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AM7996JC Rochester Electronics LLC Ethernet Transceiver, PQCC20, PLASTIC, LCC-20
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RG2012P-3482-W-T1 datasheet (1)

Part ECAD Model Manufacturer Description Type PDF
RG2012P-3482-W-T1 RG2012P-3482-W-T1 ECAD Model Susumu Resistors - Chip Resistor - Surface Mount - RES SMD 34.8KOHM 0.05% 1/8W 0805 Original PDF

RG2012P-3482-W-T1 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
293D106X0025C2TE3

Abstract: RG2012P-102-B-T5 LTST-C930GKT LMV7231 PEC36SAAN SUSUMU
Text: % 0805 MULTICOMP Susumu MCTC0525B1962T5E RG2012P- 3482 -B-T5 1 1 1.0 kohm Resistor, SMT, 0.1


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PDF LMV7231 100mil MCTC0525B1962T5E RG2012P-3482-B-T5 RG2012P-102-B-T5 293D106X0025C2TE3 RG2012P-102-B-T5 LTST-C930GKT PEC36SAAN SUSUMU
2012 - Not Available

Abstract: No abstract text available
Text: Resistor, SMT, 0.1% 0805 MULTICOMP Susumu MCTC0525B1962T5E RG2012P- 3482 -B-T5 1 1 1.0 kohm


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PDF LMV7231 100mil
2009 - digital voltmeter with 8051

Abstract: FTSH-105-01-L-DV-K CY8C3866 analog voltmeter digital voltmeter with 8051 adc 50mil keyed smd connector 3 lead ecg block diagram 12 lead ecg block diagram ADC voltmeter diagram mini projects based on psoc kit
Text: 2 R12,R31 RES 34.8K OHM 1/8W .1% 0805 SMD Susumu Co Ltd RG2012P- 3482 -B-T5 23 1 , .1% 0805 SMD Susumu Co Ltd RG2012P- 3482 -B-T5 45 2 R25,R28 RES 1.0M OHM 1/8W .1%


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PDF CY8CKIT-007 CY8CKIT-007 digital voltmeter with 8051 FTSH-105-01-L-DV-K CY8C3866 analog voltmeter digital voltmeter with 8051 adc 50mil keyed smd connector 3 lead ecg block diagram 12 lead ecg block diagram ADC voltmeter diagram mini projects based on psoc kit
2009 - CY8C3866

Abstract: digital voltmeter with 8051 adc 50mil keyed smd connector FTSH-105-01-L-DV-K ADC voltmeter diagram p126 smd mini projects based on psoc kit CY8CKIT-007 ph sensor interface with 8051 ufd 411
Text: Pacific Display Devices Manufacturer Part Number ERJ-2GE0R00X ERJ-3GEYJ331V RG2012P-105-B-T5 RG2012P- 3482 , NA NA CHAL-020 1902E NY PMS 440 0038 PH 2460 NA RG2012P-3483-B-T5 NA NA RG2012P- 3482 -B-T5 RG2012P


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PDF CY8CKIT-007 RG2012P-3483-B-T5 RG2012P-3482-B-T5 RG2012P-105-B-T5 RC0402JR-0710KL CY8CKIT-007 CY8C3866 digital voltmeter with 8051 adc 50mil keyed smd connector FTSH-105-01-L-DV-K ADC voltmeter diagram p126 smd mini projects based on psoc kit ph sensor interface with 8051 ufd 411
RG2012P-472-B-T5

Abstract: RG2012P-681-B-T5 rg2012p RG2012P-105-B-T5 RG2012P-22 RG2012P-242-B-T5 RG2012P-243-B-T5
Text: No file text available


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PDF RG2012PB-KIT RG2012PB RG2012P-101-B-T5 RG2012P-102-B-T5 RG2012P-103-B-T5 RG2012P-104-B-T5 RG2012P-105-B-T5 RG2012P-111-B-T5 RG2012P-112-B-T5 RG2012P-113-B-T5 RG2012P-472-B-T5 RG2012P-681-B-T5 rg2012p RG2012P-105-B-T5 RG2012P-22 RG2012P-242-B-T5 RG2012P-243-B-T5
smd 472

