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Part : CF14LT52R182J Supplier : KOA Speer Electronics Manufacturer : Bristol Electronics Stock : 4,462 Best Price : - Price Each : -
Part : CF1/4LT52R182J Supplier : KOA Speer Electronics Manufacturer : Chip One Exchange Stock : 3,735 Best Price : - Price Each : -
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CF1/4LT52R182J

Catalog Datasheet MFG & Type PDF Document Tags

832-6522

Abstract: rc1 marking code Mfr.'s Tol. PER PKG./200 Ohms Watts No. Resistors Type % 1-9 10-24 25-Up SEI 832-0237 Type CD CF1/4 180 1 /4 5 1.53 1.21 1.11 832-0248 CF1/4 220 1 /4 5 1.53 1.21 1.11 832-0255 CF1/4 240 1 /4 5 1.53 1.21 1.11 c"Crossover"or "Jumper" Applications "JW" Jumper Wire Also Available 270832-0263 CF1/4 1 /4 5 c 1.53 1.21 1.11 832-0276 CF1/4 330 1 /4 5 1.53 1.21 1.11 832-0288 CF1/4 390 1 /4 5 1.53 1.21 1.11 Dimensions — Inches Mfr.'s 1 832-0302 CF1/4 470 /4 5 1.53 1.21 1.11 Type 1 832-9052
Allied Electronics Catalog
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832-6522 rc1 marking code 832-9040 832021 832-6257 832-0393 REEL/5000
Abstract: cables. *Note ­ Impedance Testing Impedance is typical, measurement using HP4191A. For CF1-4*1.5*10 through CF2-4.6*1.85*6, based on 1/2 turn (4.0") 32 AWG wire. For CF1-7.35*5.1*10 and above, based on 1/2 , 28.5±0.8 28.5±0.8 7.50±0.3 7.50±0.3 10.0±0.4 10.0±0.4 15.0±0.5 15.0±0.5 CF1-4*1.5*10 CF2-4*1.5*10 CF1-4*2*10 CF2-4*2*10 CF1-4.6*1.85*6 CF2-4.6*1.85*6 CF1-7.35*5.1*10 CF2-7.35*5.1*10 CF1-9.5*4.8*20 CF2-9.5*4.8*20 CF1-10.5*5.5*20 CF2-10.5*5.5*20 CF1-12*7.3*15 CF2-12*7.3*15 CF1-14.2*6.35*28.5 CF2-14.2*6.35 API Delevan
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CF1-14 CF1-16 CF2-16 CF1-17 CF2-17 CF1-21

CF-111

Abstract: 090502 ­ Impedance Testing Impedance is typical, measurement using HP4191A. For CF1-4*1.5*10 through CF2-4.6*1.85*6, based on 1/2 turn (4.0") 32 AWG wire. For CF1-7.35*5.1*10 and above, based on 1/2 turn (4.0") 19 AWG wire. CF1-4*1.5*10 CF2-4*1.5*10 CF1-4*2*10 CF2-4*2*10 CF1-4.6*1.85*6 CF2-4.6*1.85*6 CF1-7.35*5.1*10 CF2-7.35*5.1*10 CF1-9.5*4.8*20 CF2-9.5*4.8*20 CF1-10.5*5.5*20 CF2-10.5*5.5*20 CF1-12*7.3*15 CF2-12*7.3*15 CF1-14.2*6.35*28.5 CF2-14.2*6.35*28.5 CF1-16*9*17 CF2-16*9*17 CF1
API Delevan
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CF1-10 CF1-12 CF-111 090502 CF2-21 CF1-26 CF2-26 CF1-28

