ECS-3225S25-200-FN-TR

Oscillators:

ECS-3225S25-200-FN-TR (also known as 3225SL for short) is a type of oscillator built and manufactured by ECS Ltd. It is specifically designed for high-frequency applications and semiconductor equipment, and is one of many types of oscillators available on the market today.

3225SL oscillator is a quartz surface-mount device that utilizes a temperature-compensated crystal to accurately generate frequencies from 32.768 kHz to 100.0 MHz. It has a standard SMD package design with two distinct configurations; the first, EC-FN-TR, has a 2.5 mm by 1.5 mm footprint with an oscillator output of up to 200 mA while the second, EC-S25-TR, has an oscillator output of up to 25 mA. Both versions are highly energy efficient with power requirements of only 0.5mA maximum.

The oscillator functions via the Laming principle, which states that a resonator crystal\'s oscillation frequency is determined by its physical properties. 3225SL oscillator utilizes a temperature-compensated crystal that is designed to maximize frequency stability over a wide temperature range, enabling accuracy to be maintained over a wide variety of temperature changes. Additionally, it contains multiple components (which include the crystal, capacitor, and resistor) that are shielded within a hermetically sealed package. This allows the oscillator to be non-sensitive to environmental EMI contamination, dust, humidity, and temperature.

The primary application field of a 3225SL oscillator is for use in high frequency systems and circuit designs. It is designed for use with semiconductor equipment, such as ASICs and FPGAs. Additionally, it is also applicable for timing control in computers, audio/video electronics, broadcast systems, wireless communications, navigation, automotive applications, as well as any other application where an accurate source of frequency is required.

In conclusion, the 3225SL oscillator is a highly-accurate and reliable oscillator designed for high-frequency applications. It utilizes a temperature-compensated crystal to guarantee the accuracy of frequency results over a wide temperature range. Additionally, due to its multiple components being shielded within a hermetically sealed package, it is non-sensitive to any environmental EMI contamination. The primary application field of a 3225SL oscillator is for use with high-frequency systems and semiconductor equipment.