534AB000616DGR

Pin Configurable/Selectable Oscillators are widely used in consumer electronics and other industries, providing precise and stable frequency sources that allow precise timing applications. The 534AB000616DGR is a type of frequency-specific oscillator with adjustable frequency or pin and voltage selectable features.

This type of oscillator is compact in size and provides a single frequency of operation at a specified 3.3V supply voltage. With an operating temperature range of -40°C to +85°C, the 534AB000616DGR is an attractive choice for embedded products and other space-restricted applications. It also offers a wide frequency range of 14.25MHz - 35.75MHz, a low current consumption of 1mW, and a high output logic level of 3.3V/0.8V.

The oscillator is designed to limit unwanted spurious frequencies, making it an ideal choice for communication systems that require precise synchronization between the outputs. It is also designed to minimize jitter due to EMI and DC crosstalk, and its low power consumption makes it a cost-effective solution for battery-powered applications.

In addition, the 534AB000616DGR offers a variety of features to ensure its most efficient operation, such as programmable prescaler, automatic output enable/disable, and programmable start-up delay. Its optional add-on options such as an external load resistor and active pull-down can significantly reduce operating temperature in high-speed environments and reduce time-to-startup.

The 534AB000616DGR can be adapted to almost any application due to its pin-specific programmability. Its adjustable frequency feature lets users adjust the center frequency, while the voltage selectable feature allows users to set the voltage level precisely. In addition, the unit’s frequency stability is accurate to ±2% when operated from crystal.

The 534AB000616DGR pin configurable/selectable oscillator is a highly reliable and efficient oscillator for a variety of applications. Its low current consumption, wide frequency range and programmability make it an ideal choice for embedded and consumer electronic applications, as well as for providing precise, stable frequency sources for communication systems.