NJ-100M-6827

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Oscillators are components in an electronic circuit that generally receive a signal and then produce an output that is designed to oscillate with a specific frequency. The frequency output can be either adjustable or fixed. Oscillators are commonly used in electronic applications that require a continuous or periodic electrical signal. The NJ-100M-6827 is a type of oscillator specifically designed for use in clock applications.

The NJ-100M-6827 is a silicon based crystal oscillator. It has an output frequency of twenty-five megahertz with a tolerance of +/- twenty parts per million. It has a low power absorption of 0.1W and an output voltage of five volts. The output impedance of the NJ-100M-6827 is fifty ohms and it has a supply voltage range of +2.3V to +5.5V. The operating temperature range of this oscillator is -40C to +85C.

The major application field of the NJ-100M-6827 is in the production of clocks. It can be used to generate a clock signal with high accuracy and stability. This signal is ideal for use in real-time applications, such as in personal computers, cellular phones, radio communication systems, and other devices that need to operate in real-time. In addition, the NJ-100M-6827 can also be used for time-stamping or synchronization, and for generating periodic signals for testing and measuring instruments.

The working principle of the NJ-100M-6827 is relatively simple. It works by converting an input signal into an output signal with a specific frequency. This is made possible by the crystal inside the oscillator. The crystal is composed of quartz, which is an isoelectric material that vibrates at a certain frequency when electricity is applied to it. The NJ-100M-6827 takes the input signal and amplifies the output signal with a frequency that is determined by the quartz crystal.

The NJ-100M-6827 is an efficient and cost-effective way to produce a high accuracy clock signal. Its simple design and low power consumption make it ideal for use in a variety of applications. It is also highly reliable and has a long operational life. In addition, its output can be easily adjusted to suit different requirements.

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