Abstract: 222 smd smd 123 RG1608N-113-W-T1 RG1608N-622-W-T1
Text: 25 26 27 28 29 30 Digi-Key Part Number Susumu Part Number RG16N820WCT-ND RG1608N-821- W-T1 RG16N910WCT-ND RG1608N-911- W-T1 RG16N1.0KWCT-ND RG1608N-102- W-T1 RG16N1.1KWCT-ND RG1608N-112- W-T1 RG16N1.2KWCT-ND RG1608N-122- W-T1 RG16N1.3KWCT-ND RG1608N-132- W-T1 RG16N1.5KWCT-ND RG1608N-152- W-T1 RG16N1.6KWCT-ND RG1608N-162- W-T1 RG16N1.8KWCT-ND RG1608N-182- W-T1 RG16N2.0KWCT-ND RG1608N-202- W-T1 RG16N2.2KWCT-ND RG1608N-222- W-T1 RG16N2.4KWCT-ND RG1608N-242- W-T1 RG16N2.7KWCT-ND RG1608N-272- W-T1 RG16N3


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PDF RG16N820WCT-ND RG1608N-821-W-T1 RG16N910WCT-ND RG1608N-911-W-T1 RG16N1 RG1608N-102-W-T1 RG1608N-112-W-T1 RG1608N-122-W-T1 smd 472 222 smd smd 123 RG1608N-113-W-T1 RG1608N-622-W-T1
RG2012N-101-W-T1

Abstract: RG2012N RG2012N-680-W-T1
Text: Replacement RG2012N-101- W-T1 RG2012N-102- W-T1 RG2012N-103- W-T1 RG2012N-104- W-T1 RG2012N-111- W-T1 RG2012N-112- W-T1 RG2012N-113- W-T1 RG2012N-114- W-T1 RG2012N-121- W-T1 RG2012N-122- W-T1 RG2012N-123- W-T1 RG2012N-124- W-T1 RG2012N-131- W-T1 RG2012N-132- W-T1 RG2012N-133- W-T1 RG2012N-134- W-T1 RG2012N-151- W-T1 RG2012N-152- W-T1 RG2012N-153- W-T1 RG2012N-154- W-T1 RG2012N-161- W-T1 RG2012N-162- W-T1 RG2012N-163- W-T1 RG2012N-164- W-T1 RG2012N-181- W-T1 RG2012N-182- W-T1 RG2012N-183- W-T1 RG2012N-184- W-T1 RG2012N-201- W-T1


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PDF RG2012NW-KIT RG2012NW RG2012N-101-W-T1 RG2012N-102-W-T1 RG2012N-103-W-T1 RG2012N-104-W-T1 RG2012N-111-W-T1 RG2012N-112-W-T1 RG2012N-113-W-T1 RG2012N-114-W-T1 RG2012N-101-W-T1 RG2012N RG2012N-680-W-T1
smd 151

Abstract: 0805 SMD 0805 smd 431 0805.smd RG2012N RG2012N-680-W-T1 RG20N430WCT-ND SMD 22 161 RES,510 ohm
Text: RG20N750WCT-ND 31 RG20N820WCT-ND 32 RG20N910WCT-ND Susumu Part Number RG2012N-470- W-T1 RG2012N-510- W-T1 RG2012N-560- W-T1 RG2012N-620- W-T1 RG2012N-680- W-T1 RG2012N-750- W-T1 RG2012N-820- W-T1 RG2012N-910- W-T1 RG2012N-101- W-T1 RG2012N-111- W-T1 RG2012N-121- W-T1 RG2012N-131- W-T1 RG2012N-151- W-T1 RG2012N-161- W-T1 RG2012N-181- W-T1 RG2012N-201- W-T1 RG2012N-221- W-T1 RG2012N-241- W-T1 RG2012N-271- W-T1 RG2012N-301- W-T1 RG2012N-331- W-T1 RG2012N-361- W-T1 RG2012N-391- W-T1 RG2012N-431- W-T1 RG2012N-471- W-T1 RG2012N-511- W-T1


