8735AY-31LF

8735AY-31LF Overview

LQFP contains this Clock PLL. Frequency generator can maintain a maximum temperature of 260 under reflowing conditions. There are 32 terminations found in this file. The clock generator ic should be grounded with a voltage of 3.3V. As the Clock PLL's input, LVDS is designed to be used in order to generate the clock signal. To access the electronic component's full performance, 1 circuits are implemented. Providing a maximum frequency of 350MHz, this clock-based RF synthesizer is suitable for a variety of applications. Microprocessors are specifically designed to use this clock-generating IC, which has a 32-bit output. It is possible to connect to the PLL via 32 pins. Despite its low-temperature operation, this clock generator ic is capable of 0°C operations. There is still a possibility of the electronic frequency generator working at 70°C with attenuated performance. In terms of the supply voltage, analog clock generator can handle 3.3V volts. This clock generator can be classified as a kind of Clock Drivers in general. At 0.035 ns Max, this clock generator offers low timing skew. 5 pins are configured for high true output enable in this clock generator. When searching for parts belonging to the 8735 family, similar electric components can be found. A voltage above 3.465V will not provide enough power to this frequency generator. For this clock generator ic, 3.135V is the lowest allowable supply voltage. The PLL BASED CLOCK DRIVER logic circuits primarily use this clock device.

8735AY-31LF Features

Available in the LQFP
Supply voltage of 3.3V
Operating supply voltage of 3.3V
5 true outputs

8735AY-31LF Applications

There are a lot of Integrated Device Technology (IDT) 8735AY-31LF Clock Generators applications.

• Line cards used in telephone exchange
• Computers to manage memory cards
• CPUs
• Laptops
• Communication infrastructure
• Deep space exploration
• Satellite navigation communication
• Electronic countermeasures
• Automatic control system test
• Picocells, femtocells and small cells