Untitled
Abstract: No abstract text available
Text: Am10P14 /Am100P14 /Am10KP14 4,096-Bit 1 0 2 4 x 4 ECL Bipolar PROM ADVANCE INFORMATION > 3 DISTINCTIVE CHARACTERISTICS Fast Access time (8 ns typ.) — improves system cycle times Power dissipation decreases with increasing tempera ture m*. Internally voltage compensated providing flat AC perfor
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Am10P14
/Am100P14
/Am10KP14
096-Bit
Am10KP14
Am100P14
1024-words
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27S55A
Abstract: No abstract text available
Text: AmPAL* HC29MA16/AmPALHCT29MA16 24-Pin E2-Based C M O S Programmable Array Logic A D VA N C E INFORMATION • Register/Latch PR E L O A D permits full logical verifica tion • Available in high-speed tpo “ 35 ns, fMAX = 20 MHz and standard-speed (tpo ” 45 ns, fMAX “ 15.0 MHz)
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HC29MA16/AmPALHCT29MA16
24-Pin
300-mil
28-pin
PAL29MA16
7S45A
40ns/20ns/185mA
27S45SA
25ns/10ns/185mA
27S55A
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AM27S45s
Abstract: No abstract text available
Text: AmPAL*HC29MA16/AmPALHCT29MA16 24-Pin E2-Based CMOS Programmable Array Logic ADVANCE INFORMATION > 3 DISTINCTIVE CHARACTERISTICS High-performance semi-custom logic replacement; Electrically Erasable E2 technology allows repro gram mability 16 bidirectional user-programmable I/O logic macro
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HC29MA16/AmPALHCT29MA16
24-Pin
0ns/185mA
35ns/20ns/185mA
35ns/150mA
30ns/15ns/175mA
25ns/12ns/175mA
35ns/185mA
30ns/90mA
20ns/185mA
AM27S45s
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Untitled
Abstract: No abstract text available
Text: Ami 0P14 / Am100P14/Am10KP14 4,096-Bit 1 0 2 4 x 4 ECL Bipolar PROM _ ADVANCE INFORMATION_ • • Fast A ccess tim e (8 ns typ.) — im proves system cycle tim es Power dissipation decreases with increasing tem perature
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Am100P14/Am10KP14
096-Bit
Am10P14/Am100P14/Am10KP14
Am10P14
Am10KP14
100P14
1024-words
WF021640
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Untitled
Abstract: No abstract text available
Text: — B M M B B B iw n n iim v i w i r w m w M t æ ^ i — -^-“ *i71iiHrcnfnORY> It 0257528 003585? I - S H b - 13 Ami OP14/Am1 OOP14/Am1 OKP14 4,096-Bit 1 0 2 4 x 4 ECL Bipolar PROM ADVANCE INFORM ATIO N • Fast Access tim e (8 ns typ.) — im proves system cycle
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i71iiHrcnfnORY>
OP14/Am1
OOP14/Am1
OKP14
096-Bit
Am10P14
10KP14,
Am100P14
1024-words
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