DescriptionAltera EPM5032 EPLDs are MAX5000 EPLDs optimized for speed.They can integrate multiple SSI, MSI TTL, or SSI and MSI TTL as well as CMOS logic devices. In addition, the EPM5032 can replace multiple 20-pin PAL or PLA devices and have logic left over for further in integration.EPM5032 EPLD...
EPM5032 EPLD: DescriptionAltera EPM5032 EPLDs are MAX5000 EPLDs optimized for speed.They can integrate multiple SSI, MSI TTL, or SSI and MSI TTL as well as CMOS logic devices. In addition, the EPM5032 can replace...
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Altera EPM5032 EPLDs are MAX5000 EPLDs optimized for speed.They can integrate multiple SSI, MSI TTL, or SSI and MSI TTL as well as CMOS logic devices. In addition, the EPM5032 can replace multiple 20-pin PAL or PLA devices and have logic left over for further in integration.EPM5032 EPLDs contain 32 macrocells; the expander product-term array provides 64 expanders.The I/O control block contains 16 bidirectional I/O pins that can be configured for dedicated input, dedicated output, or bidirectional operation. All I/O pins feature dual feedback for maximum pin flexibility.
Features of of the EPM5032 EPLDs are:(1): supply voltage(Vcc) is -2.0 V min and 7.0 V max(with respect to GND); (2): DC input voltage(VI) is -2.0 V min and 7.0 V max; (3): DC Vcc or GND current(Imax) is 300 mA max; (4): DC output current, per pin(Iout) is -25 mA min and 25 mA max; (5): power dissipation(PD) is 1500 mW max; (6): storage temperature(Tstg) is -65 to 150( no bias); (7): ambient temperature(Tamb) is -65 to 150(under bias); (8): junction temperature(Tj) is 150 max(under bias).
The absolute maximum ratings of the EPM5032 EPLDs can be summarized as:(1): supply voltage(Vcc) is 4.75 V min and 5.25 V max; (2): input voltage(VI) is 0 V min and Vcc V max; (3): output voltage(Vo) is 0 V min and Vcc V max; (4): operating temperature(Ta) is 0 to 70; (5): case temperature(Tc) is -55 to 125; (6): input rise time(tR) is 100 ns max; (7): input fall time(tF) is 100 ns max.