Texas Instruments PLL Clock Driver 16-Pin SSOP, Surface Mount, 4.75V-5.25V Supply Voltage DAC1220E

Texas Instruments DAC1220E is a phase-locked loop (PLL) clock driver supplied in a 16-pin SSOP surface mount package. This integrated circuit is engineered for precise clock signal generation and distribution applications in electronics and semiconductor industries. Supporting a minimum supply voltage of 4.75 volts and a maximum of 5.25 volts, the PLL clock driver ensures stable operation within low-voltage digital environments.

The device features 16 pins optimized for compact layout designs and ease of integration on printed circuit boards. With a package height of 1.5 millimeters and length of 5 millimeters, it offers a low profile solution to meet demanding space constraints in modern electronic systems.

Rated for operation over a wide temperature range from -40°C to 85°C, the DAC1220E delivers reliable performance under varied environmental conditions typical in industrial manufacturing, computing, and communications hardware.

Though it does not carry specific automotive or industry conformity certifications, its robust design suits applications requiring precise timing, frequency synthesis, and clock signal management. The surface mount package type facilitates automated PCB assembly processes, enabling high-volume, cost-effective production.

Supports operating supply voltage range from 4.75V to 5.25V. Contains 16 pins in an SSOP package facilitating compact PCB layouts. Operates reliably in temperature range from -40°C up to 85°C. Height of package is 1.5mm and length is 5mm for space-efficient design.

Meets industry standards though no specific certifications are designated. Ideal for clock timing and frequency applications within electronic systems. Designed for surface mount technology ensuring automated assembly suitability.

Does not conform to automotive standards, intended for general industrial use.

This Texas Instruments PLL clock driver is well suited for industrial, electronics manufacturing, computer hardware, telecommunications, and semiconductor applications where precise clock signal distribution is critical. Explore our range of semiconductor components for further clock, timing, and frequency control devices.

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