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Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
ADS7808P Texas Instruments 12-Bit 10us Serial CMOS Sampling Analog-to-Digital Converter 20-PDIP
SN74ACT7808-40FN Texas Instruments 2048 X 9 asynchronous FIFO memory 44-PLCC 0 to 70
ADS7808PB Texas Instruments 12-Bit 10us Serial CMOS Sampling Analog-to-Digital Converter 20-PDIP
SN74ACT7808-20FN Texas Instruments 2048 X 9 asynchronous FIFO memory 44-PLCC 0 to 70
SN74ACT7808-40PAG Texas Instruments 2048 X 9 asynchronous FIFO memory 64-TQFP 0 to 70
SN74ACT7808-20PMR Texas Instruments 2KX9 OTHER FIFO, 20ns, PQFP64, PLASTIC, LQFP-64

4f 7808 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
ASTM B 412 ELONGATION

Abstract: MIL-T-83133 mil-l-7808 MIL-H-5606 MIL-A-8243 MIL-L23699 Lubricating Oil per MIL-L-7808
Text: GOVERNMENT-FURNISHED DOCUMENTS Federal O-S-1926 Military MIL-H-5606 MIL-T-83133 MIL-L- 7808 MIL-A-8243 MIL-L , Section 4.3 and condition with appropriate mandrels for 4 hours at -55 ± 2°C (-67 ± 4°F ). The mandrel , Flexibility 4 hours at -55 ± 2°C (-67 ± 4°F ) Heat Shock 4 hours at 250 ± 3°C (482 ± 5°F) Heat Resistance 336 , Corrosion 16 hours at 160 ± 2°C (320 ± 4°F ) Copper Contact Corrosion 16 hours at 160 ± 2°C (320 ± 4°F , Fluid (MIL-H-5606) Lubricating Oil, (MIL-L-23699) Lubricating Oil, (MIL-L- 7808 ) 5% NaCl, O-S


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PDF RT-375 ASTM B 412 ELONGATION MIL-T-83133 mil-l-7808 MIL-H-5606 MIL-A-8243 MIL-L23699 Lubricating Oil per MIL-L-7808
2007 - ASTM D412

Abstract: mil-l-23699 D412 MIL-H-5606 mil-l-7808 ASTM D2240, D412 D412 transistor MIL-A-8243 MIL-L-7808 OIL D2671
Text: 150 ± 2°C (302 ± 4°F ) followed by tests for: Tensile Strength Ultimate Elongation Low Temperature , Absorption 168 hrs @ 23 ± 2°C (73 ± 4°F ) Fluid Resistance 24 hours @ 23 ± 2°C (73 ± 4°F ) in: Hydraulic Fluid (MIL-H-5606) JP-8 (MIL-T-5624) Lubricating Oil (MIL-L- 7808 ) Lubricating Oil (MIL-L-23699) 5


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PDF QSW-60-100 QSW-60-200 QSW-60-300 QSW-60-400 QSW-100-100 QSW-100-200 QSW-100-300 D2671 14-March-2008 ASTM D412 mil-l-23699 D412 MIL-H-5606 mil-l-7808 ASTM D2240, D412 D412 transistor MIL-A-8243 MIL-L-7808 OIL D2671
RT-1140

Abstract: No abstract text available
Text: -5572 MIL-L- 7808 MIL-T-5624 2.2 Hydraulic Fluid, Petroleum Base, Aircraft, Missile and Ordnance Gasoline , larger) Low Temperature Flexibility 4 hours at -75 ± 2°C (-103 ± 4°F Heat Shock 4 hours at 300 ± 3°C (572 , 175 ± 2°C (347 ± 4°F ) Flammability Time of burning Flag burn Fungus Resistance Water Absorption 24 , -5624) Skydrol* 500 Hydraulic Fluid (MIL-H-5606) Aviation Gasoline (100/130) (MIL-G-5572) Lubricating Oil (MIL-L- 7808


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PDF RT-1140
2005 - MIL-G-5572

