ECS-96SMF21A15 Filters

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Monolithic crystals are widely used in a variety of electronic circuits. ECS-96SMF21A15 is an example of these crystals. Developed by ECS International Corporation (EIC), the ECS-96SMF21A15 is designed for applications including infrared remote controls and microprocessor control systems. In this article, we will discuss the application field and working principle of the ECS-96SMF21A15.

Application Field

ECS-96SMF21A15 is used for applications requiring reliable, low power and long life operation. It is well suited for use in infrared remote controls, microprocessor control systems, RFID tags, automotive systems, and toys and hobby electronics. It is also ideal for a variety of other electronic applications.

The crystal oscillator used in the ECS-96SMF21A15 is a low-power, high-stability, low-fpi and reliable device. It consists of a 25 KHz to 125 KHz oscillator and a 0 to 15 MHz range reference crystal with a frequency accuracy of 5 ppm. This provides a wide range of frequencies for various applications.

The size of the ECS-96SMF21A15 is 7.5mm x 8.8mm x 3.2mm, making it an ideal solution for applications requiring small form-factor components. Operating temperatures range from -10°C to +60°C, making it suitable for a variety of environmental conditions.

The ECS-96SMF21A15 is highly reliable and its cost-performance ratio is excellent. The device is also RoHS compliant and meets various QA requirements.

Working Principle

The ECS-96SMF21A15 works by converting a given electrical signal to an alternating current of appropriate frequency. The oscillating crystal inside the device allows the current to oscillate at a constant frequency. The frequency is determined by the physical characteristics of the crystal.

When an electrical signal is applied to the ECS-96SMF21A15, it induces an alternating current. This current is turned into an oscillating signal by the crystal, which then causes the alternating current to oscillate at a desired frequency. The frequency is determined by the physical characteristics of the crystal and is adjustable via specialized circuitry.

The frequency of the oscillation can be changed by changing the capacitance of the crystal. This is done by adding or removing a number of electrodes from the crystal, thus altering the amount of internal capacitance. The frequency can also be adjusted externally by varying the voltage supplied to the crystal.

The signal generated by the ECS-96SMF21A15 is sent to other components, such as microprocessors and other electronic components, to control the operation of the device or system. The crystal oscillator ensures that the signal remains constant and accurate, allowing the device or system to operate in a reliable and efficient manner.

Conclusion

The ECS-96SMF21A15 is a versatile and reliable monolithic crystal. It can be used in a variety of applications, including infrared remote controls, microprocessor control systems, RFID tags, automotive systems, and toys and hobby electronics. Its small form-factor, reliability, cost-performance ratio, and RoHS compliance make it an ideal solution for these types of applications. Its working principle is based on the conversion of an electrical signal to an alternating current, which is then oscillated by the crystal to maintain a necessary frequency for operation.

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