F3 Z3 Search Results

APL3015F3C-F01

Contextual Info: 3.0X1.5mm INFRA-RED EMITTING DIODE APL3015F3C-F01 Features z3.0mmx1.5mm Description SMT LED, 1.4mm THICKNESS. zMECHANICALLY AND SPECTRALLY MATCHED TO F3 Made with Gallium Arsenide Infrared Emitting diodes. THE PHOTOTRANSISTOR. zWATER CLEAR LENS. zPACKAGE zRoHS

APL3015F3C

Abstract: L3015F
Contextual Info: 3.0x1.5mm SMD CHIP LED LAMP APL3015F3C Features Description z3.0mmx1.5mm SMT LED, 1.4mm THICKNESS. F3 Made with Gallium Arsenide Infrared Emitting zLOW POWER CONSUMPTION. diodes. zWIDE VIEWING ANGLE. zIDEAL FOR BACKLIGHT AND INDICATOR. z VARIOUS COLORS AND LENS TYPES AVAILABLE.

enec 05 rocker switch 6A spdt panel

Abstract: 25T85 a103j u 25T85 enec 05 switch 6A250 trd23n10wll5 A201J1AV2Q0 PRBSB1-16F-BR000 A108J61ZQ00 A108J61
Contextual Info: Rocker/Paddle Switches TRD Series - Page F3 Gemini Series - Page F7 Power Rocker Switches - Page F21 F Rocker/Paddle Switches F1 Catalog 1308390 Issued 9-04 www.tycoelectronics.com Dimensions are in inches and millimeters unless otherwise specified. Values in parentheses

BPC817B

Abstract: BPC-817 TNY279GN J117 DO-214AC 1.5KE-200A 2n2 1kv CAPR508 CAPR508-381X1016X1168 C4622
Contextual Info: F2_220VAC F1_220VAC J11-6 J11-7 F3 125mA DO-214AC DIODE_GS1D D24 DO-214AC D25 DIODE_GS1D DO-214AC DO-214AC FUSE_202_SERIES D23 DIODE_GS1D D22 DIODE_GS1D + 2 1 C47 22u 400V CAPELEC_D12.5_P5 C42 2n2 1KV CAPR508-381X1016X1168 U10 TNY279GN DO-214AC D26 US1J R102

transistor bl p81

Abstract: transistor bl p87
Contextual Info: [p[F3 [0> !J T [PIFSEVOE^ in y 83C196EA CHMOS 16-BIT MICROCONTROLLER Automotive 32 MHz operation Optional clock doubler 2 Mbytes of linear address space 1 Kbyte of register RAM 3 Kbytes of code RAM 8 Kbytes of ROM Register-to-register architecture Stack overflow/underflow monitor with

29053

Contextual Info: [p[F3 [U ©T 1PIF3G in te i 8-MBIT 512K X 16,1024K X 8) SmartVoltage BOOT BLOCK FLASH MEMORY FAMILY 28F800BV-T/B, 28F800CV-T/B, 28F008BV-T/B, 28F800CE-T/B, 28F008BE-T/B • Intel SmartVoltage Technology — 5V or 12V Program/Erase — 2.7V, 3.3V or 5V Read Operation

BDAA876

Contextual Info: 97.0-7 <:=:2BC@6 9:89 ?>E6@ @6;2F 7JGTURJS U gah=/ 6;7>75FD;5 EFD7@9F: u;>7 |Aamtdfghdj \47FI77@ 5A;> 3@6 5A@F35FE] D 5 6 U w73HK >A36 GB FA iehc/p U x673> 8AD ?AFAD EI;F5:;@9 u;>7 |Aam gccegdge U ~rq [ *r >3KAGFE U t@H;DA@?7@F3> 8D;7@6>K BDA6G5F \+Aw, 5A?B>;3@F]

k 786

Abstract: BDAA876 77FE diak 3bbda
Contextual Info: 97.0-7 <:=:2BC@6 9:89 ?>E6@ @6;2F 7JGTURJS U gah=/ 6;7>75FD;5 EFD7@9F: u;>7 |Aamtdfghdj \47FI77@ 5A;> 3@6 5A@F35FE] D 5 6 U w73HK >A36 GB FA iehc/p U x673> 8AD ?AFAD EI;F5:;@9 u;>7 |Aam gccegdge U ~rq [ *r >3KAGFE U t@H;DA@?7@F3> 8D;7@6>K BDA6G5F \+Aw, 5A?B>;3@F]

