8N4Q001LG-1145CDI8

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The 8N4Q001LG-1145CDI8 is a programmable oscillator and timer ideal for many situations that require precise timing, accuracy and stability. These oscillators are a standard part in the industry, providing superior clock and timing accuracy. They are often used in communication systems, process control systems, data acquisition systems and other reliability-critical applications.

The 8N4Q001LG-1145CDI8 is based on a four-pin dual inline package (DIP) configuration. It has three inputs; supply voltage (VDD), ground (VSS), and an enable terminal (EN). An output terminal (OUT) is also present. It is powered by a 5V DC supply voltage, and can operate over a wide range of temperature (-40°C to 85°C). It features differential-clock inputs and its output can be programmed to clock frequencies from 1kHz to 50MHz.

The 8N4Q001LG-1145CDI8 programmable timer/oscillator offers several different types of timing characteristics, depending on the application. The programmable timer is able to generate a fixed period pulse, a minimum period pulse, a cycle-by-cycle pulse, or a system synchronization pulse. These different timing characteristics allow for precise control of timing and accuracy of operation. In addition to its adjustable timing, this programmable oscillator is also able to provide programmable start and stop times, thus allowing for accurate timing control.

The programming of the 8N4Q001LG-1145CDI8 is done via a three-wire serial (SPI) interface. A time controller and a microprocessor are used to control the programmable oscillator and a register is used to store the information necessary to configure the oscillator. The data is then loaded into the oscillator circuitry, where it is converted and used to generate a clock signal. This helps to ensure precision timing and stability throughout the application.

The 8N4Q001LG-1145CDI8 programmable timer/oscillator is widely used in many applications requiring precise timing. Its precise and precise operational characteristics, flexibility, and high accuracy make it a reliable choice for a variety of applications. It is widely used in communication systems, process control systems, data acquisition systems, signal processing and control systems and many other reliability-critical applications.

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