8T49N105A-001NLGI

The 8T49N105A-001NLGI is a versatile device designed for clock/timing applications, specifically clock generators, phase-locked loops (PLLs) and frequency synthesizers. With high frequency and digital phase compensation, the 8T49N105A-001NLGI provides robust phase and frequency control in demanding applications.

The 8T49N105A-001NLGI architecture provides a high speed feedback loop with an M-counter separating the phase and frequency domains. This ensures smooth phase transition and fast frequency response. The device has an integrated low noise oscillator designed for low jitter operation and a wide input range up to 1 MHz. The 8T49N105A-001NLGI also features a high performance phase-locked loop with fast lock times and adjustable tracking bandwidth.

For applications requiring further control, the 8T49N105A-001NLGI can be configured with a range of adjustable parameters. These parameters can be adjusted to improve stability and jitter performance, as well as optimize the device for specific application requirements. Additionally, the device can be programmed through a SPI or I²C interface.

The 8T49N105A-001NLGI is extremely versatile and can be used in various applications. One example is a timing reference source in a radio system where it is used to generate frequency hopping signals. In this application, the 8T49N105A-001NLGI would be used to generate a precise signal based on a reference frequency input. Additionally, the 8T49N105A-001NLGI can also be used to generate baseband signals for communication systems such as Bluetooth, Wi-Fi and ZigBee.

In clock and frequency synthesizers, the 8T49N105A-001NLGI is used to generate output clocks with low jitter and frequency on-off control. Additionally, the device can be used to generate stable clock signals for other applications such as medical instruments, test and measurement equipment and resource-constrained embedded systems.

In short, the 8T49N105A-001NLGI is a highly capable clock/timing device designed for clock generators, PLLs, and frequency synthesizers. It provides fast frequency response and smooth phase transition, as well as adjustable parameters and a choice of interfaces for ultimate flexibility.