TC-38.400MBD-T

Oscillators are core components for electronic circuits, TC-38.400MBD-T falling into this category. Its application fields and working principle will be detailed in the following content.

In terms of application fields, TC-38.400MBD-T is mainly used as a frequency reference in automated test and measurement systems (ATM). It is the core of a wide variety of advanced communication systems, including base stations, cell phones, and wireless networking devices. It also finds use in digital audio, digital video, digital signage, and multimedia products, as well as gaming, medical, and transportation products.

In terms of working principle, TC-38.400MBD-T’s basic function is to produce a precise level of frequency - 38.4 MHz. It acts as a highly regulated frequency reference, providing a highly stable signal for control of oscillator circuits. For ease of integration, it offers an integrated crystal oscillator, voltage regulator, and temperature compensation.

It works on the principle of phase-locked loop (PLL) circuit, in which a frequency divider takes the reference input and compares that to an internal reference signal. If the input frequency does not match, the reference signal is adjusted to the correct frequency. The reference signal is then passed to an output section, which produces a signal in the form of voltage waveforms.

This output signal is then used by the system to control the oscillator circuit. The oscillator circuitry consists of a low frequency oscillator which is used to drive a high frequency oscillator. This oscillator is then used to generate the desired frequency. A temperature compensation circuit is also used to ensure that the output is stable, regardless of changes in environmental conditions.

TC-38.400MBD-T is a highly stable and reliable source of frequency reference. It is widely used in a variety of communication and automation systems and is an indispensable part of many advanced products. This oscillator provides a high level of stability and accuracy for oscillator circuits, making it the ideal choice for many applications.