...)
DESCRIPTIOn The M27C64nt color='#FF0000'>ant> is nt color='#FF0000'>ant> hint color='#FF0000'>gnt>h speed 65,536 nt color='#FF0000'>bnt>it UV ernt color='#FF0000'>ant>snt color='#FF0000'>ant>nt color='#FF0000'>bnt>le nt color='#FF0000'>ant>nd electricnt color='#FF0000'>ant>lly pront color='#FF0000'>gnt>rnt color='#FF0000'>ant>mmnt color='#FF0000'>ant>nt color='#FF0000'>bnt>le memory EPROM ident color='#FF0000'>ant>lly suited for microproce...nt color='#FF0000'>bnt>. complete nt color='#FF0000'>ant>ssurnt color='#FF0000'>ant>nce thnt color='#FF0000'>ant>t output nt color='#FF0000'>bnt>us contention will not occur. For the most efficient use of these...
Description
64K (8K x 8) UV EPROM nt color='#FF0000'>ant>nd OTP ROM 64K的(8K的8)紫外线EPROM和检察官办公室光<nt color='#FF0000'>bnt>r>
...
DESCRIPTIOn The M27C4001 is nt color='#FF0000'>ant> 4 Mnt color='#FF0000'>bnt>it EPROM offered in the two rnt color='#FF0000'>ant>nnt color='#FF0000'>gnt>es UV (ultrnt color='#FF0000'>ant> violet ernt color='#FF0000'>ant>se) nt color='#FF0000'>ant>nd OTP (one time pront color='#FF0000'>gnt>rnt color='#FF0000'>ant>mmnt color='#FF0000'>ant>nt color='#FF0000'>bnt>le). It is ident color='#FF0000'>ant>...nt color='#FF0000'>bnt>. complete nt color='#FF0000'>ant>ssurnt color='#FF0000'>ant>nce thnt color='#FF0000'>ant>t output nt color='#FF0000'>bnt>us contention will not occur.
For the most efficient use of th...
Description
From old dnt color='#FF0000'>ant>tnt color='#FF0000'>ant>sheet system<nt color='#FF0000'>bnt>r>4 Mnt color='#FF0000'>bnt>it (512Knt color='#FF0000'>bnt> x 8) UV EPROM nt color='#FF0000'>ant>nd OTP EPROM<nt color='#FF0000'>bnt>r>4 Mnt color='#FF0000'>bnt>it 512Knt color='#FF0000'>bnt> x 8 UV EPROM nt color='#FF0000'>ant>nd OTP EPROM<nt color='#FF0000'>bnt>r>
...0 150 -55 to +150
Unit V V V nt color='#FF0000'>ant> nt color='#FF0000'>ant> W C C
2Snt color='#FF0000'>bnt>566(K), 2Snt color='#FF0000'>bnt>566nt color='#FF0000'>ant>(K)
Electricnt color='#FF0000'>ant>l Chnt color='#FF0000'>ant>rnt color='#FF0000'>ant>cteristics (Tnt color='#FF0000'>ant> = 25C)
2Snt color='#FF0000'>bnt>566(K) Item Collector to nt color='#FF0000'>bnt>nt color='#FF0000'>ant>se ...nt color='#FF0000'>bnt> 60 to 120 t on t off t stnt color='#FF0000'>gnt>
1. The 2Snt color='#FF0000'>bnt>566(K) nt color='#FF0000'>ant>nd 2Snt color='#FF0000'>bnt>566nt color='#FF0000'>ant>(K) nt color='#FF0000'>ant>re nt color='#FF0000'>gnt>rouped nt color='#FF0000'>bnt>y h FE1 nt color='#FF0000'>ant>s follows. C 1...
...0 150 -55 to +150
Unit V V V nt color='#FF0000'>ant> nt color='#FF0000'>ant> W C C
2Snt color='#FF0000'>bnt>727(K)
Electricnt color='#FF0000'>ant>l Chnt color='#FF0000'>ant>rnt color='#FF0000'>ant>cteristics (Tnt color='#FF0000'>ant> = 25C)
Item Symnt color='#FF0000'>bnt>ol Min -120 -7 -- -- 1000 -- -- -- -...nt color='#FF0000'>bnt> = 200 1,000 00 l C/l nt color='#FF0000'>bnt> = 1,0 200 VCE (snt color='#FF0000'>ant>t)
-0.3 TC = 25C -0.1 -0.1
50
0
VCC = 30 V ICC...
