The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LTC2656CIFE-L16#TRPBF Linear Technology LTC2656 - Octal 16-/12-Bit Rail-to-Rail DACs with 10ppm/°C Max Reference; Package: TSSOP; Pins: 20; Temperature Range: -40°C to 85°C
LT1126CJ8 Linear Technology IC DUAL OP-AMP, 200 uV OFFSET-MAX, 65 MHz BAND WIDTH, CDIP8, 0.300 INCH, HERMETIC, CERAMIC, DIP-8, Operational Amplifier
LT1057CJ8 Linear Technology IC DUAL OP-AMP, 1400 uV OFFSET-MAX, 5 MHz BAND WIDTH, CDIP8, 0.300 INCH, HERMETIC SEALED, CERDIP-8, Operational Amplifier
DC1746A-B Linear Technology EVALUATION KIT LOW EM1 LTM2881-5
LT685CH Linear Technology IC COMPARATOR, 2500 uV OFFSET-MAX, 5.5 ns RESPONSE TIME, MBCY10, METAL CAN, TO-5, 10 PIN, Comparator
LTC2262CUJ-12#TRPBF Linear Technology LTC2262-12 - 12-Bit, 150Msps Ultralow Power 1.8V ADC; Package: QFN; Pins: 40; Temperature Range: 0°C to 70°C

MTI LTC 010 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
Not Available

Abstract:
Text: interests Common Stock, $ 0.10 par value, authorized 1.0 billion shares, issued and outstanding 541.5 million and 504.4 million shares, respectively Class A Common Stock, $ 0.10 par value, authorized 32.0 , statements. 3 $ $ ( 0.10 ) ( 0.10 ) 517.5 517.5 MICRON TECHNOLOGY, INC. Consolidated , . and its wholly-owned subsidiaries are collectively hereinafter referred to as " MTI ." Micron Electronics, Inc., an approximately 61% owned subsidiary of MTI , is hereinafter referred to as "MEI."


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PDF AUG-31-2000 SEP-03-1999 JUN-01-2000
2N5754-2N5757

Abstract:
Text: -205 2N5754 2N5755 2N5756 2N5757 MTI MT2 mt-irm MODIFIED TO-20S These RCA triacs are gate-controlled , LOAD: RESISTIVE , . i RMS ON-STATE CURRENT [ÎT(RMS)J'2 5Aj CASE TEMPERATURE lTc >*TO*C 4 III I II


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PDF 3fl750fll 001775E 2N5754-2N5757 O-205 2N5754 2N5755 2N5756 2N5757 O-20S 0D177SS 2N5754-2N5757 RCA Triacs 2N5757 E03G RCA TO-205 rca triac
B66293K0000X187

Abstract:
Text: ) 521 – 0.732 763 – 0.796 705 K1, K2: 0.10 mm < s < 1.50 mmï€ K3, K4: 50 nH < AL , €“ 0.796 721 K1, K2: 0.10 mm < s < 1.50 mmï€ K3, K4: 50 nH < AL < 500 nH Please read Cautions , € mm2ï€ mm2ï€ ï­ï— = 10–6ï€ ï—ï€ Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € F = As/ Vï€ mm–4.5ï€ ï€ ï€ Jï€ s–1, Hzï€ s–1, Hzï


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PDF B66293G, B66293K B66293 B66293K0000X187
2013 - Not Available

Abstract:
Text: €“ 0.796 1182 K1, K2: 0.10 mm < s < 2.00 mmï€ K3, K4: 480 nH < AL < 4800 nH Please read Cautions , (100 °C) 835 – 0.790 1316 – 0.796 1203 K1, K2: 0.10 mm < s < 2.00 mmï€ K3, K4 , € Inductance mm2ï€ mm2ï€ nHï€ nHï€ mm2ï€ mm2ï€ ï­ï— = 10–6ï€ ï—ï€ Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € F = As/ Vï€ mmâ


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PDF B66295G, B66295K B66295
2004 - vhdl code for Clock divider for FPGA

