The Datasheet Archive

Top Results (5)

Part Manufacturer Description Datasheet Download Buy Part
EK7721-000 TE Connectivity (EK7721-000) CSTI-6122-ML-1-13
EK7725-000 TE Connectivity (EK7725-000) CSTO-6122-ML-1-13
61227-1 TE Connectivity Ltd FASTON 250 RECEPTACLE 14-10 AWG TPBR
81006122A Intersil Corporation DUAL 2-CHANNEL, SGL POLE DOUBLE THROW SWITCH, CQCC20, CERAMIC, LCC-20
ADS6122IRHB25 Texas Instruments 1-CH 12-BIT PROPRIETARY METHOD ADC, PARALLEL ACCESS, PQCC32, 5 X 5 MM, GREEN, PLASTIC, QFN-32

BW 6122 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2000 - Not Available

Abstract: No abstract text available
Text: 500 6 68 12 IMR 6-12-2 24 IMR 6-12-2 40 IMR 6-12-2 48 IMR 6-12-2 15 400 6 , Output voltage noise Ui nom (0.1) Io nom ( BW = 20 MHz) 100 150 100 150 100 150 100 150 , current Ui min.Ui max ±500 uo Output voltage noise Ui nom (0.2.1) Io nom ( BW = 20


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2000 - 03035

Abstract: BW 6122
Text: 6-03-2 24 IMR 6-05-2 24 IMR 6-12-2 24 IMR 6-15-2 24 IMR 6-0505-2 24 IMR 6-1212-2 24 IMR 6-1515-2 40 IMR 6-03-2 40 IMR 6-05-2 40 IMR 6-12-2 40 IMR 6-15-2 40 IMR 6-0505-2 40 IMR 6-1212-2 40 IMR 6-1515-2 Option Ui min.Ui max 9.18 V DC 12 IMR 6-03-2 12 IMR 6-05-2 12 IMR 6-12-2 12 IMR 6-15-2 12 IMR 6-0505-2 , 6-12-2 48 IMR 6-15-2 48 IMR 6-0505-2 48 IMR 6-1212-2 48 IMR 6-1515-2 -7 1 Effiency at Ui nom and Io , nom ( BW = 20 MHz) U i min.U i max Io nom U i nom (0.2.1) Io nom U i nom Io nom DUo U DUo I aUo


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2001 - BW 6122

Abstract: 48 volt Battery charger circuit
Text: 6-12-2 24 IMR 6-15-2 24 IMR 6-0505-2 24 IMR 6-1212-2 24 IMR 6-1515-2 40 IMR 6-03-2 40 IMR 6-05-2 40 IMR 6-12-2 40 IMR 6-15-2 40 IMR 6-0505-2 40 IMR 6-1212-2 40 IMR 6-1515-2 Option Ui min.Ui max 9.18 V DC 12 IMR 6-03-2 12 IMR 6-05-2 12 IMR 6-12-2 12 IMR 6-15-2 12 IMR 6-0505-2 12 IMR 6-1212-2 12 IMR 6-1515-2 Ui min.Ui max 36.72 V DC 48 IMR 6-03-2 48 IMR 6-05-2 48 IMR 6-12-2 48 IMR 6-15-2 48 IMR , nom ( BW = 20 MHz) U i min.U i max Io nom U i nom (0.2.1) Io nom U i nom Io nom DUo U DUo I aUo


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1999 - BW 6122

Abstract: melcher dc imr Melcher Melcher M 1000 Melcher AM 1000 Melcher converter s 1000 MELCHER THE POWER PARTNERS power supply 1000 watt
Text: 6-03-2 63 12 IMR 6-05-2 24 IMR 6-05-2 40 IMR 6-05-2 48 IMR 6-05-2 68 12 IMR 6-12-2 24 IMR 6-12-2 40 IMR 6-12-2 48 IMR 6-12-2 15 400 6 68 12 IMR 6-15-2 24 IMR , min.Ui max 1500 1000 500 400 uo Output voltage noise Ui nom (0.1) Io nom ( BW = , uo Output voltage noise Ui nom (0.2.1) Io nom ( BW = 20 MHz) 100 DUo U Static line