Abstract: RT-1312 mil-l-7808 MIL-H-5606 MIL-T-5624 MIL-L-7808 OIL HYDRAULIC FLUID mil-l-7808 ASTM-D-635 RT-131 ASTM D-412 A
Text: -5572 MIL-H-5606 MIL-L- 7808 MIL-T-5624 2.2 Gasoline, Aviation, Grades 80/87, 100/130, 115/145 , ± 4°F ) oven, or equivalent, removed from the oven and stretched within 10 seconds, until the gauge , shall be reheated for 1 minute in a 200 ± 2°C (392 ± 4°F ) oven, or equivalent, and the distance between , conditioned, along with a 1.125-inch (28.6 mm) mandrel, in a cold chamber at -55 ± 2°C (-67 ± 4°F ) for 4 , -5624) 24 hours at 93°C (200°F) Lubricating Oil (MIL-L- 7808 ) Hydraulic Fluid (MIL-H-5606) Water Followed


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PDF RT-1312 MIL-G-5572) MIL-T-5624) MIL-L-7808) MIL-H-5606) MIL-G-5572 RT-1312 mil-l-7808 MIL-H-5606 MIL-T-5624 MIL-L-7808 OIL HYDRAULIC FLUID mil-l-7808 ASTM-D-635 RT-131 ASTM D-412 A
ISO-846

Abstract: DTL 23053 MIL-PRF-23699 sae 23053 MIL-PRF-5606 thermofit ASTMD876 23053/5-107 sae ams 81531 SAE-AS-8243
Text: DOCUMENTS Military A A 694 MIL STD 202 MIL PRF 5606 MIL PRF 7808 MIL PRF 23699 MIL DTL 83133 Sodium Chloride , 175 ± 2°C (347 ± 4°F ). If this document is printed it becomes uncontrolled. Check latest revision , longitudinal axis of the tubing. Condition the specimens for 168 hours at 175 ± 2°C (347 ± 4°F ) in a convection , will be conditioned for 24 hours at 175 ± 2°C (347 ± 4°F ). 4.3.14 Dielectric Strength Test for , . Heat the samples for 16 hours at 175 ± 2°C (347 ± 4°F ). 4.3.16.2 Copper Mirror Corrosion Test


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PDF UL224 ISO-846 DTL 23053 MIL-PRF-23699 sae 23053 MIL-PRF-5606 thermofit ASTMD876 23053/5-107 sae ams 81531 SAE-AS-8243
Not Available

Abstract: No abstract text available
Text: Ordnance MIL-PRF- 7808 Lubricating Oil, Aircraft Turbine Engine, Synthetic Base, NATO Code Number 0-148 , specimens on the mandrels then shall be conditioned for 168 hours in a 121 ± 2°C (250 ± 4°F ) oven. After , hours at 121°C ± 2°C (250 ± 4°F ) Followed by tests for: Tensile strength Ultimate elongation ELECTRICAL , : Tensile Strength Ultimate Elongation Dielectric Strength Water Absorption 24 hours at 23°± 2°C (73° ± 4°F , (MIL-PRF- 7808 ) De-Icing Fluid ( SAE-AMS-1424) Water Followed by tests for: Tensile Strength Dielectric


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PDF RT-510 MIL-DTL-83133) MIL-PRF-5606) MIL-PRF-7808) SAE-AMS-1424)
2009 - CD 5888 CB

Abstract: emc2112 diode cc 3053 ba 5888 CD 5888 DA 2688 Transistor BC 1078 cc 3053 6A 1176 CD 7808
Text: 1596 6560 CD 599 2496 4E 1575 6592 CE 597 2528 4F 1555 6624 , 1078 7744 F2 508 3680 73 1069 7776 F3 506 3712 74 1059 7808 , 3151 6592 CE 1193 2528 4F 3111 6624 CF 1187 2560 50 3072 6656 , 2137 7776 F3 1011 3712 74 2119 7808 F4 1007 3744 75 2101 7840 , 2528 4F 6222 6624 CF 2374 2560 50 6144 6656 D0 2363 2592 51


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PDF EMC2103, EMC2104, EMC2105, EMC2106, EMC2112, EMC2113, EMC2301, EMC2302, EMC2303, EMC2305. CD 5888 CB emc2112 diode cc 3053 ba 5888 CD 5888 DA 2688 Transistor BC 1078 cc 3053 6A 1176 CD 7808
2004 - LMS adaptive Filters