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PDF RG20N47WCT-ND RG20N51WCT-ND RG20N56WCT-ND RG20N62WCT-ND RG20N68WCT-ND RG20N75WCT-ND RG20N82WCT-ND RG20N91WCT-ND RG20N100WCT-ND RG20N110WCT-ND smd 151 0805 SMD 0805 smd 431 0805.smd RG2012N RG2012N-680-W-T1 RG20N430WCT-ND SMD 22 161 RES,510 ohm
RG1608N-222-W-T1

Abstract: RG1608N-622-W-T1
Text: Replacement RG1608N-101- W-T1 RG1608N-102- W-T1 RG1608N-103- W-T1 RG1608N-104- W-T1 RG1608N-111- W-T1 RG1608N-112- W-T1 RG1608N-113- W-T1 RG1608N-114- W-T1 RG1608N-121- W-T1 RG1608N-122- W-T1 RG1608N-123- W-T1 RG1608N-124- W-T1 RG1608N-131- W-T1 RG1608N-132- W-T1 RG1608N-133- W-T1 RG1608N-134- W-T1 RG1608N-151- W-T1 RG1608N-152- W-T1 RG1608N-153- W-T1 RG1608N-154- W-T1 RG1608N-161- W-T1 RG1608N-162- W-T1 RG1608N-163- W-T1 RG1608N-164- W-T1 RG1608N-181- W-T1 RG1608N-182- W-T1 RG1608N-183- W-T1 RG1608N-184- W-T1 RG1608N-201- W-T1


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PDF RG1608NW-KIT RG1608NW RG1608N-101-W-T1 RG1608N-102-W-T1 RG1608N-103-W-T1 RG1608N-104-W-T1 RG1608N-111-W-T1 RG1608N-112-W-T1 RG1608N-113-W-T1 RG1608N-114-W-T1 RG1608N-222-W-T1 RG1608N-622-W-T1
smd 431

Abstract: 431 smd smd 301 res 0603 RG1608N-750-W-T1 smd 151 RES100
Text: Part Count Digi-Key Part Number Susumu Part Number 1 RG16N47WCT-ND RG1608N-470- W-T1 2 RG16N51WCT-ND RG1608N-510- W-T1 3 RG16N56WCT-ND RG1608N-560- W-T1 4 RG16N62WCT-ND RG1608N-620- W-T1 5 RG16N68WCT-ND RG1608N-680- W-T1 6 RG16N75WCT-ND RG1608N-750- W-T1 7 RG16N82WCT-ND RG1608N-820- W-T1 8 RG16N91WCT-ND RG1608N-910- W-T1 9 RG16N100WCT-ND RG1608N-101- W-T1 10 RG16N110WCT-ND RG1608N-111- W-T1 11 RG16N120WCT-ND RG1608N-121- W-T1 12 RG16N130WCT-ND RG1608N-131- W-T1 13 RG16N150WCT-ND RG1608N-151- W-T1 14


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PDF RG16N47WCT-ND RG1608N-470-W-T1 RG16N51WCT-ND RG1608N-510-W-T1 RG16N56WCT-ND RG1608N-560-W-T1 RG16N62WCT-ND RG1608N-620-W-T1 RG16N68WCT-ND RG1608N-680-W-T1 smd 431 431 smd smd 301 res 0603 RG1608N-750-W-T1 smd 151 RES100
06-03-SMD

