ECS-120-20-1X-EM

ECS-120-20-1X-EM is a type of piezoelectric crystal oscillator device which utilizes the precise frequency of single-crystal quartz to generate and maintain a high-power and precise frequency output. This type of crystal oscillator is widely used for high frequency electrical applications due to its superior frequency accuracy, stability and long term accuracy. The device has a frequency range of about 120 MHz – 20 MHz, a central frequency of 1 MHz and an EM (error-minimizing) type of output.

Application Field

ECS-120-20-1X-EM crystal oscillators are mainly used in electronics, communications and other industries. These are mainly adopted where the precise timing and frequency are required in the production, operation and application process.

• Communication: In the wireless telecommunication,the device is mainly used as a clock/carrier reference in digital and microwave transmission devices, such as RADAR systems, base station transmitters, cellular amplifiers, modem applications and other related products.
• High Frequency: This device can work at a high frequency to help synthesize analog and digital signal, the way against frequency interference, hardware clocks and phase-locked loops.
• High-tech Instruments:ECS-120-20-1X-EM oscillators are also used in ultrasound, medical instruments and other high-tech instruments.
• Data Processing & Storage: In the field of data processing and storage, these oscillators are also widely used in embedded systems and solid-state storage.
• Industrial Controls: In the industry, the device can be used for frequency stabilization, precision control and timing in industrial automation, motor control and other related fields.

Working Principle

The ECS-120-20-1X-EM crystal oscillator device relies on the piezoelectric effect of single-crystal quartz to generate an output of precise and stable frequency. This effect works by coupling a small electrical charge with a large mechanical force, which then causes the quartz to vibrate. The frequency of these vibrations is what produces the clock signal of the crystal oscillator. This signal is then amplified by an amplifier and then outputted. The EM type of the ECS-120-20-1X-EM crystal oscillator utilizes a built-in error minimization system to reduce the potential errors that can occur when using a quartz crystal.

In conclusion, the ECS-120-20-1X-EM crystal oscillator is a device which utilizes the precise frequency of single-crystal quartz to generate a stable and precise frequency output. This type of crystal oscillator is widely used in the production, operation and application processes of industries such as electronics, communications, high-frequency applications, and high-tech instruments. It works by utilizing the piezoelectric effect of quartz to produce a high-power and precise frequency output, which is then amplified and outputted. The EM type of the device also utilizes a built-in error minimization system to reduce any potential errors.