Abstract:
Text: . 3 MTI ModelSim Installation , . 6 Simulation with MTI ModelSim , . 25 SIMULATION WITH MTI ModelSim , Front End VHDL Simulation With MTI ModelSim . 29 Back End VHDL Simulation With MTI ModelSim . 30 SIMULATION WITH SYNOPSYS VSS


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PDF 1-800-LATTICE vhdl code for Clock divider for FPGA PLC in vhdl code system design using pll vhdl code lattice wrapper verilog with vhdl orca
B65844

Abstract:
Text: ‚±6% 400 7% 0.39 0.24 0.15 0.12 0.10 0.08 0.06 62 99 158 198 247 311 395 , ‚±3% 160 4% 200 4% 250 5% 315 6% 400 7% 0.39 0.24 0.15 0.12 0.10 0.08 0.06 , € Inductance mm2ï€ mm2ï€ nHï€ nHï€ mm2ï€ mm2ï€ ï­ï— = 10–6ï€ ï—ï€ Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € F = As/ Vï€ mmâ


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PDF B65843A, B65844 B65843A B65844
2013 - Not Available

Abstract:
Text: ‚±3% 160 5% 200 6% 250 7% 0.31 0.20 0.12 0.10 0.08 68 109 174 217 271 , ‚±3% 160 5% 200 6% 250 7% 0.31 0.20 0.12 0.10 0.08 68 109 174 217 271 , € Inductance mm2ï€ mm2ï€ nHï€ nHï€ mm2ï€ mm2ï€ ï­ï— = 10–6ï€ ï—ï€ Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € F = As/ Vï€ mmâ


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PDF B65859
samsung 10K filing SEC

Abstract:
Text: Common Stock, $ 0.10 par value, authorized 1.0 billion shares, issued and outstanding 254.1 million and 252.2 million shares, respectively Class A Common Stock, $ 0.10 par value, authorized 32 million shares , , Inc. and its wholly-owned subsidiaries are collectively hereinafter referred to as " MTI ." Micron , borrowings outstanding under the agreement. MTI terminated its secured revolving credit agreement effective , gain on the contribution by MTI of 1.9 million shares of MEI Common Stock (the "Contribution") to the


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PDF AUG-31-2000 SEP-03-1999 DEC-02-1999 samsung 10K filing SEC samsung 10K filing SEC 2015 List of company identifications samsung electronics 10K filing SEC DRAM 4416 INTEL 8049 PC NEC 9736 samsung 10K 2015
Not Available

Abstract:
Text: €“ 0.796 540 K1, K2: 0.10 mm < s < 2.00 mmï€ K3, K4: 200 nH < AL < 2200 nH Please read Cautions , K1, K2: 0.10 mm < s < 2.00 mmï€ K3, K4: 200 nH < AL < 2200 nH Please read Cautions and warnings , (100 °C) K4 (100 °C) 358 – 0.794 597 – 0.796 540 K1, K2: 0.10 mm < s < 2.00 mmï , ) 390 – 0.784 621 – 0.796 553 K1, K2: 0.10 mm < s < 2.00 mmï€ K3, K4: 200 nH < AL , € Inductance mm2ï€ mm2ï€ nHï€ nHï€ mm2ï€ mm2ï€ ï­ï— = 10–6ï€ ï—ï€ Vs/m2, mTï € Vs/m2


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PDF B66291G, B66291K, B66461G, B66461K B66291
Not Available

Abstract:
Text: K1, K2: 0.10 mm < s < 2.00 mmï€ K3, K4: 180 nH < AL < 1500 nH Please read Cautions and warnings , (25 °C) K3 (100 °C) K4 (100 °C) 328 – 0.788 541 – 0.796 477 K1, K2: 0.10 , ) 302 – 0.815 522 – 0.796 466 K1, K2: 0.10 mm < s < 2.00 mmï€ K3, K4: 180 nH < AL , €“ 0.796 477 K1, K2: 0.10 mm < s < 2.00 mmï€ K3, K4: 180 nH < AL < 1500 nH Please read Cautions , € mm2ï€ mm2ï€ ï­ï— = 10–6ï€ ï—ï€ Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2


