416F36023ATT

The 416F36023ATT is a crystal oscillator produced by Fox Electronics, a provider of timing technology products. It is a 16 MHz AT-cut crystal oscillator that is designed to meet the most stringent and demanding applications. It is available in various SMD packages of 4–7.3mm, and is specifically designed to withstand and deliver performance in highly-corrosive and hostile applications, such as Automotive, Industrial, and Military environments. It offers a low-power (50mA max) and low-noise solution for applications that require excellent frequency stability and short-term stability.

The 416F36023ATT crystal oscillator is designed to produce a signal with excellent thermal stability, low phase noise, and fast rise/fall times. Its AT-cut crystal design uses low-k dielectrics that allow for extremely low noise levels. This is particularly important in applications that have high phase noise requirements. Additionally, the device utilizes a high-Q approach which reduces phase jitter, resulting in excellent performance even in difficult environments such as those encountered in avionics.

The 416F36023ATT is built using a low-temperature co-fired ceramic (LTCC) substrate. This allows for excellent frequency stability and a more robust electrical connection. Additionally, this LTCC substrate is lead-free, meaning it conforms to the European Union\'s Restriction of Hazardous Substances (RoHS) directive. It is also RoHS compliant in terms of materials used and processes followed.

The 416F36023ATT is a crystal oscillator with excellent performance characteristics. It offers a wide operating temperature range (-55°C to 125°C) and is designed to meet the most demanding applications. Its excellent thermal stability, low phase noise, and high reliability make it an excellent choice for applications such as automotive, telecommunication, timing and synchronization.

In conclusion, the 416F36023ATT crystal oscillator is an excellent choice for a wide array of applications. It offers excellent performance, low power usage, and a high operating temperature range. Additionally, its RoHS compliant design allows it to conform to the Restriction of Hazardous Substances (RoHS) directive. Finally, its excellent frequency stability and short-term stability make it a reliable choice for applications that require accuracy in timing.