RM73Z2AT

Abstract: SR73H CCP2E35TE CCP2E40TE CCP2E50TE CF1/2 CF1/2xxxG 3 New Global Part Number X7R1210ITTDxxxJ , CCF1NTE2.5 CCF1NTE4 CCP2E15TE CCP2E35TE CCP2E40TE CCP2E50TE CF1/2LK006KIT CF1/2LxxxG March 2002 Rev. 1 Old Catalog Part Number CF1/2xxxGT52 CF1/2xxxJ CF1/2xxxJCZ085 CF1/2xxxJK043 CF1/2xxxJT52 CF1/2xxxJT52A CF1/2xxxJZ003 CF1/2xxxJZ063 CF1/2xxxK CF1/4 CF1/4xxxG CF1/4xxxGT52 CF1/4xxxGVT CF1/4xxxGVTEA CF1/4xxxGVTP CF1/4xxxJ CF1/4xxxJCZ010 CF1/4xxxJCZ078 CF1/4xxxJCZ084 CF1/4xxxJT26
KOA Speer Electronics
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RM73Z2AT SR73H CN1E4KLTD RM73Z2ET BPR28 RIAQ16 0402NPOHT 0402X7R 0402X7RCT 0402X7RET 0402X7RHT 0402Y5VCT

Cable

Abstract: cables. *Note â'" Impedance Testing Impedance is typical, measurement using HP4191A. For CF1-4*1.5*10 through CF2-4.6*1.85*6, based on 1â"2 turn (4.0") 32 AWG wire. For CF1-7.35*5.1*10 and above, based on 1â"2 turn (4.0") 19 AWG wire. PART NUMBER CF1-4*1.5*10 CF2-4*1.5*10 CF1-4*2*10 CF2-4*2*10 CF1-4.6*1.85*6 CF2-4.6*1.85*6 CF1-7.35*5.1*10 CF2-7.35*5.1*10 CF1-9.5*4.8*20 CF2-9.5*4.8*20 CF1-10.5*5.5*20 CF2-10.5*5.5*20 CF1-12*7.3*15 CF2-12*7.3*15 CF1-14.2*6.35*28.5 CF2-14.2*6.35*28.5 CF1
API Delevan
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Cable CF2-28 CF1-31
Abstract: cables. *Note â'" Impedance Testing Impedance is typical, measurement using HP4191A. For CF1-4*1.5*10 through CF2-4.6*1.85*6, based on 1â"2 turn (4.0") 32 AWG wire. For CF1-7.35*5.1*10 and above, based on 1â"2 turn (4.0") 19 AWG wire. CF1-4*1.5*10 CF2-4*1.5*10 CF1-4*2*10 CF2-4*2*10 CF1-4.6*1.85*6 CF2-4.6*1.85*6 CF1-7.35*5.1*10 CF2-7.35*5.1*10 CF1-9.5*4.8*20 CF2-9.5*4.8*20 CF1-10.5*5.5*20 CF2-10.5*5.5*20 CF1-12*7.3*15 CF2-12*7.3*15 CF1-14.2*6.35*28.5 CF2-14.2*6.35*28.5 CF1-16*9*17 CF2-16*9*17 API Delevan
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CF2-31 CF1-36 CF2-36

CF1-10

Abstract: CF1-12 HP4191A. For CF1-4*1.5*10 through CF2-4.6*1.85*6, based on 1/2 turn (4.0") 32 AWG wire. For CF1-7.35*5.1*10 and above, based on 1/2 turn (4.0") 19 AWG wire. PART NUMBER CF1-4*1.5*10 CF2-4*1.5*10 CF1-4*2*10 CF2-4*2*10 CF1-4.6*1.85*6 CF2-4.6*1.85*6 CF1-7.35*5.1*10 CF2-7.35*5.1*10 CF1-9.5*4.8*20 CF2-9.5*4.8*20 CF1-10.5*5.5*20 CF2-10.5*5.5*20 CF1-12*7.3*15 CF2-12*7.3*15 CF1-14.2*6.35*28.5 CF2-14.2*6.35*28.5 CF1-16*9*17 CF2-16*9*17 CF1-17.5*9.5*28.5 CF2-17.5*9.5*28.5 CF1-21*13.2
API Delevan
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CF-246