Abstract: RG1608N-153-W-T1 RG16N120KWCT 0603SMD
Text: 25 26 27 28 29 30 31 Digi-Key Part Number Susumu Part Number RG16N15.0KWCT-ND RG1608N-153- W-T1 RG16N16.0KWCT-ND RG1608N-163- W-T1 RG16N18.0KWCT-ND RG1608N-183- W-T1 RG16N20.0KWCT-ND RG1608N-203- W-T1 RG16N22.0KWCT-ND RG1608N-223- W-T1 RG16N24.0KWCT-ND RG1608N-243- W-T1 RG16N27.0KWCT-ND RG1608N-273- W-T1 RG16N30.0KWCT-ND RG1608N-303- W-T1 RG16N33.0KWCT-ND RG1608N-333- W-T1 RG16N36.0KWCT-ND RG1608N-363- W-T1 RG16N39.0KWCT-ND RG1608N-393- W-T1 RG16N43.0KWCT-ND RG1608N-433- W-T1 RG16N47.0KWCT-ND RG1608N-473- W-T1


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PDF RG16N15 RG1608N-153-W-T1 RG16N16 RG1608N-163-W-T1 RG16N18 RG1608N-183-W-T1 RG16N20 RG1608N-203-W-T1 RG16N22 RG1608N-223-W-T1 06-03-SMD RG1608N-153-W-T1 RG16N120KWCT 0603SMD
RG2012N-394-W-T1

Abstract: RES 364 270k ohm
Text: 25 26 27 28 29 30 31 32 33 DKC: Susumu Part Number RG20N22.0KWCT-ND RG2012N-223- W-T1 RG20N24.0KWCT-ND RG2012N-243- W-T1 RG20N27.0KWCT-ND RG2012N-273- W-T1 RG20N30.0KWCT-ND RG2012N-303- W-T1 RG20N33.0KWCT-ND RG2012N-333- W-T1 RG20N36.0KWCT-ND RG2012N-363- W-T1 RG20N39.0KWCT-ND RG2012N-393- W-T1 RG20N43.0KWCT-ND RG2012N-433- W-T1 RG20N47.0KWCT-ND RG2012N-473- W-T1 RG20N51.0KWCT-ND RG2012N-513- W-T1 RG20N56.0KWCT-ND RG2012N-563- W-T1 RG20N62.0KWCT-ND RG2012N-623- W-T1 RG20N68.0KWCT-ND RG2012N-683- W-T1


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PDF RG20N22 RG2012N-223-W-T1 RG20N24 RG2012N-243-W-T1 RG20N27 RG2012N-273-W-T1 RG20N30 RG2012N-303-W-T1 RG20N33 RG2012N-333-W-T1 RG2012N-394-W-T1 RES 364 270k ohm
0805SMD

Abstract: smd 472 smd 123 RG2012N res 0805 68k res -472
Text: 25 26 27 28 29 30 31 32 Digi-Key Part Number Susumu Part Number RG20N1.0KWCT-ND RG2012N-102- W-T1 RG20N1.1KWCT-ND RG2012N-112- W-T1 RG20N1.2KWCT-ND RG2012N-122- W-T1 RG20N1.3KWCT-ND RG2012N-132- W-T1 RG20N1.5KWCT-ND RG2012N-152- W-T1 RG20N1.6KWCT-ND RG2012N-162- W-T1 RG20N1.8KWCT-ND RG2012N-182- W-T1 RG20N2.0KWCT-ND RG2012N-202- W-T1 RG20N2.2KWCT-ND RG2012N-222- W-T1 RG20N2.4KWCT-ND RG2012N-242- W-T1 RG20N2.7KWCT-ND RG2012N-272- W-T1 RG20N3.0KWCT-ND RG2012N-302- W-T1 RG20N3.3KWCT-ND RG2012N-332- W-T1


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PDF RG20N1 RG2012N-102-W-T1 RG2012N-112-W-T1 RG2012N-122-W-T1 RG2012N-132-W-T1 RG2012N-152-W-T1 0805SMD smd 472 smd 123 RG2012N res 0805 68k res -472
MB89930A

