PI49FCT807BTSE

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Clock/Timing has a wide range of uses in modern day technology, from being an integral part of a basic computer’s architecture to controlling power transformers. In point of fact, the use of clocks and timing components is ubiquitous across various industries and applications. The PI49FCT807BTSE is one such clock/timing device that is capable of providing a wide range of features, making it perfect for a wide array of uses. Here, we will discuss the application fields and working principle of the PI49FCT807BTSE.

The PI49FCT807BTSE is a low power, single-output clock buffer with a switchable-clock feature. This device is designed for high performance, low power applications requiring switching between multiple frequencies. It employs a push-pull architecture for low jitter operation, and the low propagation delay ensures a fast switching rate. The device has a very low pin-count and is capable of handling high frequencies up to 100MHz. It is available in a small footprint, making it ideal for space constrained applications. Its wide input frequency range and low output skew make the PI49FCT807BTSE a good choice for applications requiring multiple clocks and/or low power requirements.

The PI49FCT807BTSE is ideal for use in synchronous clock and data systems, as well as in system clock designs. In synchronous clock systems, the PI49FCT807BTSE provides a low skew, high 4-100MHz clock frequency for data transfer. In system clock designs, the device provides a single-clock output with a wide frequency range and low power consumption. Additionally, the device can be used to clock multiple devices simultaneously, providing a wide range of benefits.

The PI49FCT807BTSE employs a push-pull architecture for low jitter operation. A push-pull circuit will generally be configured as a differential amplifier structure with two transistors working in parallel, wherein the transistors communicate by using the same input signal and reversing the phase of the output. The transistors work together to produce an amplified output signal with no offset and high speed switching. This architecture is ideal for clock/timing applications, as the output can switch quickly between different frequencies and be highly accurate. Additionally, the system will require minimal power to operate and produce very low levels of jitter.

The PI49FCT807BTSE is also designed to have a low propagation delay, which is the time required for a signal to pass from one point in a circuit to another. This reduces the amount of time required for the signal to travel between two points within a circuit, resulting in a faster clock switching rate and improved performance. The device also comes with ESD protection and surge protection, making it highly reliable in all sorts of electromagnetic interference environments.

The PI49FCT807BTSE is an excellent choice for a broad range of clock and data systems, as well as other applications requiring a low power clock buffer with switchable frequency. The device has a low pin count, low power requirements, low jitter, and wide frequency range, making it a great choice for any system clock designs. Additionally, the device’s low propagation delay and surge protection make it ideal for use in high electromagnetic interference environments.

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