TIBPAL16R6-5CN Overview

Type Through Hole mounting is used for mounting the PLD stock.Programmable logic devices are PAL that is programmable.IMPACT-X? PAL? Series offers excellent value due to Programmable logic array's performance-cost ratio.As a result of Programmable logic array's package, the 20-DIP (0.300, 7.62mm) is widely used in electronics.Programmable array logic's Packaging is made with Tube-materials.5V's Programmable logic device's input voltage is provided.TIBPAL16R6 represents the largest part of the PLD stock.Through Hole is the direction in which the PLD is mounted.The pin number of the Complex Programmable logic device remains 20.Programmable logic devices are still possible to operate precisely at 125MHz frequency.At the present time, 75°C is the maximum working temperature.It should be warmer in Programmable logic device's operation than 0°C.There is only a supply voltage of 4.75V volts that it can work with.Programmable logic devices are only compatible with 5.25V supply voltages.A programmable 2 I/O is available on this board.At all times, 5V powers the Complex Programmable logic device.Inputs dedicated to 8 are embedded in the PLD.Programmable logic devices are constructed with 20 terminations.A subcategory of Programmable Logic Devices can be applied to it.There are 5V supplies in the Programmable logic device.A product term has a 64 value.6 outputs are numerous.A board with 20 pins has specific purposes.The maximum supply temperature is 200mA.In addition, POWER-UP RESET; REGISTER PRELOAD is among the additional features.

TIBPAL16R6-5CN Features

Mounting type of Through Hole
Input voltage of 5V
Maximum temperature of 75°C
2 I/Os

TIBPAL16R6-5CN Applications

There are a lot of Texas Instruments TIBPAL16R6-5CN PLDs (Programmable Logic Device) applications.

• Software
• Various types of power-limited applications
• High-speed Devices
• High performance applications
• High-end communication equipment
• Programmable Logic Devices
• Industrial
• Battery operated devices
• Low power applications
• Power-limited applications