NB6L295MNG

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The NB6L295MNG clock/timing delay line is a micro fabrication technology offering faster speeds, higher densities, and much lower power consumption than previously available. The device is designed to provide a precision delay of up to several milliseconds and is typically used in system timing solutions such as data synchronization, clocking, telecom, automotive, and industrial applications. The unique feature of this device is that it utilizes a nano-buried oxide (NBO) delay line array. NBO technology is a patented process enabling high-speed delay lines with much lower power consumption than conventional devices.

The NB6L295MNG operates by applying a voltage pulse to the delay line array. This activates the NBO transistors, which in turn cause a pre-defined current to flow through the delay line. This current is then used to build potentials across the delay line which are the key to the delay function of the device. The time period during which this potential is built is determined by the product of the length of the delay line and the resistance of the delay line.

The NB6L295MNG offers an array of features and benefits, including a maximum operating temperature of 125°C and a minimum supply voltage of 2.2V. The device is also capable of providing extremely accurate delays with minimal jitter, making it ideal for various applications in frequency control, clocking and data synchronization. The device is also very reliable and highly resistant to EMI and environmental noise.

The NB6L295MNG\'s range of features and benefits make it extremely attractive for a variety of applications such as automotive, system, telecom and many industrial applications. Its versatility and low power consumption further make it an attractive solution, as it is capable of being used in a variety of application scenarios. Finally, its high speed and accuracy, coupled with its minimal jitter, make it a highly desirable clock/timing device for a variety of applications.

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