Abstract: FIR FILTER implementation in c language adaptive FILTER implementation in c language FIR FILTER implementation in assembly language adaptive filter AN2598 AN3064 MNSC140CORE SC140
Text: clr move. 4f move. 4f d0 ; clear accumulators d1 d2 d3 (r1)+,d4:d5:d6:d7 ; read coefficients , ,d1 mac d5,d10,d2 mac d4,d11,d3 move. 4f (r1)+,d4:d5:d6:d7 move. 4f (r2)-,d8:d9:d10:d11 , move. 4f instruction set results in an efficient N/4 + 3 cycles for the output to be calculated. For , -byte boundary. The alignment simplifies access by allowing the use of the move. 4f instruction for all input and , Freescale Semiconductor Adaptive Filtering on the SC140 Core [ move. 4f (r1)+,d0:d1:d2:d3 move. 4f


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PDF AN3064 SC140 LMS adaptive Filters FIR FILTER implementation in c language adaptive FILTER implementation in c language FIR FILTER implementation in assembly language adaptive filter AN2598 AN3064 MNSC140CORE
2060d

Abstract: No abstract text available
Text: ïFasf Logic Digital Delay Units SERIES: DDU- 4F T T L Interfaced '* ? ? , T # J" l '4 , - 4F -10 6 0 D D U -4 F-10 8 0 DDU-4F-1 100 DDU-4 F-1 150 DD U -4 F-1 2 0 0 DDU-4F-1 3 0 0 DDU-4F-1 4 0 , . DDU-4 F-202 0 D D U - 4F -20 40 D D U - 4F -20 50 D D U - 4F -20 60 D D U - 4F -20 80 DDU-4 F-21 00 DDU-4 F-21 50 D D U - 4F -22 00 DDU-4 F-2300 D D U - 4F -24 00 D D U - 4F -25 00 D D U -4 F -7 6 9 0 A , 3 4 6 5 8 D D U - 4F -50 25 D D U - 4F -50 50 D D U - 4F -50 75 DDU-4 F -510 0 DDU -4F-51 2 5 DDU


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PDF -4F-51 F-540 2060d
F5025

Abstract: F-5025 2060 d
Text: ^Fast Logic Digital Delay Units SERIES: D0U- 4F T T L Interfaced I * 0?fT«J* I' 4 PinS , alloy 42 t in p l a t e 2 Delays Output (ns) Part No. DDU-4 F-2020 DDU-4 F-2040 D D U - 4F - 2050 DDU-4 F-2060 D D U - 4F - 2080 D D U - 4F - 2100 DDU-4 F-21 5 0 D D U - 4F - 2200 DDU-4 F-2300 D D U -4F-2400 DDU-4 F-2500 D D U - 4F - 7 6 9 0 A Part No. DDU-4 F-1 01 0 DDU-4 F-1 0 2 0 DDU-4 F-1 0 3 0 DDU-4F-1 0 4 0 D DU 4F-1050 DDU-4 F-1 0 6 0 D D U 4F-1080 D D U - 4F 1 1 0 0 DDU-4F-1 1 5 0 DDU-4 F


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PDF F-5025 4F-5125 F-5250 F-5300 F-5400 F-5500 F5025 2060 d
2006 - FP15R06W1E3

Abstract: No abstract text available
Text: Höchstzulässige Werte / maximum rated values 9 $ % % % ? , &'( ) *+, -;< # 9 4f , ( ) * +, # $ % % % 8 % 4 % # 8g 8g 2* 2* # ! ) 4f ) * 82 fD -; ) = -B/ ) * - ) 4f ) * 82 fD -; ) = -B/ ) * - ) 8DM V&'() * +,X 8DM V&'() * +,X , , AF # ? # b 9 % = 4g - 4f ) * 82 fD -; ) = -B/ ) * - U% 8 c:HG@R ) D , ( ) *+, &'( ) * +, "TRh 2 2 1 2=3 #\ #\ #\ N@Ia. 4f ) * 82 -B/ ) 4f ) * 82 -B/ ) 4f


