TA-22.1184MDD-T

TA-22.1184MDD-T is a type of oscillator used as a reference clock in timekeeping applications. It is based on the silicon dioxide delay line, which is a delay element that consists of two thin layers of SiO₂ on either side of a Si substrate. Each layer of SiO₂ has different resistivity and acts as an RC filter, making the delay line suitable for application in oscillators. The TA-22.1184MDD-T oscillator employs the above principles to generate an output frequency that is precisely maintained over temperature and voltage variations.

This oscillator is suitable for applications that require a high degree of accuracy, such as timing applications in local area networks (LANs). It is also used in multiplexer systems, computer motherboards, radio frequency (RF) communication systems, and redundant or backup power supplies. The TA-22.1184MDD-T oscillator features a wide temperature range, low power consumption, and excellent frequency stability.

The TA-22.1184MDD-T oscillator works by applying a voltage across the silicon dioxide delay line. As the voltage passes through the circuit, it encounters the RC filters. As the voltage approaches the filter, the resistance begins to drop, thus increasing the current. This increases the capacitive element’s impedance, slowing down the voltage across the RC filter, and thus delaying the signal. The signal propagation time through the circuit determines the oscillation frequency.

The TA-22.1184MDD-T oscillator is capable of producing a wide range of frequencies with great accuracy. It is designed to be immune to variation in power supply, temperature, and other external factors. This makes the oscillator suitable for timekeeping applications where accurate clock synchronization is required. The oscillator can also be used in sensor systems where precise timing is needed.

In summary, the TA-22.1184MDD-T oscillator is a type of oscillator based on the silicon dioxide delay line. It is used in various timing applications such as LANs, multiplexers, motherboards, RF systems and power supplies. The oscillator is capable of generating a wide range of frequencies with great accuracy and excellent stability. It is also tolerant of temperature and other external variations, making it ideal for precise timing applications.