Abstract: MB89935A MB89935B MB89P935B MB89PV930A
Text: 3.6-4 to be corrected as indicated by the shading below. ·Error SCM WT1 WT0 System clock control register (SYCC) CS1 CS0 - WT1 WT0 System clock control register (SYCC) CS1 CS0 , 0007H bit7 - bit6 - bit5 - bit4 WT1 R/W bit3 WT0 R/W bit2 - bit1 CS1 R/W , WT1 R/W bit3 WT0 R/W bit2 - bit1 CS1 R/W bit0 CS0 R/W Initial value -MM100B , (SYCC: WT1 and WT0) while the clock is waiting for stabilization of oscillation. Using the system clock


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PDF CM25-10139-5ET1 MB89930A MB89PV930A MB89P935B 214/FCH 217/FCH 218/FCH MB89935A MB89935B
2006 - LT3842

Abstract: LCFG GRM31MR71H474KA01B LT3482 LT3482IUD#PBF 06035C104KAT2A GRM2167U1H103JA01B 90V boost 08051C104KAT2A GS -L 0.47uF Capacitor
Text: The LT® 3482 is a fixed frequency current mode step-up DC/DC converter with voltage doubler designed , 2.5mA 14k 0.1µF 3482 TA01a 500ns/DIV 3482 TA01b 3482f 1 LT3482 W W W AXI U , 0 40 60 DUTY CYCLE (%) 3482 G01 1.0E-02 80 70 80 90 ­2 1.0E-06 ­8 1.0E-06 1.0E-04 IAPD (A) 3482 G04 50 25 75 0 TEMPERATURE (°C) 100 125 3482 G06 , = 10µA IAPD = 250nA 3482 G05 6 200 150 100 2 1.24 VIN = 16V VIN = 3V 1.23


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PDF LT3482 LT3482 LT3461/LT3461A LT3465/LT3465A 3482f LT3842 LCFG GRM31MR71H474KA01B LT3482IUD#PBF 06035C104KAT2A GRM2167U1H103JA01B 90V boost 08051C104KAT2A GS -L 0.47uF Capacitor
2006 - PDF PIN APD DIODE DESCRIPTION

Abstract: LT3842 APD reverse bias stability LT3482 GRM31MR71H105KA88B avalanche photodiode bias 08051C104KAT PDF PIN APD OPTICAL DIODE DESCRIPTION 06035C104KAT GRM31MR71H474KA01B
Text: The LT® 3482 is a fixed frequency current mode step-up DC/DC converter with voltage doubler designed , 14k 0.1µF 3482 TA01a 500ns/DIV 3482 TA01b 3482fa 1 LT3482 W W W AXI U U , CYCLE (%) 3482 G01 1.0E-02 80 70 80 90 ­2 1.0E-06 ­8 1.0E-06 1.0E-04 IAPD (A) 3482 G04 50 25 75 0 TEMPERATURE (°C) 100 125 3482 G06 Switch Saturation , 3482 G05 6 200 150 100 2 1.24 VIN = 16V VIN = 3V 1.23 50 1 0 1.00E-07


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PDF LT3482 LT3482 LT3461/LT3461A LT3465/LT3465A 3482fa PDF PIN APD DIODE DESCRIPTION LT3842 APD reverse bias stability GRM31MR71H105KA88B avalanche photodiode bias 08051C104KAT PDF PIN APD OPTICAL DIODE DESCRIPTION 06035C104KAT GRM31MR71H474KA01B
2006 - 246 smd code

Abstract: LM4985 Power Supply Control IC dap 07 Power Supply Control IC dap 07 smd LM4985TM WT1 MARKING CODE
Text: (Note 6) Limit (Notes 7, 8) Units (Limits) CBYPASS= 4.7µF (Note 11) WT1 = 0, WT0 = 0 OCL C-CUPL WT1 = 0, WT0 = 1 OCL C-CUPL 110 530 WT1 = 1, WT0 = 0 OCL C-CUPL 180 1030 WT1 = , 11) WT1 = 0, WT0 = 0 OCL C-CUPL RIN Input Resistance 92 405 143 774 WT1 = 1, WT0 =1 OCL C-CUPL Wake Up Time from Shutdown WT1 = 0, WT0 = 1 OCL C-CUPL WT1 = 1, WT0 = 0 OCL , CBYPASS = 4.7µF (Note 11) WT1 = 0, WT0 = 0 OCL C-CUPL 92 544 145 1053 WT1 = 1, WT0 = 1 OCL


