IC-NE-564-DIP

The NE564 DIP IC is a high-performance Phase-Locked Loop (PLL) integrated circuit designed for precise frequency and phase control in electronic systems. It combines a voltage-controlled oscillator (VCO), phase detector, and supporting circuitry in a single package, making it suitable for a wide range of communication and signal-processing applications.

The NE564 is widely used in frequency synthesis, FM demodulation, tone decoding, clock recovery systems, data communication equipment, instrumentation, and telecommunications circuits. It provides accurate frequency tracking and stable phase synchronization, ensuring reliable performance in demanding electronic applications.

This PLL IC is commonly used in radio communication systems, signal generators, frequency multipliers, frequency converters, industrial control equipment, and electronic measurement instruments. Its precise frequency control capability makes it valuable for applications requiring stable timing and synchronization.

The NE564 DIP IC is preferred by engineers, technicians, and electronics designers for communication circuits, analog signal processing systems, embedded electronics, and industrial automation projects. Its integrated design reduces external component requirements and simplifies circuit implementation.

The DIP package allows easy installation on through-hole PCBs, prototype boards, and breadboards, making it suitable for development projects, educational applications, maintenance work, and electronics repair.

If you are searching for NE564 DIP IC price in Pakistan, NE564 PLL IC price in Karachi, buy NE564 IC online Pakistan, NE564 DIP IC supplier Karachi, NE564 phase locked loop IC wholesale market Pakistan, original NE564 PLL IC for communication circuits, or looking for a genuine NE564 IC in Karachi, Lahore, Islamabad, Rawalpindi, Faisalabad, Multan, Peshawar, and across Pakistan, this component is an excellent choice.

The NE564 DIP IC delivers precise phase locking, stable frequency control, reliable signal synchronization, low distortion performance, easy installation, and long-term reliability, making it ideal for telecommunications equipment, frequency synthesis circuits, FM demodulators, signal processing systems, industrial electronics, and advanced communication applications.