BJ-187.500MCE-T Crystals, Oscillators, Resonators

Oscillators

BJ-187.500MCE-T is an oscillator which offers superior, high frequency performance in the 1.7GHz-18GHz range. The device integrates an ultra-low power, low noise amplifier (LNA) together with a frequency multiplier and power splitter/combiner.

BJ-187.500MCE-T makes use of Fixed Frequency Multiplication (FFM) technology to reduce the size of the device. This technology uses a frequency multiplier circuit to double, triple, or quadruple an input frequency and then output to a power splitter/combiner to generate multiple output signals having different frequencies.

The device also includes a low noise differential amplifier, which is used to provide input to the frequency multiplier circuit. This amplifier ensures a stable and reliable output signal by minimizing the amount of noise and other disturbances which can occur when the input signal is amplified.

The BJ-187.500MCE-T is a highly reliable device which offers superior performance. The device is well suited for applications where high frequency performance is required, such as in automotive systems, medical imaging systems, aviation systems, and satellite communication systems.

In addition to its use in these applications, the BJ-187.500MCE-T is also suitable for a variety of other applications including radio frequency communications systems, radar systems, receivers, and waveform generators.

The BJ-187.500MCE-T is easy to use and incorporates efficient power management. The device is designed to use very low amount of power to provide maximum performance. The device also features a number of adjustable parameters, which allow the user to customize the performance of the device according to their needs.

The BJ-187.500MCE-T is a versatile and reliable device which is well suited for an array of high frequency applications. The device is designed to provide superior performance in a range of environments, and the adjustable parameters allow for easy customization of the performance of the device according to the user\'s needs.