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PDF LM4985 135mW LM4985 68mWRMS 38mWRMS 246 smd code Power Supply Control IC dap 07 Power Supply Control IC dap 07 smd LM4985TM WT1 MARKING CODE
2006 - LT3842

Abstract: No abstract text available
Text: Receivers and Modules Fiber Optic Network Equipment The LT® 3482 is a fixed frequency current mode , RIPPLE 100mV/DIV FB APD 10k 85V AT 2.5mA 14k 0.1µF 3482 TA01a 500ns/DIV 3482 , 0 40 60 DUTY CYCLE (%) 3482 G01 80 2 MONIN = 90V ERROR (%) IMON (µA) IMON (A) 40 50 60 MONIN (V) 70 80 90 1.0E-06 1.0E-04 IAPD (A) 3482 G04 –10 â , ) 100 125 3482 G06 Switch Saturation Voltage (VCESAT) FB Pin Voltage vs Temperature 1.25


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PDF LT3482 280mA 650kHz 16-Lead LT3461/LT3461A LT3465/LT3465A 3482fa LT3842
8051 microcontroller free

Abstract: 8051 microcontroller pin 8051 microcontroller notes ic 8051 DS1388 APPLICATION microcontroller 8051 application of microcontroller 8051 free 8051 microcontroller microcontroller 8051 ic 8051 microcontroller
Text: Maxim > App Notes > REAL-TIME CLOCKS Keywords: DS1388, example, example code, app note 3482 Mar 25, 2005 APPLICATION NOTE 3482 Interfacing a DS1388 Real-Time Clock with an 8051-Type Microcontroller Abstract: This application note demonstrates how to interface a DS1388 to an 8051 , Download zip file Page 1 of 2 For Larger Image Figure 2. Schematic. Application Note 3482 , AN3482, AN 3482 , APP3482, Appnote3482, Appnote 3482 Copyright © by Maxim Integrated Products Additional


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PDF DS1388, DS1388 8051-Type 8051-type DS2250. DS2250, 8051 microcontroller free 8051 microcontroller pin 8051 microcontroller notes ic 8051 DS1388 APPLICATION microcontroller 8051 application of microcontroller 8051 free 8051 microcontroller microcontroller 8051 ic 8051 microcontroller
2006 - Not Available

Abstract: No abstract text available
Text: (Notes 7, 8) Units (Limits) CBYPASS= 4.7µF (Note 11) WT1 = 0, WT0 = 0 OCL C-CUPL WT1 = 0, WT0 = 1 OCL C-CUPL 110 530 WT1 = 1, WT0 = 0 OCL C-CUPL 180 1030 WT1 = 1, WT0 = 1 , Crosstalk 55 dB (min) 57 CBYPASS= 4.7µF (Note 11) WT1 = 0, WT0 = 0 OCL C-CUPL 92 405 143 774 WT1 = 1, WT0 =1 OCL C-CUPL Wake Up Time from Shutdown WT1 = 0, WT0 = 1 OCL C-CUPL WT1 = 1, WT0 = 0 OCL C-CUPL TWU 66 222 246 1532 RIN Input Resistance Stereo mode


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PDF LM4985 LM4985 135mW SNAS346B 68mWRMS 38mWRMS
Not Available

Abstract: No abstract text available
Text: 33.82 33.82 33.82 33.81 34.80 34.80 34.80 34.81 34.81 34.82 34.82 34.82 34.82 34.82 34.82 8.74 8.78 8.81 8.83 8.82 8.80 8.79 8.82 8.85 8.81 8.76 10.81 10.84 10.87 10.91


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PDF KSN-915A-119+ 915MHz±
2006 - smd power amplifier H2 MARKING CODE

