application field of MP200 can be divided into three main parts:

• Wireless Communication: MP200 is used in wireless communication applications such as base stations, wireless LAN, cellular phone, RFID, etc.
• Optical Communication: MP200 is used in a variety of optical communications including Fiber Channel, Gigabit Ethernet, Synchronous Optical Network (SONET), Coarse Wavelength Division Multiplexing (CWDM) and Dense Wavelength Division Multiplexing (DWDM)
• Navigation: MP200 is used in navigation systems such as GPS, Compass, Azimuth and GNSS/INS.

Working Principle

The working principle of MP200 is simple and straightforward. When a signal is input to the oscillator, the frequency can be adjusted according to the user’s requirements by the 12-bit DSP. The 12-bit DSP will generate the required frequency, and the oscillator will produce a signal of the same frequency.

The MP200 can also be controlled remotely or via a software interface. The frequency adjustment of the oscillator can be adjusted using a computer, or via a remote user interface. The software interface can provide additional flexibility for special frequency adjustments. The MP200 can also be used to synchronize different types of signals such as timing and clocking signals.

The MP200 is a versatile, cost effective and low-power solution for frequency-adjustable crystal oscillator designs. Its compact form factor and low power consumption makes it a suitable choice for high-end clock applications where frequency stability and flexibility are of importance.