LTC6950IUHH#PBF

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Clock/Timing - Clock Generators, PLLs, Frequency Synthesizers play a vital role in today’s electronic products and systems. Clock/Timing solutions enable consumers to quickly, easily and efficiently access products and services that utilize PC, networking gear, industrial and medical systems and other various and specialized equipment. The LTC6950IUHH#PBF (LTC6950IUHH) is a Clock/Timing solution specifically designed to help address the needs of many of these applications. This integrated clock chip is a low jitter, low power, low noise clock/timing generator specifically designed to meet the high performance needs of demanding clocks and timing applications. The LTC6950IUHH offers a variety of configurable features, such as PLL outputs, bypass pins, maximum clock speed, reference clock frequencies and output types. Additionally, the chip has high-accuracy oscillator input time constants that are integrated with on-chip programmable frequency dividers, making it one of the most versatile solutions available. One benefit of the LTC6950IUHH is its configurable reference frequency. This allows for flexibility in input clock frequencies ranging from 96 kHz to 5.3 MHz and allows for an output frequency range of 23–595 MHz, depending on the reference frequency chosen. This flexibility gives design engineers the ability to customize their clock/timing solutions and speeds the design process. Further, this chip provides a low power consumption of just 17 mW and a high-performance accuracy of 7 ppm.The LTC6950IUHH also is designed with a wide range of operating temperature, making it ideal for deployed applications. This chip is capable of operating between -40°C and 85°C, providing the longevity necessary to meet the needs of more extreme conditions. This flexibility makes the LTC6950IUHH a top choice for applications requiring more severe temperature ranges and environments, such as automotive infotainment systems, satellite radio receivers and other high-speed, low-power applications.The LTC6950IUHH is based on a programmable, integer-N PLL architecture utilizing a reference oscillator, an integer-N PLL, and a programmable clock divider to generate a desired clock frequency from the reference oscillator. This chip has two user selectable operating modes, run-stop and spread spectrum, which can be individually enabled or disabled on a per output basis, allowing for greater control over the clock system and reducing electronic noise.The LTC6950IUHH also offers several I/O functions, such as an output driver, a programmable input divider, and an output divider, making it a versatile solution for many clock and timing applications. The LTC6950IUHH employs both separate amplifier and PLL circuits to ensure optimum performance at up to 600MHz throughout the entire temperature range. The chip also features a low power standby mode, allowing it to enter lower power consumption states when not operative.The LTC6950IUHH is considered to be one of the top solutions in the Clock/Timing - Clock Generators, PLLs and Frequency Synthesizers space. This chip offers a unique combination of flexibility, low power and high-performance accuracy while enabling a wide-area of operating temperatures. With this versatile and powerful solution, designers can take their applications one step further, and deliver the robust performance their customers expect in a highly-efficient package.

The LTC6950IUHH is a great solution for customers looking for a flexible, durable and low-power solution for their Clock/Timing application. It offers industry-leading performance, temperature operating range and power efficiency. With this highly integrated solution, designers can meet their needs by getting the most out of their clocks and timing applications.

The LTC6950IUHH is specifically designed to meet the highest performance needs of Clock Generators, PLLs and Frequency Synthesizers. This chip is a low jitter, low power and low noise solution that allows for configurable features such as PLL outputs, bypass pins, maximum clock speed, reference clock frequencies and output types. It enables a wide-range of operating temperatures between -40°C and 85°C, and its programmable, integer-N PLL architecture allows for input clock frequencies from 96 kHz to 5.3 MHz and output frequencies from 23–595 MHz – depending on the reference frequency chosen. This chip is a top choice for automotive infotainment systems, satellite radio receivers and other high-speed, low-power applications, and it helps to secure reliable, long-lasting performance in mission-critical applications.

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