9Z61195AKLFT

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Clock/Timing - Application Specific step1: An application specific clock or timing reference is either an oscillator or an integrated circuit that produces a specific clocking signal for a specific application. Any clock or timing reference must be able to accurately measure time, which is its primary function.

9Z61195AKLFT is typical application specific clock reference suitable for critical timing applications. It utilizes low power stand-by to extend battery life in portable devices. The device provides a proprietary low-frequency oscillator circuit that provides a low-power and low-jitter clock signal, which can be used directly by a microcontroller or microprocessor. Additionally, the device features a high performance internal oscillator with a frequency range of 0-200kHz.

The inherent characteristics of the 9Z61195AKLFT make it suitable for both hard real-time and flexible applications. The device also comes with integrated error detection and reporting features, which are ideal for any real-time system. Additionally, the device is designed to be used in a multitude of applications, including automotive, industrial, consumer electronics, medical, and mil/aero environments.

The 9Z61195AKLFT has a small size, low power consumption, easy to use interface and capability to adjust the frequency range and clock frequency without external components make the device suitable for applications with space and power constraints. It also includes advanced error detection, reporting and correction mechanisms, which can detect frequency errors without a dedicated timer.

The device also includes a timeout timer, built-in Brownout protection, extended temperature range support, and adjustable start-up time. As such, the 9Z61195AKLFT offers a highly flexible and reliable solution for real-time applications.

The 9Z61195AKLFT is an ideal choice for applications demanding low power, low jitter, and high accuracy. It can be used in a variety of applications, ranging from automotive, industrial, consumer electronics, and medical, to mil/aero environments. The device provides accurate time management for critical applications with very low power consumption and minimal external components.

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