533BA000270DG

Pin Configurable/Selectable Oscillators are designed to bring the best performance, flexibility, and programming options to multi-function oscillators. The 533BA000270DG oscillator is a great example of this. It is designed with a broad operating temperature range of up to 105°C, making it suitable for a variety of applications, such as industrial, military, and aerospace applications. It also provides excellent transient performance, which is important for high-reliability systems.

The 533BA000270DG can be programmed for up to six different frequencies. It is also available in two user-selectable output forms: Tri-state or Push-pull. In Tri-state mode, the output can be disabled by applying a low-voltage logic signal to the programming pins. In Push-pull mode, a low-voltage logic signal can be applied to the programming pins to enable the outputs. The programming pins allow for native selection of the frequency output.

The 533BA000270DG also features a programmed enable-disable feature. When enabled, the oscillator is running at its programmed frequency, while in disabled mode it is idle. This feature is useful in applications where the oscillator needs to be paused while other activities occur, such as transferring data. This feature can also be used to reduce power consumption when the oscillator is not needed.

The operating frequency of the 533BA000270DG is also adjustable. This is important in applications where the timing parameters must be precisely adjusted. The 533BA000270DG utilizes a digital frequency trimming system to allow for quick and precise frequency adjustment. The trimming range is wide enough to address many frequency requirements.

The 533BA000270DG is compliant with the RoHS environmental directive. It also has a very low EMI/EMC (electromagnetic interference/electromagnetic compatibility) signature. This means that it is suitable for use in very sensitive electronic systems. It also features an integral output stage for even better EMI/EMC protection.

The 533BA000270DG is an ideal choice for applications which require a high level of performance as well as flexibility in programming. It is designed to operate reliably in a variety of environments, while providing excellent transient performance and EMI/EMC protection. Its adjustable output frequency and programmable enable-disable feature make it a great choice for many applications.