8N4SV75LC-0160CDI

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The 8N4SV75LC-0160CDI is an innovative programmable Timer & Oscillator that provides an efficient and cost-effective solution for a range of applications. This device is ideal for designers who require a high performance solution for analog control systems and other related control package applications.

This device has a 45ms operating speed, voltage range from 3.0~12.0V and a current range from 0.05~20mA. It has 15 different dip settings for user configuration and also supports many count-up, count-down and transition timing functions. Its wide range of functions make it suitable for a variety of applications from industrial and consumer electronics, to clocks and timers.

The 8N4SV75LC-0160CDI is commonly used to implement single-chip time base circuitry and to improve the accuracy and reliability of timing circuits. It can also be used as a hold-up timer, ensuring that the device always performs according to specification regardless of any power source fluctuations.

The 8N4SV75LC-0160CDI device features an oscillator which is programmable by the user and can produce clocks of various frequencies and resolutions. The device also features a unique and highly accurate programmable timer which can be used to control the frequency of the oscillator for precision timing. This timer can be used to accurately control the timing functions of many different devices, and can also be used to program low power relaxation oscillators and waveform generators.

In addition to the clock and timer functions, the 8N4SV75LC-0160CDI also offers a programmable frequency generator allowing users to create unique waveforms for different applications. The frequency generator is also used in applications such as clock synchronization and data transmission.

The 8N4SV75LC-0160CDI is an all-in-one device suitable for a range of applications and offers a comprehensive solution for timekeeping and timing applications. It is designed to offer the highest levels of reliability and performance and to provide excellent long-term accuracy and stability over temperature, current and voltage variations.

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