SIT1602BC-22-25E-75.000000E

Oscillators are electronic circuits which generate a repetitive signal. The conventional oscillator consists of an amplifier and feedback path around a frequency selective network. SIT1602BC-22-25E-75.000000E is a type of oscillator that utilizes a crystal as the frequency control element. The oscillator is designed to provide a precise frequency within a narrow bandwidth. It is commonly used for digital communication and timing applications.

The SIT1602BC-22-25E-75.000000E crystal oscillator utilizes a quartz crystal as the frequency control element. The crystal is a piezoelectric element which vibrates at a certain frequency when a voltage is applied across it. The oscillator utilizes a feedback circuit to maintain the oscillation of the crystal at the intended frequency. A crystal oscillator often uses an amplifier and an integrated circuit for the feedback circuit, as well as a frequency selective filter. This type of oscillator is used when precision is critical in an application.

The SIT1602BC-22-25E-75.000000E oscillator has a specific frequency of 75.000000MHz and has a maximum frequency stability of ±25.0ppm. The oscillator is designed for temperature applications from -40°C to +85°C. It is designed for low power, low noise operation and typically consumes 10mA of current. It is typically packaged in a surface mount leaded package for easy mounting.

The SIT1602BC-22-25E-75.000000E crystal oscillator is primarily used in digital communication and timing applications. It is used as a clock source in microcontrollers and digital logic. It is also used in marine electronics, Global Positioning System (GPS) receivers, RFID readers, computer peripherals and electrical power meters.

The SIT1602BC-22-25E-75.000000E crystal oscillator is an invaluable tool for precise frequency control in a variety of applications. Its combination of low power consumption, small package, wide temperature range, and high accuracy makes it an excellent choice for a range of digital communication and timing applications.