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PDF B66289G, B66289K, B66459G, B66459K B66289
Not Available

Abstract:
Text: range: K1, K2: 0.10 mm < s < 2.50 mmï€ K3, K4: 70 nH < AL < 710 nH Please read Cautions and , € Inductance mm2ï€ mm2ï€ nHï€ nHï€ mm2ï€ mm2ï€ ï­ï— = 10–6ï€ ï—ï€ Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € F = As/ Vï€ mmâ


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PDF B66229, B66230 B66229 B66229G0000X127 N87se
Not Available

Abstract:
Text: (100 °C) K4 (100 °C) 208 – 0.819 367 – 0.796 322 K1, K2: 0.10 mm < s < 1.50 mmï , (100 °C) 234 – 0.777 379 – 0.796 329 K1, K2: 0.10 mm < s < 1.50 mmï€ K3, K4 , K1, K2: 0.10 mm < s < 1.50 mmï€ K3, K4: 150 nH < AL < 1000 nH Please read Cautions and warnings , (25 °C) K3 (100 °C) K4 (100 °C) 234 – 0.777 379 – 0.796 329 K1, K2: 0.10 , € Inductance mm2ï€ mm2ï€ nHï€ nHï€ mm2ï€ mm2ï€ ï­ï— = 10–6ï€ ï—ï€ Vs/m2, mTï € Vs/m2


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PDF B66287G, B65808, B66287K, B66288, B66457G, B66457K B66287, B65808
2013 - Not Available

Abstract:
Text: 182 – 0.749 295 – 0.796 273 – 0.873 Validity range: K1, K2: 0.10 mm < s , € mm2ï€ mm2ï€ ï­ï— = 10–6ï€ ï—ï€ Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € F = As/ Vï€ mm–4.5ï€ ï€ ï€ Jï€ s–1, Hzï€ s–1, Hzï


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PDF B66389, B66390 B66389 B66389G0000X127
Not Available

Abstract:
Text: code 40 63 100 158 0.24 0.15 0.10 0.06 B65855A0016A038 B65855A0025A038 B65855A0040J038 , € Inductance mm2ï€ mm2ï€ nHï€ nHï€ mm2ï€ mm2ï€ ï­ï— = 10–6ï€ ï—ï€ Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € F = As/ Vï€ mmâ


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PDF B65855A
Not Available

Abstract:
Text: K1, K2: 0.10 mm < s < 2.50 mmï€ K3, K4: 130 nH < AL < 1200 nH Please read Cautions and warnings , € Inductance mm2ï€ mm2ï€ nHï€ nHï€ mm2ï€ mm2ï€ ï­ï— = 10–6ï€ ï—ï€ Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € F = As/ Vï€ mmâ


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PDF B66381 B66381G000se
Not Available

Abstract:
Text: €“ 0.796 176 – 0.873 Validity range: K1, K2: 0.10 mm < s < 2.00 mmï€ K3, K4: 70 nH < AL , € Inductance mm2ï€ mm2ï€ nHï€ nHï€ mm2ï€ mm2ï€ ï­ï— = 10–6ï€ ï—ï€ Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € F = As/ Vï€ mmâ


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PDF B66358, B66359 B66358
2013 - Not Available

Abstract:
Text: B65531D0063A033 N48 100 3% 160 3% 250 3% 400 5% 0.20 0.10 0.06 0.03 80 127 199 , € Inductance mm2ï€ mm2ï€ nHï€ nHï€ mm2ï€ mm2ï€ ï­ï— = 10–6ï€ ï—ï€ Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € F = As/ Vï€ mmâ


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PDF B65531, B65532, B65535, B65539, B65806 B65539ï B65535 B65531 B65532
B65652

Abstract:
Text: ‚±3% 500 3% 630 5% 0.32 0.20 0.15 0.10 0.07 0.05 77 120 151 192 240 302 B65651 , € Inductance mm2ï€ mm2ï€ nHï€ nHï€ mm2ï€ mm2ï€ ï­ï— = 10–6ï€ ï—ï€ Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € F = As/ Vï€ mmâ