CSTCE8M00G52-B0

Abstract: sQFP 14X14 LC875G32A/24A/16A/08A 1 4 30(P1n,P2n,P30P36,P70P73,PWM0,PWM1,XT2) 8(P0n) 1(XT1) 2(CF1 , 45 46 47 48 P73/INT3/T0IN RES XT1/AN10 XT2/AN11 VSS1 CF1 CF2 VDD1 P10/SO0 P11/SI0/SB0 , VSS1 29 P20/UTX/INT4/T1IN 6 CF1 30 P21/URX/INT4/T1IN 7 CF2 31 P22/INT4 , /08A 7 P70P73 I/O I/O PWM0 O PWM1 O RES XT1 I XT2 I/O CF1 CF2 , max VDD1,VDD2,VDD3 VI XT1,CF1 VIO IOPH(1) 0,1,2 3,7 PWM0,PWM1,XT2 0,1,2,3
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LC875G32A LC875G24A LC875G16A LC875G08A RAM1024 CSTCE8M00G52-B0 sQFP 14X14 p35 smd N8299A ROM32K/24K/16K/8K

K 2545

Abstract: W87F55256SQ .8298-1/25 LC87F5G32A 1 4 30(P1n,P2n,P30P36,P70P73,PWM0,PWM1,XT2) 8(P0n) 1(XT1) 2(CF1 , /T0IN RES XT1/AN10 XT2/AN11 VSS1 CF1 CF2 VDD1 P10/SO0 P11/SI0/SB0 P12/SCK0 P13/SO1 P36 , P20/UTX/INT4/T1IN 6 CF1 30 P21/URX/INT4/T1IN 7 CF2 31 P22/INT4/T1IN 8 , VDD1 32.768kHz AN11AD CF1 I CF2 O No.8298-10/25 , VDD1,VDD2,VDD3 VI XT1,CF1 VIO VDD1=VDD2=VDD3 min typ max unit 0,1,2
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K 2545 W87F55256SQ N8298A FROM32K LC87F5G32A100 CPU32K 1024RAM 12PWM

VQFN64

Abstract: PBRC-8.00HR ,PWM3,XT2) 8(P0n) 1(XT1) 2(CF1,CF2) 1(RES) 6(VSS13,VDD13) 016/ 088 (8)×2 188 (8)8(8) 2816 , 26 P27/INT5/T1IN VSS1 56 25 P26/INT5/T1IN CF1 57 24 P25/INT5/T1IN , /AN11 1 CF1 P14/SI1/SB1 CF2 P86/AN6 19 VDD1 20 P80/AN0 PC0 61 P81 , 32.768kHz ADAN10 XT2 VDD1 32.768kHz ADAN11 CF1 CF2 , VDD1,VDD2,VDD3 VI(1) XT1,CF1 VIO(1) VDD1=VDD2=VDD3 min typ max unit
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LC87F5864B VQFN64 PBRC-8.00HR N8296 FROM64K RAM2048 LC87F5864B100 CPU64K

LC875J64C

Abstract: LC875J48C (CF1,CF2) 1(RES) 6(VSS13,VDD13) 0216/ 088 (82)×2 188 (82)8 (82) 2816 (162) 316(162 , P26/INT5/T1IN CF1 57 24 P25/INT5/T1IN LC875J64C/ LC875J56C/ LC875J48C P81/AN1 , ADAN11 CF1 CF2 No.8302-9/23 LC875J64C/875J56C/875J48C , ,VDD3 VI(1) XT1,CF1 VIO(1) VDD1=VDD2=VDD3 max -0.3 unit 6.5 VDD0.3 0 , PWM2,PWM3 VIH(3) 70 VIH(4) XT1,XT2,CF1,RES VIL(1) 1,2 P71P73 P70
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LC875J64C LC875J56C N8302 ROM64K/56K/48K LC875J64C/56C/48C83 CPU64K/56K/

