TA-4.096MCD-T

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Oscillators are widely used in electronics and control systems. They provide a stable, repeating frequency signal for a variety of applications, such as clocks and timers. The TA-4.096MCD-T is an oscillator that has been specifically developed for automotive applications.

The TA-4.096MCD-T is a temperature compensated dual crystal oscillator with 3V HCMOS output. It provides precise, repeatable performance over a wide temperature range. The device is built using high-precision quartz crystals that are combined with ultra-precise stabilization techniques. This allows the oscillator to remain stable throughout a wide range of temperatures.

The TA-4.096MCD-T has an operating frequency of 4.096 MHz. The device is available in two different package variants. The SIP-7 package version has a controlled loading capacitance of 12pF and the DIP-8 package version has a controlled loading capacitance of 8pF. The device is also available in a range of different output voltage options ranging from 3.3V to 5.5V.

The TA-4.096MCD-T is ideal for automotive applications that require a constant, accurate and repeatable frequency. The device is well suited for automotive systems that require the connectivity of multiple ECUs using a standard synchronization signal with a high level of accuracy over a wide temperature range. The TA-4.096MCD-T is also frequently used in control systems for precise frequency and timing control.

The TA-4.096MCD-T is a highly reliable and accurate device that ensures reliable operation over a wide temperature range. The device is designed for robustness and reliability with a highly sophisticated design that ensures the long-term performance and accuracy of the device. The device is also designed to resist vibration and shock in order to provide reliable performance in harsh automotive environments.

The TA-4.096MCD-T is an excellent choice for automotive applications that require accurate frequency and timing control. The device is reliable, accurate and repeatable over a wide range of temperatures, ensuring reliable performance over the long-term. The device is designed for robustness and reliability and is capable of resisting vibration and shock, making it an ideal choice for harsh automotive environments.

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