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PDF FP15R06W1E3 FP15R06W1E3
Not Available

Abstract: No abstract text available
Text: a = + 2 5 =C. Tap * Part Numbers ‘ ‘ ‘ ‘ D D U -22 4F -10 D D U -22 4F -20 D D U -22 4F -25 D D U -22 4F -50 Tap Delay 1 2 2.5 5 1 2 3 4 5 6 7 8 , 22.5 45 D D U -224F-1 0 0 D D U -224F-1 5 0 D D U -22 4F -200 D D U -22 4F -250 10 15 20 25 100 150 200 250 D D U -22 4F -300 D D U -22 4F -400 D D U -22 4F -500 30 40 50


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PDF DU-224F -224F-1
2013 - Not Available

Abstract: No abstract text available
Text: Velociti® Series AMM- 4F Description Addressable Monitor Module The Gamewell-FCI Velociti® Series, addressable monitor module (AMM- 4F ) features a single Style D, Class A initiating device circuit , designs. The AMM- 4F module is designed for installation in the signaling line circuit of any Gamewell-FCI analog addressable control panel. The initiating circuit of the AMM- 4F has a maximum line resistance of , module. The AMM- 4F is designed to mount in a 4” square junction box 2 1/8” deep. The initiating


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PDF S1949 227-03-E
2008 - nc65

Abstract: fp25r12w2t fp25r12w2t4_b11 P2NC6
Text: -=> 4f 4f => 4g $ " ! 9 2 3!2 " 123! 123! 123! K 2 ! 2 ! 2 2! K2K K29 29! 123! 2 ! 121 29 12 $ F" 2 ! , 2 '() * 1! +, Charakteristische Werte / characteristic values & @ N $ & 4f * ! :2 -C/ * 4f * ! :2 -C/ * 4f * ! :2 -C/ * 4f * ! :2 fE -= * -C/ * 1! & & : & ; & & 4f * ! :2 fE -= * -C/ * 1! 4f * ! , , Höchstzulässige Werte / maximum rated values -=> 4f =>0> 4=>0> 4f0> 4g $ " -f 4= NAJa. E c 4f * ! : '() * 1! +,2 -= * 1 ! " 2 Technische Information / technical information


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PDF FP25R12W2T4 nc65 fp25r12w2t fp25r12w2t4_b11 P2NC6
2006 - FP20R06W1E3

Abstract: No abstract text available
Text: , # 9 $ # ? > 4g % :) -; ) -; ) # - 4f % 8 4f ;< -2 : ) -2 , / characteristic values % ? N % # $ % % % % 4 9 % ) 1 4f ) 82 fE -; ) J -C/ ) * - ) 1 4f ) 82 fE -; ) J -C/ ) * - ) 1 8EM V&'() * +,X 8EM V&'() * +,X 8EM V&'() * +,X BG # ? # b # ! - 4f ) 82 fE -; ) J -C/ ) * - U% 8 82 -C/ ) 82 -C , ( ) * +, "TRh 2 2J3 2=3 #\ #\ #\ N@Ka. 4f ) 4f ) 4f ) 2A* N@K.e 2J* J


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PDF FP20R06W1E3 FP20R06W1E3
2006 - NA65

Abstract: p2na6 FP10R06W1E3
Text: % :) -; ) -; ) # -2 : ) -2 : ) # 2 &'( ) *+, # 2 &'( ) * +, 8 4f ;< # - 4f % 8 Charakteristische Werte / characteristic values % > N # $ % % % % 4 9 % ) * 4f ) 82 fC -; ) H -A/ ) * - ) * 4f ) 82 fC -; ) H -A/ ) * - ) * 8CM V&'() * +,X 8CM V&'() * +,X 8CM V&'() * +,X @E # > # b # ! - 4f ) 82 fC - , #\ #\ #\ N?Ia. 4f ) 4f ) 4f ) % 8g 8g 2* K2* 4g 2K N?I.e 2J H2


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PDF FP10R06W1E3 NA65 p2na6 FP10R06W1E3
2007 - FP10R12W1T4_B3