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PDF B65651, B65652, B65655, B65659 B65655 B65651 B65652 B65652
Not Available

Abstract:
Text: ) 126 – 0.814 232 – 0.796 200 K1, K2: 0.10 mm < s < 1.50 mmï€ K3, K4: 100 nH < AL , €“ 0.796 206 K1, K2: 0.10 mm < s < 1.50 mmï€ K3, K4: 100 nH < AL < 700 nH Clamp Ordering code , ) 126 – 0.814 232 – 0.796 200 K1, K2: 0.10 mm < s < 1.50 mmï€ K3, K4: 100 nH < AL , €“ 0.796 206 K1, K2: 0.10 mm < s < 1.50 mmï€ K3, K4: 100 nH < AL < 700 nH Please read Cautions , € mm2ï€ mm2ï€ ï­ï— = 10–6ï€ ï—ï€ Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2


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PDF B66285G, B66285K, B65804, B66455G, B66455K B66285
Not Available

Abstract:
Text: : 0.10 mm < s < 3.50 mmï€ K3, K4: 170 nH < AL < 1660 nH Please read Cautions and warnings andï , € Inductance mm2ï€ mm2ï€ nHï€ nHï€ mm2ï€ mm2ï€ ï­ï— = 10–6ï€ ï—ï€ Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € F = As/ Vï€ mmâ


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PDF B66397, B66398 B66397
Not Available

Abstract:
Text: €“ 0.796 280 – 0.873 Validity range: K1, K2: 0.10 mm < s < 3.00 mmï€ K3, K4: 90 nH < AL , € Inductance mm2ï€ mm2ï€ nHï€ nHï€ mm2ï€ mm2ï€ ï­ï— = 10–6ï€ ï—ï€ Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € F = As/ Vï€ mmâ


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PDF B66363, B66364 B66363
Not Available

Abstract:
Text: (25 °C) K3 (100 °C) K4 (100 °C) 165 – 0.711 243 – 0.796 223 K1, K2: 0.10 , € Inductance mm2ï€ mm2ï€ nHï€ nHï€ mm2ï€ mm2ï€ ï­ï— = 10–6ï€ ï—ï€ Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € F = As/ Vï€ mmâ


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PDF B66233 B66233G0000X187
2013 - Not Available

Abstract:
Text: ) 146 – 0.719 219 – 0.847 202 K1, K2: 0.10 mm < s < 2.50 mmï€ K3, K4: 80 nH < AL , € Inductance mm2ï€ mm2ï€ nHï€ nHï€ mm2ï€ mm2ï€ ï­ï— = 10–6ï€ ï—ï€ Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € F = As/ Vï€ mmâ


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PDF B66370 B66370G00se
Not Available

Abstract:
Text: K1, K2: 0.10 mm < s < 1.50 mmï€ K3, K4: 50 nH < AL < 500 nH Clamp Ordering code per piece, 2 , 129 – 0.796 107 K1, K2: 0.10 mm < s < 1.50 mmï€ K3, K4: 50 nH < AL < 500 nH Clamp , K1, K2: 0.10 mm < s < 1.50 mmï€ K3, K4: 50 nH < AL < 500 nH Please read Cautions and warnings , (100 °C) K4 (100 °C) 77.4 – 0.774 129 – 0.796 107 K1, K2: 0.10 mm < s < 1.50 , € Inductance mm2ï€ mm2ï€ nHï€ nHï€ mm2ï€ mm2ï€ ï­ï— = 10–6ï€ ï—ï€ Vs/m2, mTï € Vs/m2


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PDF B66283G, B65804, B66283K, B66284, B66453G, B66453K B66283, B65804
2013 - Not Available

Abstract:
Text: 100 3% 0.10 114 B65511A0100A048 Ungapped Material AL valueï€ nH e , € Inductance mm2ï€ mm2ï€ nHï€ nHï€ mm2ï€ mm2ï€ ï­ï— = 10–6ï€ ï—ï€ Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € Vs/m2, mTï € F = As/ Vï€ mmâ


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PDF B65511, B65512 B65511
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