ECS-160.003-18-4

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Crystals come in many forms due to the many types of applications that they are used in. One type of crystal is the ECS-160.003-18-4, which is a low frequency crystal typically used in applications such as motor timing and other frequency control applications. This crystal has different characteristics and features compared to other crystals, and its working principle and application field can be further understood by looking at its features.

The ECS-160.003-18-4 has a frequency of 16.000 kHz and is a low frequency crystal. It is designed to operate at a temperature of -20 to 85℃ with a maximum age of 10 years at 85℃. The crystal is manufactured with a preoffset of +/- 5% and a frequency tolerance of +/- 10%. It also has an excellent temperature stability, with a frequency shift of -10 ppm/℃. Additionally, the oscillator current is typically 15 mA and a maximum of 25 mA. The crystal is also resistant to shock, vibration and environmental effects.

The working principle of the ECS-160.003-18-4 crystal is based on a piezoelectric effect. This effect occurs when an electric field is applied to a material such as quartz, causing it to vibrate and produce an electrical signal. When the quartz crystal is placed in a electronic circuit, the vibrating crystal produces an oscillating electrical current. This current is then used to control the timing or frequency in the circuit, allowing it to accurately monitor and control various applications.

The application field of the ECS-160.003-18-4 is vast and includes systems such as automotive, industrial, and medical. Automotive systems use this crystal to control the signal frequency of the antenna and the ECU, as well as to control the timing signal of fuel injection systems. It is also used in industrial computer systems to control signal frequency and minimize the effects of interference from electromagnetic waves. Additionally, it is used in medical systems such as cardiac monitors and imaging equipment to control signal frequency.

The ECS-160.003-18-4 is an example of a low frequency crystal with a wide range of applications. With its ability to accurately control frequency and its ability to resist shock and vibration, the ECS-160.003-18-4 is a useful tool for electronic circuit designers. Its piezoelectric effect as well as its applications in automotive, industrial and medical systems, this crystal offers a range of benefits for today’s electrical engineering projects.

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