Abstract: No abstract text available
Text: data /;< 4f 4f ;< 4g % " #K3 #!3 " #3 , #3 , #3 , # 3 # 3 H3 3 #3 #3 3 ! 3, 3, #3 , #3I #3 % D" 3 , # , 3 ()* + #, -. Charakteristische Werte / characteristic values ' > N % ' 4f + # 83 /A1 + 4f + # 83 /A1 + 4f + # 83 /A1 + 4f + # 83 fC /; + K / /A1 + #, / ' ' 8 ' 9 ' ' 4f + # 83 fC /; + K / /A1 + #, / 4f + # 83 fC /; + K / /A1 + #, / / / / +, 8CM V()*+#, -.X ()* + ,-. ()* + # ,-. ()* + #, -. ()* + ,-. , -. (0 + H -. Höchstzulässige Werte / maximum rated values /;< 4f ;<2< 4;<2< 4f2< 4g % " /f / 4


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PDF FP10R12W1T4 FP10R12W1T4_B3
2007 - FB20R06XE3

Abstract: LT3232
Text: $ $ $ $ 4 9 $ ( 31 4f ( 82 fD ,; ( I , ,B. ( 3) , ( 31 4f ( 82 fD , " , , , 4f ( 82 fD ,; ( I , ,B. ( 3) , U$ 8 82 ,B. ( 82 ,B. ( 82 ,B. ( $ " , ( )*+ %&' ( 3 )*+ %&' ( 3) *+ !TRh 2 3 2I 2= "\ "\ "\ N@Ja- 4f ( 4f ( 4f ( $ 8 4f ;< Charakteristische Werte / characteristic values ? , 4f # > 4g 0 20 , 4f ; 4f /< K =) 8 8 j ( 3 " 2 %&' ( )*+ j


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PDF FB20R06XE3 FB20R06XE3 LT3232
2007 - FB30R06W1E3

Abstract: 8J88
Text: . 4f => $ ! 4f & 9 3 2 3 :g :g Charakteristische Werte / characteristic values @ N 4f * 8 :3 .C0 * 4f * 8 :3 .C0 * 4f * 8 :3 .C0 * & $ % & : & * 4f * 8 :3 fE .= * 8 . .C0 * + . ; & * 4f * 8 :3 fE .= * 8 . .C0 * + . & & :EM V'()* + ,-X * :EM V'()* + ,-X :EM V'()* + ,-X BG $ @ $ b . . . 4f * 8 :3 fE .= , 4g &? $ N @ " '() * +,- .=> 2 . '/ * 2 ,- 4f =>1> + : '/ * 2


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PDF FB30R06W1E3 FB30R06W1E3 8J88
2007 - K3027

Abstract: No abstract text available
Text: data /<<= 4f 4f <= 4g % " # #, > #K3 #!3 " 3 3# 3# #>3 # 3 # 3 #3 3 , 3! 3> 3K8 38 #3 , #3> #3 % F" 3K , ()* + #, -. Charakteristische Werte / characteristic values ' @ N % ' 4f + #, 93 /C1 + 4f + #, 93 /C1 + 4f + #, 93 /C1 + 4f + #, 93 fE /< + K / /C1 + #, / ' ' 9 ' : ' ' 4f + #, 93 fE /< + K / /C1 + #, / 4f + #, 93 fE /< + K / /C1 + #, / / / / +! 9EM V()*+#, -.X ()* + ,-. ()* + # ,-. ()* + #, -. ()* + , -. (0 + 8 -. Höchstzulässige Werte / maximum rated values /<<= 4f <=2= 4<=2= 4f2= 4g % " /f / 4


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PDF FP15R12W1T4 K3027
2008 - FP35R12W2T4

Abstract: MC65 FP35R12W2T4_B11 fP35R12W2T4-b11
Text: ! : 4f => <*1$ @ 3 : 9 :g :g 4g Charakteristische Werte / characteristic values & M T& & : & 4 ; & * ! BG $ @ $ b * ! 4f * 8! :2 fE -= * -C , 2` " 12 ! 12 ! 12 ! '() * !+, '() * 1 !+, '() * 1! +, - 4f * 8! :2 fE -= * -C/ * 1! - & $ % $ " 4f * 8! :2 -C/ * 4f * 8! :2 -C/ * 4f * 8! :2 -C/ * 4f * 8! :2 fE -= * -C/ * 1! - @ - 4f % ? 4g 1 2 MAJ.e 23! 2[ - EB EB


