IDT5T929-10NLGI8

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IDT5T929-10NLGI8 is an integrated timing solution designed and manufactured by Integrated Device Technology Corporation (IDT). It is a miniaturized, low-power, clock/timing circuit board solution ideal for applications that require synchronization, low phase noise and cost-effective solutions. The IDT5T929-10NLGI8 is categorized as an application-specific integrated timing solution, offering a wide range of features to meet the most demanding requirements.

The IDT5T929-10NLGI8 circuit board offers low-phase-noise, low-jitter performance, signal quality and flexibility which makes it suitable for many different application fields. In medical imaging, for instance, timing solutions like IDT5T929-10NLGI8 are used to generate high quality and precise images. This helps physicians to accurately diagnose diseases, allowing for more effective treatments. In ultrasound imaging, the low-jitter performance of the IDT5T929-10NLGI8 enables accurate detection and subsequent presentation of various tissue types.

The IDT5T929-10NLGI8 circuit board can also be used in a variety of telecom and networking applications. The low-jitter performance and wide frequency range of the IDT5T929-10NLGI8 makes it suitable for use as a synchronizing board in high-speed, Bluetooth and Wi-Fi systems. In addition, the wide range of features available on the IDT5T929-10NLGI8 make it an ideal solution for use in packet exchange systems, network synchronization applications, and clock recovery in broadband systems.

In addition to its wide application field, the IDT5T929-10NLGI8 circuit board has a wide operating temperature range, making it suitable for use in harsh environmental conditions. It is also power-efficient, consuming only 0.1 Watts to 0.3 Watts of power, enabling longer battery life in battery-operated devices. The circuit board is also designed with a built-in oscillator to allow for frequency stability and improved clock accuracy.

The IDT5T929-10NLGI8 circuit board is designed to work in a wide range of frequencies. It is capable of providing precise signals between 4.5MHz to 90MHz once it is properly programmed. These broad frequency ranges make it suitable for use in a variety of frequency-dependent applications, including industrial control systems, navigation systems, frequency synthesis and modulation systems, and infrared transceivers.

The operating principle of the IDT5T929-10NLGI8 circuit board is based on the principle of pulse-width modulation (PWM). In this technique, a PWM signal is generated by passing a square wave through a half-bridge oscillator. This PWM signal is then passed through a low-pass filter and amplified before being sent out as a stable and precise clock frequency. The PWM squares are then converted into a modulated signal using an analog-to-digital converter. The modulated signal is then passed through an algebraic transformer to generate a synthesized clock frequency.

In conclusion, the IDT5T929-10NLGI8 circuit board is an integrated timing solution designed to offer low-phase-noise performance, low-jitter accurate signals, wide application field and operating temperature range, as well as power efficiency. Its operating principle is based on the principle of pulse-width modulation, which enables it to generate precise clock frequencies across the entire frequency range. This makes the IDT5T929-10NLGI8 circuit board an ideal timing solution for many applications, such as medical imaging,telecom, navigation, and industrial control systems.

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