NB2308AC3DG Overview

As a clock IC, it is packaged by the Tube method. Clock PLL is embedded in the 16-SOIC (0.154, 3.90mm Width) package. Frequency generator is capable of operating at a maximum temperature of 260 when reflowing. As a result of this, we can find 16 terminations. Clock generator ics require a voltage of 3.3V. There is a Clock PLL called Clock which is designed to be the input to this clock generator. 1 circuits are used to achieve clock PLL's superior flexibility. Providing a maximum frequency of 133.3MHz, this clock-based RF synthesizer is suitable for a variety of applications. The Surface Mount allows the electrical component to be installed conveniently on the panel. The maximal supply voltage this clock generator would take is 3.6V. There should be a voltage supply above 3V for this frequency generator in order to ensure its safety. Clock generators should operate with the voltage supply of 3V~3.6V. Using the test statistics, we estimate that the ambient temperature should be 0°C~70°C. A Zero Delay Buffer is a classification for the electronic part in question. There is a 16-bit clock-generating IC built specifically for microprocessors in this frequency generator. According to the base part number, its related parts can be founded. There are a number of 16 pins that are available on the frequency synthesizers. The maximum supply voltage that analog clock generator can handle is 3.3V. At 0.4 ns Max, this analog clock generator exhibits low timing skew. The digital clock generator has 8 high-enable output pins.

NB2308AC3DG Features

Available in the 16-SOIC (0.154, 3.90mm Width)
Supply voltage of 3.3V
Operating supply voltage of 3.3V
8 true outputs

NB2308AC3DG Applications

There are a lot of ON Semiconductor NB2308AC3DG Clock Generators applications.

• Coherent detection of the signal
• Symbol synchronization
• Local oscillators (LOs)
• Test equipment
• Small signal recovery
• Reference signals to RF systems
• Mixed mode (analog and digital) applications
• High-speed optical transport network (OTN)
• Microwave point-to-point systems
• Signal modulation and demodulation