SIT1602BC-71-33N-24.000000G

Oscillators are electrical components that transmit an electrical current that cycles between two amplitudes and occur at a specific regular rate (normally determined by a capacitor or inductor) and produce an output signal that is an exact replica of the input signal. SIT1602BC-71-33N-24.000000G is one of the oscillators widely used in industries and it has various functions in various applications.

SIT1602BC-71-33N-24.000000G Application Field

The SIT1602BC-71-33N-24.000000G oscillator can be used in a variety of application fields, including the aerospace, automotive, consumer electronics, industrial, and medical fields. In the aerospace field, it has been used as a engine control module that provides vibration and temperature resistance control. The automotive field is using these oscillators in various ways, including in-vehicle audio systems, security systems, and engine control systems. The oscillator is also widely used in the consumer electronics field in a variety of products, such as digital cameras, smart phones, and wireless routers. In the industrial field, this oscillator is utilized in a range of automated controllers and various measuring instruments. Lastly, the oscillator is used in medical devices such as X-ray imaging systems.

SIT1602BC-71-33N-24.000000G Working Principle

The SIT1602BC-71-33N-24.000000G oscillator operates with the principle known as Constant Voltage Across Capacitance (CVC). This principle is based on the fact that when a capacitor is placed across a load, it behaves as if it were a single-pole, high-resistance switch. This switch is referred to as a CVC switch when it is in its open-circuit form, meaning that the plate of the capacitor is open and not connected to any circuit element. When a voltage is applied to the capacitor switch, the plate short-circuits to the load, reducing the resistance across the capacitor plate. As a result, a current is created through the capacitor and can be used as a clock signal. This process is repeated continuously, resulting in a continuous oscillating signal.

The advantage of utilizing a CVC switch in this oscillator is the low-voltage operation, which allows the oscillator to remain stable over a wide range of input voltages and temperatures. It also offers a high-efficiency operation, as the CVC switch consumes less power than other types of oscillators. Additionally, this oscillator’s low-noise operation helps to reduce electrical noise in applications.