8N3Q001KG-1076CDI

Clock/Timing - Programmable Timers and Oscillators

8N3Q001KG-1076CDI programmable timer and oscillator is an excellent choice for time-sensitive applications. This programmable device can provide optimal system performance, with robust features and flexibility. An added bonus is the device\'s energy efficiency, which offers great thermal stability and cost savings.

The 8N3Q001KG-1076CDI\'s key features include: dual-loop timing control that allows precise system regulation, and adjustable frequency range, low power consumption, wide operation temperature range and adjustable pulse widths. Its programmable timer capabilities provide a highly accurate clock signal that can be used to regulate the timing of various processes - including motor speed, CPU clock rate, network bandwidth and access control, as well as other time-sensitive tasks. This timer can also be combined with the 12-bit A/D and D/A converter for precise control over different functions.

This device has a total of 1076 different timing selections, each having its own dedicated oscillator circuit and a built-in reset circuit. This combination creates tremendous flexibility and accuracy to applications. The timing is adjustable within 14 microseconds and can be set from 1 millisecond up to 99 hours. Besides, the internal oscillator is adjusted according to the external load, making it easier to resolve abnormal situations.

The 8N3Q001KG-1076CDI\'s application field is diverse and wide. It is commonly used in automotive controllers, motor drives and logic controllers, industrial and medical equipment, fan controllers, audio amplifiers, general-purpose clocks and timing applications, telecommunications systems and set-top box power distribution systems. It can also be used in security and access control systems, HVAC systems, motion-sensing applications, smart home systems and even in gaming consoles.

Regarding its working principle, the 8N3Q001KG-1076CDI operates by producing a signal resulting from an oscillating signal. This is done through a quartz crystal oscillator in combination with its exclusive differential capacitor integration. The quartz crystal oscillator is connected to the integrated circuit and it produces a stable oscillating signal. This signal then passes through one of the capacitors, and the second capacitor modifies this signal, producing the output signal. The output signal is adjustable depending on the frequency used for the quartz crystal oscillator, as well as on the voltage supplied to the circuit. The output signal of the 8N3Q001KG-1076CDI is adjustable in a very straightforward manner and it supports wide range of output frequencies.