LC87F67C8A

Abstract: N1502 (PFn,PG03) 24(PCn,PDn,PEn) 2(CF1,CF2) 1( RES ) 6(VSS12,VDD14) VFD / /(:924 ) VFD 16 , /T1IN P34/INT5/T1IN P35/INT5/T1IN P36/INT5/T1IN P37/INT5/T1IN RES XT1/AN10 XT2/AN11 VSS1 CF1 , AD :AN11 CF1 CF2 1:LC876700 LC876500,LC876600 FIX0 , XT1,XT2 CF1 RES VI(2) FIX0 VO(1) S0/T0S15/T15 VIO(1) VDD 0.3 1 VDD , ) 70 VDD 4.55.5 VDD VIH(7) XT1,XT2 4.55.5 CF1 VIL(1) CMOS 0.75
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N1502 LC87F67C8A W87FQ100 727816 FROM128K RAM4096 S9/T9S15/T15 S16S23

CSTCR4M00G53095-R0

Abstract: A1400 ) 2(CF1/XT1,CF2/XT2) 1(RES) 2(VSS1,VDD1) 016/ 088 (8)×2 188 (8)8 (8) 2816 (16) 316(16 , /AN5/CKO CF1/XT1 4 21 P04/AN4 CF2/XT2 5 20 P03/AN3 19 P02/AN2 18 , /BUZ/INT1/T0HCP 3 VSS1 15 P20/UTX/INT4/T1IN 4 CF1/XT1 16 P21/URX/INT4/T1IN 5 , P70 ON/OFF P70INT0 /HOLD / 0L / P70(AN8)AD INT0 RES CF1/XT1 I/O , Low P70 OPEN Low CF1/XT1 100k CF2/XT2 100k CF1/XT1,CF2/XT2 CF1/XT1
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RAM256 CSTCR4M00G53095-R0 A1400 NA1400 LC872G08A LC872G06A LC872G04A LC872G08A/06A/04A
Abstract: of: 40°C CE1.4 The product is intended for use on the following power systems: TN CF1.0 Engineering Conditions of Acceptability CF1.1 For use only in or with complete equipment where the , : 2007-05-23 Page 6 of 46 Report Reference # E135803-A37-UL-1 CF1.2 The following Production-Line tests are conducted for this product: Electric Strength, Earthing Continuity CF1.3 The , , 671 Vpk, Primary-Earthed Dead Metal: 312 Vrms. CF1.5 The following secondary output circuits are SL Power Electronics
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GEM600-VV-WXY-ZZ GEM750-VV-WXY-ZZ GEM600 GEM750

LC87F2L08A

Abstract: LC87F2L08 (CF1,CF2) 1(RES) 2(VSS1,VDD1) 016/ 088 (8)×2 188 (8)8 (8) 2816 (16) 316(16) 668() 768 , VSS1 3 22 P05/AN5/DBGP00 CF1 4 21 P04/AN4 CF2 5 20 P03/AN3 VDD1 , CF1 16 P21/INT4 5 CF2 17 P00/AN0 6 VDD1 18 P01/AN1 7 P10 19 , /OFF P70INT0 /HOLD / 0L / P70(AN8)AD INT0 RES I/O CF1 I , P10P17 OPEN Low P20P21 OPEN Low P70 OPEN Low CF1 100k CF2 100k
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LC87F2R04A 128AD LC87F2L08A LC87F2L08 SSOP24 209 mrc 438 DBGP10 A1622 RAM128 128RAM D0909HKIM 20091112-S00004

LC87F2J32A

Abstract: AN1323 ,CF2) 2(CF1,XT1) 1(RES) 6(VSS13,VDD13) 016/ 088 (8)×2 188 (8)8 (8) 2816 (16 , /AN11 VSS1 CF1/AN12 CF2/AN13 VDD1 P10/SO0 P11/SI0/SB0 P12/SCK0 P13/SO1 1 2 3 4 5 6 7 8 , 6 CF1/AN12 22 P01/AN1 38 P35 7 CF2/AN13 23 P02/AN2 39 VDD3 8 , / 32.768kHz AN10AD XT2 I/O 32.768kHz AN11AD CF1 I AN12AD CF2 , OPEN Low PWM0,PWM1 OPEN Low XT1 100k XT2 OPEN Low CF1 100k
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LC87F2J32A AN1323 814a A1384 AN-1323 NA1384 LC87F2J32A83 12/814AD 42209HKIM 20090406-S00001

