EG-2001CA 166.6286M-PCZB

Oscillators produce an output signal with a particular frequency and may require very small input signals to start the production. The EG-2001CA 166.6286M-PCZB oscillator is one such device. It is the ancestor of the general type of oscillators, with an unconventional design focused on durability and function over the usual specifications like size or power consumption.

This oscillator is specified for operation in a wide range of temperatures and force conditions, making it suitable for a variety of applications. The most common use is for general-purpose timing and signal generation, but there are several others for different tasks. One popular usage is for power management systems, such as in cars, to accurately control engine RPM and fuel efficiency. Other uses include self-calibrating and self-tuning applications like industrial and precision robotics, medical device and aerospace actuator systems, and nuclear power plants.

In termsof operating principles, the EG-2001CA 166.6286M-PCZB oscillator is based on a relaxation oscillator circuit. This type of circuit produces a repeating amplitude-limited signal with a single frequency determined by a resistor-capacitor (RC) circuit. A negative feedback loop is used to control the amplitude, or peak-to-peak level, of the output signal. The effect of this feedback loop is to improve stability and accuracy of the signal’s frequency.

The EG-2001CA 166.6286M-PCZB oscillator is a good choice for applications that need stable and accurate timing. It has a wide operating range, from -65°C to +125°C, and can handle up to +150°C with certain modifications. This makes it suitable for use in many different environments, ranging from aerospace and underwater systems to automotive and industrial settings. Additionally, its thick film resistors and capacitors and low noise output signal make it an ideal choice for power management systems.

In conclusion, the EG-2001CA 166.6286M-PCZB oscillator is an example of oscillator with an unconventional design focusing on reliability and performance. It is based on a relaxation oscillator topology, meaning it produces an amplitude-limited output signal with a frequency determined by the RC circuit. Its versatile design and wide range of operating conditions make it suitable for a variety of applications, especially power management systems.