TIBPAL16R8-5CN

TIBPAL16R8-5CN Overview

The PLD stock is mounted using Type Through Hole.It has a type of PLD Programmable logic device? of PAL programmable.The best value on the market can be found in IMPACT-X? PAL? Series' performance-cost ratio.Electronics manufacturers use the 20-DIP (0.300, 7.62mm) because of Programmable logic array's package.Programmable array logic's Packaging uses Tube-materials.There is a TIBPAL16R8-shaped section on the PLD stock that is Programmable logic array's biggest part.There is a Through Hole-mount for the PLD.Complex Programmable logic device 20 remains Programmable logic array's pin number.Programmable logic devices are still possible to operate precisely at 125MHz frequency.In the current state, 75°C is the maximum working temperature.When Programmable logic device is in Programmable logic device's operation, it should be warmer than 0°C.Using a 4.75V volt supply voltage is the only way for it to work.It can only be powered by a 5.25V supply voltage.At all times, the Complex Programmable logic device is powered by 5V.A dedicated input for 8 is embedded in the PLD.Programming has included a 20 termination.There is also the possibility of applying the Programmable Logic Devices subcategory.There are 5V supplies in the Programmable logic device.A product term has a 64 value.There are numerous 8 outputs.The Programmable logic device requires 5V voltage to operate.On the board, there are 20 pins used for specific purposes.If you supply it with a temperature of 180mA or less, it should work.There are several additional features, including POWER-UP RESET; REGISTER PRELOAD.

TIBPAL16R8-5CN Features

Mounting type of Through Hole
Maximum temperature of 75°C

TIBPAL16R8-5CN Applications

There are a lot of Texas Instruments TIBPAL16R8-5CN PLDs (Programmable Logic Device) applications.

• High-end communication equipment
• high-performance microcomputer systems
• Electrically Devices
• Highly complex logic
• Power-limited applications
• Battery operated devices
• Programmable Logic Devices
• High-speed Devices
• High performance applications
• Industrial