SIT1602BC-83-25N-40.000000X

Oscillators are electronic device that generate a steady frequency signal that is not dependent on incoming noise or voltage. The SIT1602BC-83-25N-40.000000X is an oscillator designed by Sitronix Technology Corp., a Taiwan-based electronic device manufacturer. This oscillator is designed for applications that require an ultra-high precision frequency source with a wide range of operating temperatures.

The SIT1602BC-83-25N-40.000000X is designed with high performance features such as low jitter, low rms phase noise, low power consumption, and a hermetic package. The oscillator is also designed to be immune to shock and vibration, making it ideal for use in high-reliability applications.

The operating frequency of the SIT1602BC-83-25N-40.000000X is adjustable between 0.5 – 40 MHz without significantly affecting its overall performance. It can also operate at temperatures ranging from -55° C to +125° C, making it suitable for industrial and consumer applications.

The working principle of the SIT1602BC-83-25N-40.000000X can be attributed to its unique design. The oscillator contains an oscillating circuit that is composed of a quartz resonator, a capacitor, a resistor, and an amplifier. The quartz resonator is designed to vibrate at a very precise frequency when an electrical current is applied. The capacitor and resistor are connected in parallel in order to form a resonant circuit and to act as a filter for the oscillating signal. The output from the amplifier is then used to drive the quartz resonator back and forth at the frequency of the output signal.

The SIT1602BC-83-25N-40.000000X is well-suited for a variety of applications such as communication and telemetry systems, industrial controllers, robotics, and automotive electronics. It is also a great choice for consumer electronics due to its low power consumption, high reliability, and wide operating temperature range. The SIT1602BC-83-25N-40.000000X is capable of providing a very precise frequency source that is highly stable over time.