TC-8.192MCE-T

The TC-8.192MCE-T is an oscillator that performs precision frequency generation. It can deliver frequency down to 0.0000001 hertz (Hz) with accuracy of up to 6 parts per million (ppm). The TC-8.192MCE-T is specifically designed for applications such as clock and frequency references, laboratory equipment, industrial control and measurement systems, communication networks, GPS and satellite receivers. It is also used in the aerospace, space exploration and medical fields.

The TC-8.192MCE-T comprises a temperature-compensated oscillator (TCXO) and a frequency synthesizer. The TCXO uses a quartz crystal as the frequency reference and its temperature-compensated control loop allows for extremely accurate frequency generation. The frequency synthesizer can be programmed to deliver almost any frequency between 0.0000001 Hz and 8.192 MHz, with a frequency resolution of up to 1 Hz.

The TC-8.192MCE-T also offers a very convenient control interface that allows the user to easily program and configure the oscillator. It can be easily connected to an external control unit via a variety of communication protocols, such as USB, RS-232, and RS-485. The user can also program the oscillator through the control software provided by the manufacturer.

The TC-8.192MCE-T also features user-selectable options that can be set to suit specific applications. These options include the choice of output drive level, modulation type, input voltage, frequency divider scheme, and phase-locking. All of these options can be programmed with the help of the control software.

In addition, the TC-8.192MCE-T can also be programmed to act as a frequency reference for other oscillators. This feature makes it ideal for radio communication applications, as it provides a very accurate reference from which the other oscillators can be locked. It also allows the user to quickly and easily program multiple oscillators to a precise frequency.

The TC-8.192MCE-T is one of the most advanced and reliable oscillators on the market, making it an ideal choice for applications requiring very precise and reliable frequency generation. Its temperature-compensated design ensures that the generated frequency is extremely stable over a wide range of temperatures. Its versatile control interface makes it easy to use, and its programmable options allow the user to tailor it to a specific application. Its ability to act as a frequency reference for other oscillators makes it an ideal choice for radio communication applications.