NJW1504V-TE1#

Clock Generators, PLLs, Frequency Synthesizers Nisshinbo Micro Devices NJW1504V-TE1# Overview

The NJW1504V-TE1# from Nisshinbo Micro Devices is a high-performance integrated circuit specifically designed for advanced clock generation, PLL, and frequency synthesizer applications. This IC utilizes a sophisticated phase-locked loop (PLL) technology with an integrated I2C bus, making it an ideal solution for precision timing and frequency synthesis in complex electronic systems. Its compact 16SSOP package allows for efficient use of space on printed circuit boards, supporting streamlined design in high-density applications. The integration of I2C bus communication enhances programmability and flexibility, allowing engineers to achieve optimal performance tailored to specific system requirements. The Clock Generators, PLLs, Frequency Synthesizers Nisshinbo Micro Devices NJW1504V-TE1# is designed to meet the demanding needs of modern electronic environments, ensuring reliable and consistent performance.

NJW1504V-TE1# Features

• Advanced PLL circuitry for precise frequency management.
• Integrated I2C interface for enhanced programmability and control.
• Compact 16SSOP packaging for space-efficient design.
• High stability and reliability under varying operating conditions.
• Flexible voltage operation to accommodate different system voltages.

NJW1504V-TE1# Applications

• Wireless Communication Systems: Utilizes PLL for stable frequency generation, crucial for maintaining signal integrity in communication devices.
• Consumer Electronics: Provides clock generation for high-performance consumer electronics, ensuring synchronization and functionality.
• Networking Equipment: Supports precise timing required in routers and switches, enhancing network efficiency and data flow.
• Industrial Systems: Delivers robust performance in industrial environments, facilitating reliable process control and automation.
• Computing Platforms: Acts as a fundamental component in PCs and servers, managing clock signals for processors and memory interfaces.