baa9

Abstract: AI 757 BDAA876 A92A
Contextual Info: 75.-5 [w2p^ecs\ ?A1:8;80@A>4 8;@4>:4380@4 =<C4> >490D 5HERSPHQ s;>7 {A_krbddeib U fn EI;F5:;@9 53B34;>;FK U ,.^d bcf.np 3BBDAH76 4K -y EF3@63D6 s;>7 {A_keaabccad U c sAD? n E>;? 5A@8;9GD3F;A@ U /3E: F;9:F 3@6 8>GJ BDAA876 FKB7E 3H3;>34>7 U r@H;DA@?7@F3> 8D;7@6>K BDA6G5F [*Au+ 5A?B>;3@F\

EDLd

Abstract: TZP2.7B
Contextual Info: 75.-5 ?A1:8;80@A>4 8;@4>:4380@4 =<C4> >490E 5IFSTQIR u;>7 |Abntegghle T ip EI;F5:;@9 53B34;>;FK T -/ag efi/pr 3BBDAH76 4K .z EF3@63D6 T f uAD? p E>;? 5A@8;9GD3F;A@ u;>7 |Abn+idfklgmk T t@H;DA@?7@F3> 8D;7@6>K BDA6G5F ]+Aw, 5A?B>;3@F^ T }GF>;@7 s;?7@E;A@En ]fgbj J efbd J fhbl^ ?

Contextual Info: 25 DO NOT S C A L E DIMENSIONS IN mm ' V V ' THIRD ANGLE METRIC PROJECTION V/ 9, 6 0, 7 SECTION A-A A PRINTING AREA 3,7 REP, CTHI5 SIDE -49, 9- V p| t/|\l ]cp¡ [/^M F^l [/\l F^l Lr^FU 3!l/*F"\i 3! l/F3\l! lA FA 3!l F 3! i/^xl F^l kF3!\I1F 3! l/^S F^lJI/Ft3N

T3D81

Abstract: SE090 A3CG pwa-5026 g33 mlf 3E090 RPS09 c621 ses Q603B TL931
Contextual Info: p. C 1 8 9 lOOGP ^ C219 1* C 2 1 1 •>. C 2 1 4 Z lO O O P 0 . 1 U /t n 1 0 0 U / 6 . 3 V 0603B I CP7243 C218 0.1U 0603B ■s, C 1 9 5 “ 1000P C 2 1 6 *0.1U 0603B C220 0.1U 0603B p n f Q - - 631 K 34 G3 5 •J3ÌS G33 F3 6 Fà4 E3 5 E33 D3 4 \ ""c7 T \

A13A

Abstract: 91AB FAH 37 3bbda diak D787D
Contextual Info: 86.-/6 ;9<91AB?5 8978 >=D5? ?5:1E 6IFSTQIR U gah=/ 6;7>75FD;5 EFD7@9F: u;>7 |Aamtdfghdj \47FI77@ 5A;> 3@6 5A@F35FE] U w73HK >A36 GB FA hccc/p U x673> 8AD ?AFAD EI;F5:;@9 u;>7 |Aam+llffkcj U 0;F:EF3@6 ;@DGE: 5GDD7@F A8 kcp U ~rq [ *r >3KAGFE 3H3;>34>7 U t@H;DA@?7@F3> 8D;7@6>K BDA6G5F \+Aw, 5A?B>;3@F]

D787D

Abstract: hcj 6a pl 431 a88b HCJ 7E L 5431 PL 431 transistor 53af BC976 FAD39
Contextual Info: <:D00 DA>=8 DE6E9 C9>6I :MJXYVMW T {},vu- AGFBGF T ts 5A@FDA> T zAI A@bEF3F7 D7E;EF3@57 T ~:AFA ;EA>3F;A@ T t;7>75FD;5 EFD7@9F: gjee/ T u@H;DA@?7@F3> 8D;7@6>K BDA6G5F ^+Ax, 5A?B>;3@F_ 89D7C=BE=A@ xv,hh ,7D;7E A887D h/ts FA hg/ts ;@BGF 5A@FDA> 3@6 GE7 {},vu- F75:@A>A9K FA BDAH;67 3@ 75A@A?;53> 3@6 D7>;34>7 ?7F:A6

