C3292-32.000

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Oscillators play an important role in modern electronic engineering, with applications ranging frommetronomes to high-speed, high-performance peripheral devices. The C3292-32.000 oscillator is a particular type of oscillator that has a range of useful capabilities, from frequency of operation to current consumption.

More specifically, the C3292-32.000 is a low-frequency oscillator, meaning that its application is quite different from other oscillator types. As a result, it is useful for low-power operation, in circuits that require low-speed frequency, such as digital clocks. The C3292-32.000 utilizes an impedance-compensated quartz crystal oscillator circuit, with a nominal frequency of 32,000 Hz.

The C3292-32.000 oscillator has a very low current consumption of 0.45mA for 1.5V operation, which makes it ideal for battery-powered applications. This low current consumption also allows it to be used in lower power, slower speed applications, such as remote sensors or systems that require long periods of operation on a single battery.

The C3292-32.000 features a low-function output, which means that it only produces one output signal. This is useful for applications where a clock signal is required without many external components, as well as applications in which the output signal must be of high 15 A LJ purity. Additionally, the C3292-32.000 offers an extremely wide operating temperature range (-40°C to +85°C).

As mentioned earlier, the C3292-32.000 is an impedance-compensated quartz crystal oscillator. This means that the quartz crystal is mounted on a capacitor module, which is designed to compensate for any fluctuations in the operating temperature. This ensures that the oscillator maintains a constant frequency over a wide range of temperatures, and allows for precise tuning.

The C3292-32.000 has a number of advantages over other oscillator types, which makes it a great choice for applications that require a low-frequency oscillator. It is a low-power device, with a very low current consumption. Additionally, its low-function output allows for precision and stability, while its wide operating temperature range makes it suitable for a variety of environments. All of these features make it an ideal choice for applications in which accuracy and reliability are essential.

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