LE75183CFQC

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The LE75183CFQC is an oscillator circuit specifically designed for any device needing a dual frequency output or a steady frequency output. It can be found in products such as televisions and radios, as well as satellite and military radio communication devices. This oscillator circuit works best when connected to an external crystal to increase frequency accuracy, and is capable of operating from a -40°C to 125°C temperature range.

The LE75183CFQC is part of the family of low power, high frequency oscillators, which are specifically designed to control the frequency output of electrical devices like televisions and radios. This oscillator circuit is different from the standard oscillators found in most consumer electronics because of its unique features, such as its ability to produce dual frequency outputs, as well as its supported temperature range.

The LE75183CFQC uses a internal quartz crystal to generate the output frequency. This crystal is provided by Toshiba, and is designed to increase accuracy of the output frequency. The dual frequency output is achieved by using two integrated circuits that are connected in series, with one acting as the master and the other as the slave. The master determines the main output frequency, while the slave determines the secondary output frequency.

The LE75183CFQC also features a low power consumption and is capable of operating within a wide temperature range. This ability is beneficial in situations where electrical devices need to function in incredibly hot or cold temperatures. Additionally, this oscillator circuit is capable of operating on voltages as low as 1.8V, which further increases its efficiency.

The LE75183CFQC is an excellent choice for any device requiring a dual frequency output or a steady frequency output. This oscillator circuit\'s low power consumption and wide temperature range make it ideal for use in a variety of applications. Its internal quartz crystal ensures greater accuracy and reliability, making it a reliable choice for any device needing precise frequencies.

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