TIBPAL16R4-5CFN Overview
Mounting is done with the Type Surface Mount method.It has a type of PLD Programmable logic device? of PAL programmable.IMPACT-X? PAL? Series offers excellent value due to Programmable logic array's performance-cost ratio.Due to the 20-LCC (J-Lead)'s package, Programmable logic devices are widely used in the electronics industry.Tube-materials are used for Programmable array logic's Packaging.A voltage input is provided for 5V.TIBPAL16R4 represents the largest part of the PLD stock.Surface Mount is mounted in the way of the PLD.For the Complex Programmable logic device, 20 remains the pin number.Even at the frequency of 125MHz, it can function accurately.Programmable logic devices are currently 75°C degrees Celsius that can be used as a maximum working temperature.A 0°C warm environment is required while the machine is in Programmable logic device's operation.Only 4.75V volts will work with Programmable logic controller.5.25V is the only supply voltage it can work with.There are 4 programmable I/Os on this PLD.Whenever the Complex Programmable logic device is powered, Programmable logic devices are powered from 5V.Inputs dedicated to the 8 axis are embedded in it.It has a 20 termination.There is also the possibility of applying the Programmable Logic Devices subcategory.Supplies for the Programmable logic device are 5V.In this case, 64 refers to the number of product terms available.In total, there are numerous 8 outputs.Various 20 pins are located on the board for specific purposes.Additions like POWER-UP RESET; REGISTER PRELOAD are among them.
TIBPAL16R4-5CFN Features
Mounting type of Surface Mount
Input voltage of 5V
Maximum temperature of 75°C
4 I/Os
TIBPAL16R4-5CFN Applications
There are a lot of Texas Instruments TIBPAL16R4-5CFN PLDs (Programmable Logic Device) applications.
- High-speed Devices
- Various types of power-limited applications
- Software
- Industrial
- Microcomputer systems
- Power-limited applications
- High performance applications
- Battery operated devices
- high-performance microcomputer systems
- Low power applications
