ZTA-6.51MT

Resonators

ZTA-6.51MT is a type of resonator that is utilized in several applications. A resonator is a device designed to sustain or enhance an electrical or mechanical signal by converting energy from one form to another form. Resonators are used in various types of electrical circuits, such as radios, television sets, mobile phones, computers, and other digital electronics.

The ZTA-6.51MT is a high frequency (HF) crystal resonator with a frequency range of 6.151 -> 6.951MHz and a temperature range of -10℃ -> +75℃. It is made from a proprietary ceramic material with a dielectric constant of 6.51, which makes it ideal for higher frequency applications. It is commonly used in STB (Set Top Box) applications, which are electronic devices used for accessing digital television channels.

The ZTA-6.51MT has a low current consumption rating, which makes it a beneficial option for battery-powered devices. It also offers a low profile design, making it more suitable for devices with space constraints. Additionally, its frequency range can be changed and adjusted through the use of software.

The working principle of the ZTA-6.51MT is based on the theory of oscillation, or vibrating in a periodic fashion. It is composed of a number of elements, including a quartz crystal, a tuning capacitor, and a feedback circuit, which work together to create the oscillation needed to sustain a signal.

When an alternating current is sent through the crystal, a vibration is created, which is converted into an electrical signal. This signal is then amplified and sent back through the feedback circuit, which strengthens the vibration and creates a continuous oscillating signal. This signal will continue until the current is removed.

The ZTA-6.51MT is a key component used in many STB and other electronic devices. Its high frequency, low current consumption, and low profile design makes it an ideal option for a variety of applications. Its ability to oscillate and create a continuous signal makes it an important piece of any electronic device.