8Z-13.560MAHC-T

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Crystals, in the form of natural quartz or synthetic elements, have been used in a variety of applications. Some of the most common crystals used in various applications are 8Z-13.560MAHC-T. This crystal is used in many applications such as oscilloscopes, clock circuits, and radio frequency applications.

A 8Z-13.560MAHC-T crystal combines high temperature capability, high Q and superior frequency stability. 8Z-13.560MAHC-T excellently serves as an oscillator used in military and aerospace applications such as Vector Network Analyzer. It is designed for relatively wide temperatures range with frequency stability at - 40°C to 85°C. Apart from that, this crystal offers frequency ranges from 10 MHz to 200 MHz.

The 8Z-13.560MAHC-T crystals can be categorized as either basic crystals or temperature compensated crystals. A basic crystal is not temperature compensated. It is simple to use and is typically used in low precision applications. Temperature compensation is employed for higher precision applications. The temperature compensated oscillator is made up of a temperature sensitive capacitance that alters the frequency of the crystal over the operating range of the device to maintain its accuracy.

The working principle behind crystals is fairly simple. A crystal is a device that takes an electrical signal and produces an output signal of a fixed frequency. It consists of electrodes, a dielectric layer, a quartz crystal and a holder. When a voltage is applied across the electrodes a current will flow in the circuit. This current will cause the quartz crystal to oscillate at its natural frequency.

The 8Z-13.560MAHC-T crystals are widely used in various applications. These include clock generators for computers, timing for digital logic circuits and tuners for radio systems. In addition, the 8Z-13.560MAHC-T crystals are used to create precise timing signals in radio transmitters and receivers. Also, they are used in oscilloscopes and frequency synthesizers. Additionally, they are used in applications requiring precise frequency control such as satellite and cellular communications.

The 8Z-13.560MAHC-T crystals are designed for extreme environmental conditions, as well as for exceptional performance in terms of Q, frequency accuracy and temperature stability. Moreover, due to its superior characteristics, this crystal is becoming increasingly popular in various applications, especially in military and aerospace systems. This makes 8Z-13.560MAHC-T crystals a preferred choice for applications where exceptional performance and reliability are absolutely essential.

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