LMK61E0-050M00SIAR

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LMK61E0-050M00SIAR is a programmable clock/timing oscillator module, part of the family of Timing Modules developed by Texas Instruments. It is a highly versatile, configurable oscillator capable of producing a wide range of output frequencies, making it ideal for applications requiring precise timing for synchronization of multiple devices or systems. This combination of features, coupled with its small form factor, make it a popular choice for many industrial and consumer applications.

The LMK61E0-050M00SIAR is designed around a temperature compensated XO (TCXO) clock oscillator module, providing a high degree of accuracy and stability over a wide temperature range. The module is designed for easy integration and use in applications, with little or no modification needed. It provides a variety of alternative programming interfaces, allowing users to configure the module to the exact output frequency and accuracy required.

The LMK61E0-050M00SIAR has a frequency range of 8 kHz to 840 MHz, a frequency stability of ±0.5 ppm, and a wide input voltage range of 1.1V to 3.6V. It is also available in a range of industrial temperatures and performance grades, making it a suitable choice for most applications. The module also features a power-down mode, allowing it to enter a low-power state when not in use.

The programmable clock/timing oscillator module is widely used in many applications. Some of the most common applications are in telecommunications, automotive electronics, industrial automation, avionics, and aerospace. In these applications the module is used for synchronization of multiple systems and for long-term timing accuracy where jitter and drift need to be minimized. It is often used for low number-per-system (NPS) configurations, for example in cellular base station controllers and base station transceivers.

The working principle of the LMK61E0-050M00SIAR is based on the concept of crystal oscillator. It is a quartz crystal resonator, which vibrates at a set frequency when stimulated by electrical charge. When voltage is applied to the terminals of the oscillator, the crystal will draw a small amount of current and the mechanical vibration created by the crystal will generate a stable oscillating frequency which is analog in nature. This frequency is fed out through the output pins of the oscillator module, providing a steady clock signal.

The main function of the programmable clock/timing oscillator module is to convert the incoming electrical signal into a stable, accurate and consistent clock signal. This is accomplished through the use of advanced control circuitry and algorithm and typically involves the use of a voltage-controlled oscillator. The oscillator is programmed to a particular frequency and can be reprogrammed for different frequency levels depending on the application. This makes the module suitable for use in a wide range of applications.

In summary, the LMK61E0-050M00SIAR is a highly versatile clock/timing oscillator module. It is designed for fast and easy integration into a range of applications, providing an ideal solution for precise timing requirements in consumer and industrial applications. The module is capable of generating a wide range of output frequencies and is highly reliable and accurate over a wide temperature range. Its programmable nature allows users to tailor the module to their exact needs and provide a reliable and accurate clock signal.

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