ASTMHTE-14.7456MHZ-ZR-E-T3

Oscillators are used in many different applications in order to create, amplify and control electrical signals. In many cases, a specific type of oscillator is necessary in order to achieve the desired results. The ASTMHTE-14.7456MHZ-ZR-E-T3 oscillator is one such particular type that is designed for a very specific use.

The ASTMHTE-14.7456MHZ-ZR-E-T3 is an engineered oscillator designed for frequency control applications in the fields of telecommunications, telecommunications monitoring, and radio navigation. As its name implies, it produces a signal with a frequency of 14.7456 MHz. The main features of this oscillator include high accuracy, wide temperature range and improved immunity to shock and vibration.

The ASTMHTE-14.7456MHZ-ZR-E-T3 oscillator is based on state-of-the-art electronics and utilizes an external temperature-compensating circuit. This ensures a high level of performance and accuracy even in extreme temperatures. Additionally, the oscillator is designed to be robust when exposed to shock and vibration, such as could be encountered in an aerospace environment.

The working principle of the ASTMHTE-14.7456MHZ-ZR-E-T3 oscillator is relatively simple. An internal crystal acts as a "time base" for the oscillator. Its frequency is determined by the design of the crystal and the circuit parameters of the oscillator. This frequency can be precisely tuned, under controlled temperature conditions, in order to achieve the desired accuracy level.

Once set, the internal oscillator, along with its associated circuitry, produces a stable sine wave signal with the desired frequency. This signal is then amplified and filtered in order to produce a clean, low-distortion output signal suitable for further processing and transmission.

The ASTMHTE-14.7456MHZ-ZR-E-T3 oscillator is an ideal solution for applications that require precise frequency control with a wide temperature range and high shock and vibration immunity. It is commonly used in telecommunications, navigation, and other fields where precise frequency control is essential.