IN96

Abstract: Accuracy 2 CF1 = 7 pF Gain Step Error vs. Temperature 3 MAXIMUM INPUT CHARGE Test Conditions , '1.5 Max +10 Unit pA/channel 1.7 0.85 0.21 0.10 See Figure 16 CF1 = 0.45 pF CF1 = 0.9 pF CF1 = 3.5 pF CF1 = 7 pF Min â'10 2.3 1.1 0.28 0.14 2.9 1.4 0.36 0.18 V/pC V/pC , V/V V/V V/V V/V V/V V/V %/°C CF1 = 0.45 pF CF1 = 0.9 pF CF1 = 3.5 pF CF1 = 7 pF CLOCK , Power OPERATING TEMPERATURE Min CF1 = 0.9 pF, G = 10 CPANEL = 38 pF CPANEL = 61 pF Typ
Analog Devices
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IN96 128-C AD8488 MUX-CH001 MUX-CH003 MS-034-AAF-1 255-B

LC877148A

Abstract: 79702 ,S24S39) 4(COM0COM3) 3(V1V3) 32(PAn,PBn,PDn,PEn) 7(PLn) 2(CF1,CF2) 1(RES) 6(VSS13,VDD13) LCD 7 , P14/SI1/SB1 P15/SCK1 P16/T1PWML P17/T1PWMH/BUZ RES# XT1/AN10 XT2/AN11 VSS1 CF1 CF2 VDD1 P80 , ADAN11 CF1 CF2 No.7970-8/22 LC877148A/40A/32A/24A , , VDD1=VDD2=VDD3 VI VIO(1) max unit 7.0 -0.3 VDD VDD0.3 -0.3 L XT1,XT2,CF1,RES , 0.3VDD VDD 0.7 / VIH(3) 87 VIH(5) VIL(1) 0,8 VIL(2) XT1,XT2,CF1,RES
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LC877148A LC877140A RAM1536 D2702 79702 LC876091 LC877132A LC877124A ROM48

lc876d08

Abstract: TR 3055 ) (N) (VFD) 9(S0/T0S8/T8) / 7(S9/T9S15/T15) / 8(S16S23) 30(S24S53) 2(XT1/CF1,XT2/CF2 , CF1/XT1 CF2/XT2 VDD1 P00/AN0 P01/AN1 P02/AN2 P03/AN3 P04/AN4 P05/AN5 P06/AN6 P07/AN7 P70 , / / RES CF1/XT1 CF XT 32.768kHz VDD1 CF2/XT2 CF XT , VI(1) VDD1=VDD2=VDD3 CF1/XT1 max unit S16S53 6.5 VDD0.3 VDD0.3 VDD , ) VIH(3) V XT1/CF1 RES VIL(1) 0,1 71 70 0.1VDD 0.4 / VIL(2) 70
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lc876d08 TR 3055 xt 08a A1122 151018 Ta4085 LC876D16A LC876D08A ROM16K/8K LC876D16A/LC876D08A100 CPU16K/8K SIO/SIO88AD

S3 24A

Abstract: LC876132A /T1PWMH RES VSS1 CF1 CF2 VDD1 P00/AN0 P01/AN1 P02/AN2 P03/AN3 P04/AN4 P05/AN5 P06/AN6 P07/AN7 , ) S40S47 (VFD) PF0PF7 S48S51 (VFD) PG0PG3 RES CF1 , LC876132A/24A/16A /Ta=25,VSS1=0V VDD max VDD,VDD2,VDD3 VI(1) CF1 RES , VIH(5) CF1 RES VIL(1) 0 VIL(2) 1 71,72,73 70 / 0.1VDD 0.4 VIL(3) S16S31 Pch Tr. S48S51 VIL(4) 70 VIL(5) CF1 RES tCYC
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LC876132A LC876124A LC876116A CSTCC10M0G53-R0 S3 24A LC876093 12P1n 11CMOS vfd 16 32K/24K/16K ROM768 7S9/T9S15/T15
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