TC-15.000MBE-T

Oscillators

TC-15.000MBE-T is a type of oscillator that can be used in multiple application fields. It is an important component in making sure that time is kept accurately. It works by generating a clock signal, meaning a pulse of current that oscillates in a consistent frequency, while also ensuring elevated accuracy and stability of signals throughout the application.

This oscillator is perfect for applications such as GPS systems, WLAN, and Bluetooth applications. It is especially popular for its wide range of frequency options, ranging from 12 to 52 MHz. This additional flexibility helps to make the oscillator suitable for various application fields with different requirements.

Working Principle

The TC-15.000MBE-T oscillator is capable of generating time-controlled clock signals by driving an external crystal or varactor crystal. At its core is the combination of an oscillator circuit module, quartz crystal, and a capacitive temperature compensation circuit. This makes it able to generate clock signals with a high precision over a wide operating temperature range.

This temperature compensation, which is provided by both the temperature-compensated capacitors and the temperature-valued quartz oscillator, is a key design feature that allows the oscillator to generate clock signals with a high accuracy and stability. It gives the oscillator a number of commendable features including an EFC stability of ±30 ppm/year and stability for a period of up to 10 years.

The TC-15.000MBE-T oscillator also features a power supply line filter to reduce noise and age-induced frequency deviations, as well as a frequency-controlled oscillator circuit to help it generate time signals more accurate and stable by compensating for environmental temperature changes. It also has the added benefit of low power consumption and a built-in discharge circuit to protect the crystal from unwanted bias.

These features in combination make the TC-15.000MBE-T a highly reliable solution for applications where accuracy and stability in timekeeping are of utmost importance. Moreover, with its wide frequency range and relatively low cost, it is an attractive choice for many types of applications.