TS061F23IDT

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Crystals play an important role in the functional elements of electronic systems. In many types of integrated circuits or in digital signal processing applications, their performance dictates their proper selection. The TS061F23IDTcrystal is a high-performance quartz crystal found in a variety of different types of applications.

Application Field

The TS061F23IDT quartz crystal is specifically designed for oscillator circuits. It is ideal for digital processors, integrated circuits, and other digital signal processing or communication systems. It also finds applications in computer clock circuits, television tuner circuits, and oscillators that require precision timing.

The TS061F23IDT is a temperature controlled crystal oscillator (TCXO). It offers improved temperature stability compared to conventional crystal oscillators by using an on-chip thermistor to compensate for temperature fluctuations. This makes the device ideal for performing applications in varying temperatures, such as in automobile control units and portable electronics which frequently experience large temperature variations.

The high-frequency stability of the TS061F23IDT allows it to be used in many high-performance systems such as routers, Wi-Fi, and Long Term Evolution (LTE) base stations. It can also be used for embedded device oscillators, automotive navigation systems, and high-speed digital communication systems.

Working Principle

The TS061F23IDT oscillator is a crystal-based timekeeping device. It uses a quartz crystal to maintain a very precise oscillation frequency, which is then used as a reference for timing critical electronics operations. The quartz crystal consists of two thin plates that are tuned to resonate at a specific frequency. When a voltage is applied to the crystal plates, they vibrate at the natural frequency of the crystal.

The oscillator circuit of the TS061F23IDT is designed to use the natural frequency of the crystal to generate stable, repeatable clock signals. An external input voltage is applied to the oscillator circuit and is used to control the frequency of the crystal’s internal oscillator. By adjusting the frequency of the oscillator, the circuit can maintain an extremely accurate and stable clock reference.

The TS061F23IDT also contains a temperature-sensing element known as a thermistor. This allows the oscillator circuit to automatically adjust the frequency of the clock signal as the temperature around the device changes. This improves the accuracy of the clock signal in temperature-sensitive applications.

In addition to its excellent accuracy and stability, the TS061F23IDT also has low power consumption and a wide voltage range. With its versatile features, the TS061F23IDT quartz crystal can be used for a variety of precision timing applications.

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