IMISC450

Abstract: 2 pin crystal oscillator 20mhZ crystal oscillator 1 MHz 4 pins Crystal 25mhz
Contextual Info: INTL M I C R O C I R C U I T S INC 4ÔE D 4Û 50 41 Û 0 0 0 Q S M 2 3Eâ IM I CLOCK CHIP IHT \ T-5Ô -Z3 IM IS C 4 5 FEATURES DESCRIPTION • ■ The IMISC450 is a clock chip that uses one crystal oscillator to generate 4 independent outputs. One output always has the frequen­

SASI

Abstract: cmps a13 grd 07 z32106 Z32100 IRR28 we32100
Contextual Info: Zilog P roduct S pecification January 1987 / O D ^ O ^ Z32106 M A U M A T H A C C E L E R A T IO N U N IT DESCRIPTION T he Z32106 M ath A cceleration U nit M AU provides floating-point capability fo r the Z32100 M icroprocessor and is fully com patible with

4029n

Abstract: AMD 2903 bit slice am29203 AMD 29203 3825D am9316 sj55
Contextual Info: Am29203 Am29203 Four-Bit Bipolar Microprocessor Slice DISTINCTIVE CHARACTERISTICS B u ilt-in N o rm a liz a tio n L o g ic The m antissa and exponent o f a floating-point num ­ b er can be developed using a single m icrocycle per shift. B u ilt-In P a rity G e n e ra tio n a n d S ign E x te n s io n

am27s35

Abstract: U3210 AM29203 S103 SI03 SF819
Contextual Info: Am29203 a Four-Bit Bipolar Microprocessor Slice X Â ^ 'V C / / IN­ > 3 DISTINCTIVE CHARACTERISTICS Built-in N orm alization Logic T h e m antissa and e xpo n e nt of a floatin g -p oin t num ­ b er can be developed using a single m icrocycle per shift.

AM29203

Abstract: am2916 S103 SI03 I8050 U321
Contextual Info: Am29203 a Four-Bit Bipolar Microprocessor Slice X Â ^ 'V C / / IN­ > 3 DISTINCTIVE CHARACTERISTICS Id Built-in N orm alization Logic T h e m antissa and e xpo n e nt of a floatin g -p oin t num ­ b er can be developed using a single m icrocycle per shift.

fairchild rtl

Abstract: half adder Fairchild 958 counter rtl micrologic 900 rtl decade counter rtl nand gate Fairchild 958 dtl 960 DTL Fairchild 945 rtl micrologic
Contextual Info: FAIRCHILD LOGIC/CONNECTION DIAGRAMS F1 908 8 5 i 'a RESET 2 W 5 «C z9 ' C □ «. < 8 3 16 C Za o •rr + GATE F23 960 < o o F22 959 F21 958, 959 3 « Z7 2 C 3 ,5 u □ '* 'd z5 3 C 314 '8 313 zd Z3 ‘• C 3 , 3 ZB zc z, 5 C 3 ,2 Z6 3 " 'c 'i eQ 3 ,1 z4

Am2903

Abstract: AM2903DC AM2903DMB Am29203 AM2903DM SI03 AM2903DC-B AM29203DC Am2910 6690a
Contextual Info: Am2903 • Am29203 The Superslice DISTINCTIVE C H ARACTERISTICS GENER A L DESCRIPTION • Expandable Register File Like the Am2901, the Am 2903/29203 contains 16 internal working registers arranged in a two-address architecture. But the Am 2903/29203 includes the necessary “hooks” to ex­

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lansdale

Contextual Info: 17E D LANSDALE SEMICONDUCTOR • S3bTflD3 Q D 0 0 3 Q ? 5 T -L f S -2 3 -o y r-^S-Z3-33 T - y é '0 ? ~ o 5 T -H s-n MAXIMUM RATINGS Rating Unit +8.0 Vdc 4.5 to 6.0 Vdc Input Voltage - Vln +5.5 Vdc Output Voltage - Vout +5.5 Vdc Supply Voltage - Continuous

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