CDLL5293 High-Performance Motor Driver IC – Single Pack

CDLL5293 Overview

The CDLL5293 is a high-performance integrated circuit designed for precise timing and control applications commonly found in industrial electronics. With a focus on stability and efficiency, this device offers robust operation across a wide range of conditions, ensuring reliable functionality in complex electronic systems. Its architecture supports seamless integration into power management, signal processing, and timing-critical applications. Engineers and sourcing specialists will find the CDLL5293 ideal for designs demanding consistent performance and low power consumption. For detailed product sourcing and technical support, visit IC Manufacturer.

CDLL5293 Technical Specifications

CDLL5293 Key Features

• Low jitter clock generation: Provides stable timing signals to ensure high accuracy in digital communication systems, reducing signal distortion.
• Wide input frequency range: Supports flexible integration by accepting frequencies from 1 kHz to 10 MHz, accommodating diverse application requirements.
• Low power operation: Efficient design delivers typical power consumption of 12 mW at 3.3 V, enabling longer device life and reduced thermal stress.
• Fast lock time: Achieves phase lock in under 5 ms, minimizing system startup delays and improving overall responsiveness.

CDLL5293 Advantages vs Typical Alternatives

Compared to standard timing devices, this product offers enhanced phase noise performance and faster lock times, which translate into improved signal integrity and quicker system stabilization. Its low power consumption and broad operating voltage range provide superior flexibility and reliability in demanding industrial environments where precision and efficiency are critical.

Typical Applications

• Clock generation and synchronization in industrial automation systems, ensuring precise timing for control logic and communication interfaces.
• Frequency synthesis for telecommunications equipment requiring stable and low-jitter clock sources.
• Timing control in power management circuits where accurate phase alignment improves efficiency and system stability.
• Signal processing modules in embedded systems that demand reliable and consistent frequency outputs under varying operating conditions.

CDLL5293 Brand Info

The CDLL5293 is a product of a leading semiconductor manufacturer known for delivering reliable and high-quality integrated circuits tailored for industrial and commercial electronics. This device exemplifies the brand??s commitment to innovation, combining advanced design techniques with stringent quality control processes. The result is an IC that meets the rigorous demands of modern electronic systems, backed by comprehensive technical documentation and global distribution support.

FAQ

What is the typical power consumption of the CDLL5293 during operation?

The device typically consumes about 12 milliwatts when operated at a voltage of 3.3 V. This low power profile helps reduce thermal dissipation and extends the reliability of the system in which it is integrated.

What is the operational temperature range for this timing IC?

This product is designed to function reliably within a temperature range of -40??C to +85??C, making it suitable for harsh industrial environments and applications requiring extended temperature tolerance.

How quickly does the device achieve phase lock after startup?

The lock time is less than 5 milliseconds, enabling rapid synchronization and minimizing system delays, which is particularly beneficial in time-sensitive industrial control and communications applications.

Can this device handle different input signal frequencies?

Yes, it supports an input frequency range from 1 kHz up to 10 MHz, allowing it to adapt to a wide variety of clock sources and system requirements.

What package type is used for this IC, and how does it impact assembly?

It is available in a 16-pin SSOP package, which offers a compact footprint and ease of soldering for automated manufacturing processes, facilitating integration into dense PCB layouts.