Abstract: LM4985TM
Text: ) CBYPASS= 4.7µF (Note 11) WT1 = 0, WT0 = 0 OCL C-CUPL WT1 = 0, WT0 = 1 OCL C-CUPL WT1 = 1, WT0 = 0 OCL C-CUPL WT1 = 1, WT0 = 1 OCL C-CUPL 75 285 110 530 180 1030 320 2050 20 10 ­76 18 k dB (min) dB (min) dB , . OCL RLOAD = 16 RLOAD= 32 Pout = 50mW. C-CUPL RLOAD = 16 RLOAD= 32 CBYPASS= 4.7µF (Note 11) WT1 = 0, WT0 = 0 OCL C-CUPL WT1 = 0, WT0 = 1 OCL C-CUPL WT1 = 1, WT0 = 0 OCL C-CUPL WT1 = 1, WT0 =1 OCL C-CUPL , = 4.7µF (Note 11) WT1 = 0, WT0 = 0 OCL C-CUPL WT1 = 0, WT0 = 1 OCL C-CUPL WT1 = 1, WT0 = 0 OCL


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PDF LM4985 135mW 68mWRMS 38mWRMS smd power amplifier H2 MARKING CODE LM4985TM
2006 - Not Available

Abstract: No abstract text available
Text: ) CBYPASS= 4.7µF (Note 11) WT1 = 0, WT0 = 0 OCL C-CUPL WT1 = 0, WT0 = 1 OCL C-CUPL WT1 = 1, WT0 = 0 OCL C-CUPL WT1 = 1, WT0 = 1 OCL C-CUPL 75 285 110 530 180 1030 320 2050 20 10 ­76 18 k dB (min) dB (min) dB , . OCL RLOAD = 16 RLOAD= 32 Pout = 50mW. C-CUPL RLOAD = 16 RLOAD= 32 CBYPASS= 4.7µF (Note 11) WT1 = 0, WT0 = 0 OCL C-CUPL WT1 = 0, WT0 = 1 OCL C-CUPL WT1 = 1, WT0 = 0 OCL C-CUPL WT1 = 1, WT0 =1 OCL C-CUPL , = 4.7µF (Note 11) WT1 = 0, WT0 = 0 OCL C-CUPL WT1 = 0, WT0 = 1 OCL C-CUPL WT1 = 1, WT0 = 0 OCL


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PDF LM4985 LM4985 135mW SNAS346B 68mWRMS
Not Available

Abstract: No abstract text available
Text: Carpark monitor GP 3482 9091 is a part of the Dupline® Carpark concept. It is the intelligent part of the system. The monitor GP 3482 9091 have two independent busses L1 and L2. The L1 bus is connected , (30.07.2012) Dupline® is a registered trademark. A product of the CARLO GAVAZZI Group 1 GP 3482 9091 724 Du line ® Fieldbus Installationbus Mode of Operation The GP 3482 9091 724 is , registered trademark. A product of the CARLO GAVAZZI Group GP 3482 9091 724 Du line ® Fieldbus


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PDF GP34829091724 RS485 GP73800080 RS485
Not Available

Abstract: No abstract text available
Text: SOLDER TERMINALS - A N V IL A N V IL R O L L PUNCH IN S U LA T E D 4 3 5 - 6 4 5 2 - 01 - 00 - 00 fo r 570 - 2256 4 3 5 - 6 4 5 7 - 0 1 - 0 0 - 0 0 fo r 570 - 2371 4 3 5 - 6601 - 01 - 00 - 00 Mechanical Tolerance Unless Otherwise Stated ± .005 (0,13) 570- 3480, 3481, 3482 , 570 - 3482 No. -01 -01 -02 -03 -04 -05 -01 L 570 - 3481 FO R PANEL THICKNESS D , ) .109(2,77) - 570 - 3482 DIELECTRIC WITHSTANDING VOLTAGE 3300 VRMS 3300 VRMS 3300 VRMS


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