HG-2150CA 38.8800M-SVC

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Oscillators

The HG-2150CA 38.8800M-SVC oscillator is designed to generate precise frequency signals over a wide range of output frequencies. It is intended for use in applications requiring tight frequency stability and superior performance. The HG-2150CA 38.8800M-SVC oscillator is a four-phase, low-power CMOS-based oscillator solution capable of supporting up to 38.88 MHz frequency output. This oscillator is available in a variety of standard package options for easy integration into a design.

The HG-2150CA 38.8800M-SVC oscillator implements Banks’ patented Multiphase Structured Clock (MPSC) architecture that produces multiple phases of clock signals with precise linear delay. This architecture allows the output frequency to be precisely controlled while providing extraordinary frequency stability, accuracy and jitter performance. The HG-2150CA 38.8800M-SVC is fabricated using a CMOS process with low-noise design techniques, which enables the device to provide low-power operation.

The working principle of the HG-2150CA 38.8800M-SVC is based on the same principle as other oscillators where an electromechanical device creates an alternating current when driven by an external alternating voltage. The alternating current is then used to drive a set of electrical elements such as capacitors and resistors which generate a periodic signal. The period of the signal is determined by the parameters of the circuit and the frequency can be tuned or locked to a specific frequency by controlling the values of the electrical elements.

The HG-2150CA 38.8800M-SVC is designed for wide variety of commercial and industrial applications such as frequency control systems, portable computing devices, automotive electronics, power supply design, clock frequency control, and synchronization. In addition, the HG-2150CA 38.8800M-SVC is designed to provide a low-power, precise and reliable frequency signal source for communications, broadcast, and computing applications. Moreover, the HG-2150CA 38.8800M-SVC can be used to control the speed of motors and data communication clocks.

The HG-2150CA 38.8800M-SVC integrates a range of features such as low power consumption, programmable divided output frequency support, on-chip crystal ESR monitoring, active low-noise guard, a phase noise of -150dBc/Hz at 5MHz offset, and a frequency accuracy of ±500PPM. The frequency range accuracy of ±500ppm is possible with the advanced MPSC architecture. The HG-2150CA 38.8800M-SVC also integrates an active low-noise guard that helps to reduce electromagnetic interference (EMI) radiations from the device.

In conclusion, the HG-2150CA 38.8800M-SVC is a reliable and accurate three-phase low-power CMOS-based oscillator designed for wide range of applications requiring precise frequency signals. The device is available in a variety of standard package options for easy integration into a design. The built-in features such as low power consumption, programmable divided output frequency support, on-chip crystal ESR monitoring and active low-noise guard make this oscillator suitable for use in communications, broadcast, and computing applications.

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