...0 150 -45 to +150
Unit V V V nt color='#FF0000'>ant> nt color='#FF0000'>ant> W C C
2Snt color='#FF0000'>bnt>857, 2Snt color='#FF0000'>bnt>858
Electricnt color='#FF0000'>ant>l Chnt color='#FF0000'>ant>rnt color='#FF0000'>ant>cteristics (Tnt color='#FF0000'>ant> = 25C)
2Snt color='#FF0000'>bnt>857 Item Collector to nt color='#FF0000'>bnt>nt color='#FF0000'>ant>se nt color='#FF0000'>bnt>rent color='#FF0000'>ant>kdown ...nt color='#FF0000'>bnt> 60 to 120 C 100 to 200 D 160 to 320
Mnt color='#FF0000'>ant>ximum Collector Dissipnt color='#FF0000'>ant>tion Curve 60 Collector power diss...
...0 150 -45 to +150
Unit V V V nt color='#FF0000'>ant> nt color='#FF0000'>ant> W C C
2Snt color='#FF0000'>bnt>859
Electricnt color='#FF0000'>ant>l Chnt color='#FF0000'>ant>rnt color='#FF0000'>ant>cteristics (Tnt color='#FF0000'>ant> = 25C)
Item Symnt color='#FF0000'>bnt>ol Min -80 -5 --
1
Typ -- -- -- -- ...nt color='#FF0000'>bnt> 60 to 120 C 100 to 200
Mnt color='#FF0000'>ant>ximum Collector Dissipnt color='#FF0000'>ant>tion Curve 60 Collector power dissipnt color='#FF0000'>ant>tion PC (W...
...0 150 -45 to +150
Unit V V V nt color='#FF0000'>ant> nt color='#FF0000'>ant> W W C C
2Snt color='#FF0000'>bnt>861
Electricnt color='#FF0000'>ant>l Chnt color='#FF0000'>ant>rnt color='#FF0000'>ant>cteristics (Tnt color='#FF0000'>ant> = 25C)
Item Symnt color='#FF0000'>bnt>ol Min -150 -6 --
1
Typ -- -- -- ...nt color='#FF0000'>bnt> 60 to 120 C 100 to 200
Mnt color='#FF0000'>ant>ximum Collector Dissipnt color='#FF0000'>ant>tion Curve 40 Collector power dissipnt color='#FF0000'>ant>tion Pc (W...
...0 150 -45 to +150
Unit V V V nt color='#FF0000'>ant> nt color='#FF0000'>ant> W C C
2SD1133, 2SD1134
Electricnt color='#FF0000'>ant>l Chnt color='#FF0000'>ant>rnt color='#FF0000'>ant>cteristics (Tnt color='#FF0000'>ant> = 25C)
2SD1133 Item Collector to nt color='#FF0000'>bnt>nt color='#FF0000'>ant>se nt color='#FF0000'>bnt>rent color='#FF0000'>ant>kdo...nt color='#FF0000'>bnt> 60 to 120 C 100 to 200 D 160 to 320
Mnt color='#FF0000'>ant>ximum Collector Dissipnt color='#FF0000'>ant>tion Curve 60 Collector power diss...
...0 150 -45 to +150
Unit V V V nt color='#FF0000'>ant> nt color='#FF0000'>ant> W W C C
Electricnt color='#FF0000'>ant>l Chnt color='#FF0000'>ant>rnt color='#FF0000'>ant>cteristics (Tnt color='#FF0000'>ant> = 25C)
Item Symnt color='#FF0000'>bnt>ol Min 150 6 --
1
Typ -- -- -- -- -- -- -...nt color='#FF0000'>bnt> 60 to 120
2
2SD1138
Mnt color='#FF0000'>ant>ximum Collector Dissipnt color='#FF0000'>ant>tion Curve 40 Collector power dissipnt color='#FF0000'>ant>tion Pc (...