PL22V10-10

The Philips Semiconductors PL22V10-10 is a CMOS programmable electrically erasable logic device that provides a high-performance, low-power,reprogrammable, and architecturally enhanced altemative to early generation programmable logic devices(PLDs). Designed in advanced CMOS EEPROM technology, the PL22V10-10 rivals speed parameters of comparable bipolar PLDs while providing a dramatic improvement in active power consumption. The EE repeorammbility of the PL22V10 allows cost effective plastic packaging, low risk inventory,reduced development and retrofit costs, and enchanced testability to ensure 100% field progammability and function. The PL22V10's flexible architecture offers complete function and JEDEC-file compatibility with the bioplar. AmPAL22V10 and the CMOS PL22V10-10. Applications for the PL22V10 include: replacement of random SSI/MSI logic curcuitry and user customized sequential and combianational functions such as counters, shift registers, state machines,address decoders, multiplexers, etc.It has many unique features: The first one is advanced CMOS EEPROM technology. The second one is ultra high performance. The third one is it is available in dual in-line, small outline large, and plastic leaded chip carrier packages. The forth one is low power consumption. The fifth one is EE reprogrammability. The sixth one is development and programming support. The seventh one is architecture flexibility . The last one is application versatility.

There are some absolute maximum ratings about PL22V10-10. Supply voltage(Vcc) is -0.5 v to +7.0 V when it is relative to GND. Voltage applied to any pin(Vin,Vout) is -1.3 VDC to Vcc+0.5 VDC when it is relative to GND2.Output current(Iout) is ±25 mA. Storage temperature range(Tstg) is -65 to +125. Lead temperature(Tlt) is +300(soldering 10 secons).Othewise, there are also some operating ratings. Supply voltage(Vcc) is +4.75 VDC to +5.25 VDC(commercial) and is +4.5 VDC to +5.5 VDC(industrial). Ambient temperature(Tamb) is 0 to +70(comercial) and is -40 to +85(industrial).clock rise time (tr) is 250 ns max.Clock fall time(tf) is 250 ns max. Vcc rise time(trvcc) is 250 ns max.(note:test points for clock and Vcc in tr, tf,tch,and treset are referenced at 10% and 90% levels.).

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