SIT8008BC-73-33S-32.000000D

Oscillators are the class of electrical components that generate electronic signals with a precise frequency. SIT8008BC-73-33S-32.000000D is an oscillator that finds application in a wide range of fields for frequency control. It is a low current, high stability, surface mount oscillator in a 5 x 7 mm SMD-6 package.

Applications of the SIT8008BC-73-33S-32.000000D oscillator are largely concentrated in telecommunications, consumer, automotive, and industrial electronics. In telecommunications, it finds use in fiber-optic communications, television, radio transmitters, and base station equipment. In consumer electronics, it is used mainly in video game consoles, DVD players, digital cameras, and other high-volume consumer-grade digital devices. In automotive electronics, it is used mainly for sensors, instrumentation, ECUs, and other automotive subsystems. In industrial electronics, it is used in industrial control systems and robotics that require precise and reliable control.

The SIT8008BC-73-33S-32.000000D oscillator operates off a 3.3V DC supply voltage. It features a wide frequency range of 30.0000000MHz to 33.0000000MHz, a RoHS compliant package, and a low profile of just 1.6mm. It also features an outstanding temperature range of -40°C to 85°C and a stability tolerance of ±50ppm. It offers a maximum start-up time of 5ms, making it ideal for applications that require frequent start/stop operations.

The basic working principle of the SIT8008BC-73-33S-32.000000D oscillator is the same as that of other oscillators. Power is applied to the oscillator circuit, where it is converted into an AC waveform. This waveform is then amplified and sent into a feedback loop, where it is filtered and reshaped into the desired waveform before being sent out of the oscillator as an output signal.

The SIT8008BC-73-33S-32.000000D oscillator is a high-performance oscillator that can provide the precise and reliable control required in a wide range of applications. Its wide frequency range, low profile, and high stability make it ideal for applications in telecommunications, consumer, automotive, and industrial electronics.