ECS-040-20-4X-DU

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals are often used as oscillators or filters in various applications where exceptional accuracy is important. The ECS-040-20-4X-DU is an advanced type of crystal from the well-known Electronics Company ECS Inc.. With its high stability and low jitter, it\'s an excellent choice for applications that require precise timing control and exceptional performance.

This particular model is a 32 kHz, 20pF crystal. It has four pins which are gold-plated for better electrical connection, and it is housed in a robust metal case for increased durability. It also features a low profile design, making it easier to install in existing equipment. The ECS-040-20-4X-DU is available in a range of frequencies and capacitances, so it can be used in a variety of applications.

As a crystal oscillator, the ECS-040-20-4X-DU uses its crystal resonator to generate electrical signals that are a precise multiple of the oscillation frequency. It is widely used in digital circuits, microcontrollers, and systems where accurate timing and synchronization is necessary. When operated at the resonant frequency, this model can generate precise oscillations on the order of ten nanoseconds or better.

The ECS-040-20-4X-DU crystal can also be used as a filter. It uses its precise resonance frequency to filter out unwanted high-frequency noise from signals, ensuring that the signal produced is clean, precise, and accurate. This makes it ideal for use in radio communication and other high-end applications.

Due to its high stability and accuracy, the ECS-040-20-4X-DU is a popular and reliable choice for a wide range of applications. Its robust casing and gold-plated pins make it reliable for long-term use, and its low profile design allows it to fit into many existing systems. Its precise timing control and strong filtering capabilities make it the ideal choice for high-end applications that require extreme accuracy.

The specific data is subject to PDF, and the above content is for reference