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EPM7256BTC144-7N

PMIC 144 Pin 166.67MHz TQFP


  • Manufacturer: Altera
  • Nocochips NO: 2936-EPM7256BTC144-7N
  • Package: TQFP
  • Datasheet: PDF
  • Stock: 184
  • Description: PMIC 144 Pin 166.67MHz TQFP (Kg)

Details

Tags

Parameters
Mount Surface Mount
Package / Case TQFP
Number of Pins 144
Published 2008
Part Status Discontinued
Max Operating Temperature 70°C
Min Operating Temperature 0°C
Frequency 166.67MHz
Max Supply Voltage 3.6V
Min Supply Voltage 3V
Number of I/O 120
Memory Type EEPROM
Propagation Delay 7.5 ns
Turn On Delay Time 7.5 ns
Frequency (Max) 188.7MHz
Number of Gates 5000
Number of Programmable I/O 36
Number of Logic Blocks (LABs) 16
Number of Macro Cells 256
RoHS Status RoHS Compliant

EPM7256BTC144-7N Overview


There are 256 macro cells, which provide radio coverage via high-power cell towers, antennas or masts in a mobile phone network.In the TQFPpackage, you will find it.In this case, there are 120 I/Os programmed.In digital circuits, 5000gates serve as building blocks.Data storage is performed using [0].Surface Mountis the mounting point of this electronic part.This board has 144 pins.This device operates at a voltage of 3.6V when the maximum supply voltage is applied.It is powered by 3Vas its minimum supply voltage.Programmable I/Os are counted up 36.You can achieve 166.67MHzfrequencies.It is recommended that the operating temperature be greater than 0°C.It is recommended that the operating temperature be lower than 70°C.In its simplest form, it consists of 16 logic blocks (LABs).It is recommended that the maximal frequency be less than 0.

EPM7256BTC144-7N Features


TQFP package
120 I/Os
144 pins
16 logic blocks (LABs)

EPM7256BTC144-7N Applications


There are a lot of Altera EPM7256BTC144-7N CPLDs applications.

  • Software-Driven Hardware Configuration
  • Voltage level translation
  • Boolean function generators
  • DDC INTERFACE
  • TIMERS/COUNTERS
  • Timing control
  • Power automation
  • Software-driven hardware configuration
  • D/T registers and latches
  • Programmable power management

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