23S05-1HDCG

23S05-1HDCG Overview

It is packaged using the Rail/Tube method since it is a clock IC. SOIC contains this Clock PLL. Under reflowing process, this clock generator ic is able to sustain a maximum temperature of 260. It contains 8 terminations that can be found in frequency synthesizer. For this clock generator ic, a voltage of 3.3V is required. In this clock generator, LVTTL is used as the input to the clock. To access the electronic component's full performance, 1 circuits are implemented. An up to 133MHz frequency is provided by this clock-based RF synthesizer. In this IC, a 8-bit frequency generator is designed specifically for use in microprocessors. There are a number of 8 pins that are available on the clock generators. There are 0°C operations that can be performed on this clock generator, which has impressive low-temperature performance. At 70°C, this RF synthesizer remains functional despite reduced performance. There is a maximum supply voltage of 3.3V that clock generator can handle. The clock PLL is generally classified as a Clock Drivers device. The timing skew of this frequency synthesizer is low at 0.25 nsmax. 4 pins are configured for high true output enable in this clock generator. The 23S family of parts can be used to find electronic parts that are similar to each other. A voltage above 3.6V will not provide enough power to this frequency generator. The lowest limit of supply voltage for this RF synthesizer is 3V. Electronic frequency generator is mainly used for constructing PLL BASED CLOCK DRIVER logic circuits.

23S05-1HDCG Features

Available in the SOIC
Supply voltage of 3.3V
Operating supply voltage of 3.3V
4 true outputs

23S05-1HDCG Applications

There are a lot of Integrated Device Technology (IDT) 23S05-1HDCG Clock Generators applications.

• Electronic countermeasures
• Signal frequency synthesis circuits
• Ports
• Radio receivers
• Precision auxiliary angle deflection measurement
• Medical equipment
• Microwave backhaul IF
• DVD recorders
• Deep space exploration
• Carrier synchronization in wired communication