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PDF FP35R12W2T4 MC65 FP35R12W2T4_B11 fP35R12W2T4-b11
2008 - Not Available

Abstract: No abstract text available
Text: # :) -; ) -; ) # -3 : ) -3 : ) % Vorläufige Daten preliminary data -;< 4f 4f ;< 1 * 8 8 R RR # ! , % % 4f ) * 83 -A/ ) 4f ) * 83 -A/ ) 4f ) * 83 -A/ ) 4f ) * 83 fC -; ) R -A/ ) * % % 8 % 9 % % 4f ) * 83 fC -; ) R -A/ ) * 4f ) * 83 fC -; ) R -A/ ) * 2 2 c:GF?Q ) C C @CV#_ X C cdTQGFQ ) @CV#_ X ) 8CL V , , Höchstzulässige Werte / maximum rated values -;< 4f ;<0< 4;<0< 4f0< 4g # ! -f 4; M?Ja. C @CV#_ X C cdTQGFQ , / characteristic values 2 > $ 4 # b % # # @E # > 3` % @E # > 3 2 c:GF?Q ) % % &'( ) * +,3 4f ) * 8 &'( ) * +,3 -


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PDF FP50R06W2E3
BP13

Abstract: FP16 HA11 HA-11
Text: " Handle Full Rear Panel Piece Parts Front F Rear Panel# Cover Cutouts FP16-52 BP13-4 BP13- 4F FP16-52 BP13-4 BP13- 4F FP2A52 BP17-4 BP17- 4F FP2A52 BP17-4 BP17- 4F FP3A52 BP27-4 BP27- 4F FP3A52 BP27-4 BP27- 4F FP3A52 BP27-4 BP27- 4F FP45A52 BP42-4 BP42- 4F Pkg 2 11115 Vanowen St., North


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PDF CMA13-20/90 height-BR16-1 EFP454A66F EFP454A97F FP16-52 BP13-4 BP13-4F BP13 FP16 HA11 HA-11
Hongfa Relay

Abstract: E133481
Text: JGC- 4F SOLID STATE RELAY Features File No.: E133481 · DC input-AC output for 2A load , provides AC output 12D 9.6 to 14.4VDC switching in a high density package.The JGC- 4F 's DC input is , is unavoidable, reduce the Solid State Relays JGC- 4F Transient overvoltage 600Vpk max , the input lines. 5. When using the JGC- 4F series for an AC load with a peak voltage of more than , operate irregularly or malfunction. 7. When using the JGC- 4F series in phase control applications, at a


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PDF E133481 R2024431 CH0032705-2002A 2000Vrms Hongfa Relay E133481
2004 - 1400 mAh nimh charger

Abstract: HHR210AH HHR370AH HHR210A HHR250SCH HHR300CH HHR370A 12 v 1200 mAh nimh battery
Text: °C 14°F to 113°F -10°C to 45°C -10°C to 60°C 14°F to 140°F - 4°F to 95°F -20°C to 35°C - 4°F to 113°F -20°C to 45°C - 4°F to 131°F -20°C to 55°C - 4°F to 149°F -20°C to 65°C 1 After charging at 0.1It , 45°C -20°C to 55°C -20°C to 60°C 1.1 1.0 0.9 0.8 0 0°C 25°C 60°C - 4°F to 131°F < 1 week 1.3 1.2 - 4°F to 113°F < 1 month - 4°F to 140°F Rapid Discharge Storage 1.5 1.4 - 4°F to 95°F < 3 months Charge: 210mA(0.1 It)16hrs,25°C Disharge: 420mA(0.2 It


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PDF HHR60AAAH, HHR210AH, HHR370AH, HHR250SCH, HHR300CH HHR60AAAH HHR210AH HHR370AH 1400 mAh nimh charger HHR210AH HHR370AH HHR210A HHR250SCH HHR300CH HHR370A 12 v 1200 mAh nimh battery
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