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2001 - BW 6122

Abstract: No abstract text available
Text: min.Ui max 9.18 V DC 12 IMR 6-03-2 12 IMR 6-05-2 12 IMR 6-12-2 12 IMR 6-15-2 12 IMR 6-0505-2 12 IMR , IMR 6-12-2 48 IMR 6-15-2 48 IMR 6-0505-2 48 IMR 6-1212-2 48 IMR 6-1515-2 -7 24 IMR 6-03-2 24 IMR 6-05-2 24 IMR 6-12-2 24 IMR 6-15-2 24 IMR 6-0505-2 24 IMR 6-1212-2 24 IMR 6-1515-2 40 IMR 6-03-2 40 IMR 6-05-2 40 IMR 6-12-2 40 IMR 6-15-2 40 IMR 6-0505-2 40 IMR 6-1212-2 40 IMR 6-1515-2 1 Effiency , nom ( BW = 20 MHz) DUo U DUo I aUo Static line regulation Static load regulation Temperature


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melcher dc imr

Abstract: BW 6122
Text: .Ï Option 36.72 V DC 48 IMR 6-05-2 48 IMR 6-12-2 48 IMR 6-15-2 48 IMR 6-0505-2 48 IMR 6-1212-2 48 IMR 6-1515-2 -7 9.18 V DC 12 IMR 6-05-2 12 IMR 6-12-2 12 IMR 6-15-2 12 IMR 6-0505-2 12 IMR 6-1212-2 12 IMR 6-1515-2 18.36 V DC 24 IMR 6-05-2 24 IMR 6-12-2 24 IMR 6-15-2 24 IMR 6-0505-2 24 IMR 6-1212-2 24 IMR 6-1515-2 20.60 V DC 40 IMR 6-05-2 40 IMR 6-12-2 40 IMR 6-15-2 40 IMR 6-0505-2 40 IMR , 14.70 U i m in - U i m ax U i nom mVpp (0.2.1) l0 nom ( BW = 20 MHz) AU0 u AU0 1 C C \J o


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PDF 3/1197/IN melcher dc imr BW 6122
1999 - Melcher converter s 1000

Abstract: MELCHER THE POWER PARTNERS Battery charger 48 volt circuit diagram TICOMEL
Text: 6-12-2 48 IMO 6-12-2 24 IMO 6-15-2 48 IMO 6-15-2 24 IMO 6-0505-2 48 IMO 6-0505-2 24 IMO 6-1212-2 48 IMO , U i nom, I o nom U i min.U i max U i nom Io nom ( BW = 20 MHz) U i min.U i max Io nom U i nom Io , Nominal output current Output voltage noise U i nom, I o nom U i min.U i max U i nom Io nom ( BW = 20


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2001 - TICOMEL

Abstract: No abstract text available
Text: 12-03-2 48 IMO 12-03-2 24 IMO 6-05-2 48 IMO 6-05-2 24 IMO 12-05-2 48 IMO 12-05-2 24 IMO 6-12-2 48 IMO 6-12-2 24 IMO 12-12-2 48 IMO 12-12-2 24 IMO 6-15-2 48 IMO 6-15-2 24 IMO 12-15-2 48 IMO 12-15-2 24 IMO , ( BW = 20 MHz) 5.10 11.76 500 12.24 14.70 100 150 DUo U DUo I Static line regulation , i nom, I o nom U i min.U i max U i nom Io nom ( BW = 20 MHz) 5.10 11.76 1000 12.24 14.70 , Nominal output current Output voltage noise U i nom, I o nom U i min.U i max U i nom Io nom ( BW = 20


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2000 - Siemens B

Abstract: battery charger schematic Ticomel auo 002
Text: 48 IMO 12-03-2 24 IMO 6-05-2 48 IMO 6-05-2 24 IMO 12-05-2 48 IMO 12-05-2 24 IMO 6-12-2 48 IMO 6-12-2 , ( BW = 20 MHz) U i min.U i max Io nom U i nom Io nom.0 Io nom 1/2 U i nom I o nom 5.10 11.76 , i nom, I o nom U i min.U i max U i nom Io nom ( BW = 20 MHz) U i min.U i max Io nom U i nom Io , output current Output voltage noise U i nom, I o nom U i min.U i max U i nom Io nom ( BW = 20 MHz) U , output current Output voltage noise U i nom, I o nom U i min.U i max U i nom Io nom ( BW = 20 MHz) U


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melcher am 1000 dc-dc

Abstract: TICOMEL Melcher converter s 1000 Ticomel sd-48 melcher am 1000 dc-dc 5v
Text: . Resistance: 1000 MQ min. Type . IMR 6-05-2 . IMR 6-12-2 . IMR 6-15-2 . IMR 6-0505-2 . IMR 6-1212-2 , -0.2<-Wo nom BW = 20 MHz io min 4.90 typ 1000 100 max 5.10 150 min 11.76 typ 500 100 , mm-U, ma» Mnom <->/onorn BW = 2 0 MHz lo - 0 . 2 150 100 150 100 150 mVpp I


