CL1L5AT008L-T1 Inductors, Coils, Chokes

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Delay lines are widely used in electronic circuits and are very useful in the fields of communication, radar, navigation and medical imaging. The CL1L5AT008L-T1 is one such delay line, and it is designed to provide a precise signal delay with minimal time consistent errors when operated over a wide temperature range. The CL1L5AT008L-T1 delay line operating principle is based on the piezoelectric effect.

The piezoelectric effect is a physical phenomenon in which an electrical charge is created in a material when it is subjected to mechanical stresses. This effect can be reversed – when a piezoelectric material is subjected to a voltage, the material will change shape to produce a mechanical force. These properties make it an ideal material for a delay line since a voltage can be used to create a time-delay in a signal by inducing a mechanical force in the material that delays its propagation. The CL1L5AT008L-T1 uses a piezoelectric transducer to transfer an incoming signal into mechanical oscillations which are then emergently transmitted with a fixed delay.

The CL1L5AT008L-T1 delay line is used in various applications due to its advantages over other types of delay lines. The wide temperature range and its ability to consistently provide precise delays are some of the key benefits. The CL1L5AT008L-T1 has a wide temperature range of -40°C to +85°C and the signal delay is constant over this temperature range. It provides precise signal delays of up to 250ns with an accuracy of ±25ps. The CL1L5AT008L-T1 also has excellent performance characteristics due to its high power handling capacity, low insertion loss, low thermal resistance and high common-mode rejection ratio.

The CL1L5AT008L-T1 delay line also has a feature that makes it highly attractive in applications requiring accurate, repeatable delays, such as communications systems and medical imaging. This feature is the Trimmable Synchrodelay, which allows the exact delay time to be adjusted accurately down to the nanosecond level. This is done by applying two external control voltages to the Trimmable Synchrodelay control pins, which alter the piezoelectric transducer\'s resonance frequency. This makes it possible to achieve a high degree of accuracy and repeatability in the delay time.

The CL1L5AT008L-T1 is a highly reliable and precise delay line that is ideal for applications that require an accurate and repeatable signal delay. It is designed to provide superior performance over a wide temperature range and can be used to achieve delays at the nanoseconds level. With its impressive performance characteristics and trimmable synchrodelay feature, the CL1L5AT008L-T1 can be used in a variety of applications, including communications systems and medical imaging.

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