591EC148M500DGR

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Oscillators are electronic devices which are used to generate waveform signals used in many electronic systems. The 591EC148M500DGR is a type of quartz oscillator that functions by driving a quartz resonator with a constant electrical signal. This device is commonly used in motion base control systems, telecom applications, GPS navigation, metering, instrumentation, industrial control, and military/space systems.

The 591EC148M500DGR oscillator is a compact device containing an inverting amplifier and an active resonator. Its internal circuit is constructed with an amplifying element to convert the energy from the resonator into the output, and the frequency is controlled by the quartz resonator. The 591EC148M500DGR has a wide frequency stability range from +/-50 ppm to +/-20 ppm which makes it suitable for many applications.

The main purpose of a quartz oscillator is to provide a stable reference signal for the time-base of a circuit, and usually operates at specific frequencies such as 10MHz or 20MHz. The 591EC148M500DGR has a wide range of frequency range from 10.545MHz to 24.00MHz, and it has a temperature range from -20°C to 70°C. It is also able to maintain its Frequency Stability over a wide temperature range, and it is capable of operating at the specified frequency with a maximum frequency accuracy of 0.25%.

The 591EC148M500DGR oscillator is designed using a combination of field-programmable gate array (FPGA) and application specific integrated circuit (ASIC). This combination of components makes the device more reliable, efficient, and easier to use. The oscillator has an operating voltage range of 5V and can be used in a wide variety of systems including motion base control systems, telecom applications, GPS navigation, metering, instrumentation, industrial control, and military/space systems. Additionally, the oscillator is capable of providing clean and continuous signals and can be used for determination of phase-locked loops and pulse transfer systems.

The 591EC148M500DGR is a highly efficient, reliable, and accurate quartz oscillator which provides a stable reference signal for the time-base of many electronic systems. Its wide frequency stability range from +/-50 ppm to +/-20 ppm and its temperature range from -20°C to 70°C make it suitable for applications in motion base control systems, telecom applications, GPS navigation, metering, instrumentation, industrial control, and military/space systems. Furthermore, the combination of its FPGA and ASIC components make it more reliable, efficient, and easier to use.

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