LM2907N-8 Integrated Circuits (ICs)

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The LM2907N-8 is a precision, monolithic, frequency-to-voltage (F/V) and voltage-to-frequency (V/F) converter integrated circuit (IC). This IC has become a popular choice for control applications, especially those involving temperature sensing and sensing of mechanical position, due to its wide range of features and small size. It is a member of the LM2907 family of Frequency-to-Voltage and Voltage-to-Frequency converter ICs.

The LM2907N-8 is designed to convert a wide range of input frequencies and voltages into electrical signals that represent the input information. The F/V converter allows frequencies to be converted into a voltage proportional to frequency, while the V/F converter provides a frequency output with a linear relationship to the input voltage. The LM2907N-8 includes a variety of features that make it well suited to many control tasks, such as low noise operation and output accuracy, low drift over time and temperature range, temperature compensation and wide frequency range.

The LM2907N-8 has a wide frequency range, from 200kHz to 5MHz, making it suitable for many applications where input frequency needs to be converted to an electrical signal. This IC also has high accuracy, with an output error of less than 1%. Low drift over temperature and time mean that the output does not change significantly over these parameters. Temperature compensation is also included, allowing for reliable and accurate results even in high temperature applications.

The LM2907N-8 additionally has a low noise operation mode, allowing for quiet operation without interference from other signals. Other features include low power consumption, wide input range, adjustable frequency and voltage ranges, low power shutdown and logic output for external control.

In summary, the LM2907N-8 integrated circuit makes a popular choice for control applications, especially those involving temperature sensing and sensing of mechanical position due to its wide range of features and small size. This IC offers a wide frequency range, high accuracy, low drift over parameters, temperature compensation, and low noise operation, making it ideal for reliable and accurate control tasks.

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