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2007 - BW 6122

Abstract: 611C
Text: MHz MHz MHz MHz MHz BW ae fN PB typ. value 1,6 2,0 dB fN dB tolerance / limit max. 2,5 611 ± 3 , 611 612.2 frequency in MHz 613.4 614.6 615.8 magnitude in dB 571 581 591 601


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2005 - TFS611A

Abstract: No abstract text available
Text: 40 dB dB dB dB dB dB arel Relative attenuation + + + 5,5 BW Bandwidth fN , in MHz 900 1025 1150 -10 605 1275 606.2 607.4 608.6 609.8 611 612.2


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PDF TFS611A 611MHz
1996 - Melcher family K 1000

Abstract: Melcher M 1000 MELCHER THE POWER PARTNERS Melcher dc dc converter melcher Melcher K 1000 BW 6122 melcher imr 15 Melcher family K 1000 ac-dc converter diagram
Text: . Type . IMR 6-05-2 . IMR 6-12-2 . IMR 6-15-2 . IMR 6-0505-2 . IMR 6-1212-2 . IMR 6-1515-2 , current Ui min.Ui max 1000 uo Output voltage noise Ui nom I o = 0.2 Io nom BW = 20 MHz , ±500 uo Output voltage noise Ui nom Io = 0.2 I o nom BW = 20 MHz 100 Uo U Static


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2005 - C4476

Abstract: resistor 2200 ohm SMT 160-30 ah202F KT 8195
Text: offset, 30 kHz bandwidth, Channel BW = 1.23 MHz. 4. Data reflects performance of a typical AH202 in an , Model 1, +32 DPCH, Pk/Avg Ratio = 8.5 dB at a 0.01% probability, ±5 MHz offset, Integrated Channel BW = , ) 169.30 166.10 156.90 134.90 114.20 93.56 73.94 53.29 34.13 14.15 -8.29 -32.40 - 61.22 -94.19 -126.40 , Meas. BW 55 -40 -45 50 -50 ACPR (dBc) OIP3 (dBm) -55 45 -60 -65 40 , . Fwd, ± 885KHz offset, 30 KHz Meas. BW 55 -40 -45 50 -50 OIP3 (dBm) ACPR (dBc) -55


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PDF AH202 AH202 28-pin 1-800-WJ1-4401 C4476 resistor 2200 ohm SMT 160-30 ah202F KT 8195
1999 - 945 MOTHERBOARD CIRCUIT diagram

Abstract: s3 trio virge virge ML5 marking s3 trio marking ML5 S3 TRIO 3D S3 TRIO 3d on board W83971D s3 virge
Text: .19 6.12.2 GL[4:0] Left Channel Gain Control , "0" : Mute disabled 6.12.2 GL[4:0] Left Channel Gain Control These five bits select the gain applied , 0V; 10 K/50 pF load Fs = 48 KHz, 0 dB = 1 Vrms; BW : 20 Hz ~ 20 KHz, 0 dB attenuation PARAMETERS , BW , Fs = 48 KHz A/D & D/A Frequency Response has ± 0.25 dB limits Stop Band Rejection determines , generated by DAC during normal PCM audio playback over: BW = 28.8 KHz ~ 100 KHz, with respect to 1 Vrms DAC


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PDF W83971D W83971D 945 MOTHERBOARD CIRCUIT diagram s3 trio virge virge ML5 marking s3 trio marking ML5 S3 TRIO 3D S3 TRIO 3d on board s3 virge
1995 - w02 8348

Abstract: MF8CCN 09 9767 ttl 7484 BW 6122 CMOS 4548 National 5841 k246 chebyshev 4467
Text: normalized for center frequency gain HOBP e 1 For different gains simply divide R0 by the desired gain BW The filter's bandwidth BW e fC2 b fC1 SBW The width of the filter's stopband SBW e fS2 b fS1 f0 The , the available clock logic levels f0 BW The ratio of the center frequency to the bandwidth For second-order filters this quantity is also known as ``Q'' SBW BW The ratio of stopband width to bandwidth This , to the required ratio SBW BW The required filter order will be equal to the number of the curve


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PHILIPS MULTIMEDIA SPEAKER SYSTEM SP 120

Abstract: sony KSS 121
Text: dB Test Conditions Rl > 32 £2 (external 47 £2 series resistor required) BW =20 Hz.0.5 fs unweighted, Analog Gain = 0 dB, Input = - 2 0 dBFS Rl > 5 k£2, Rdec> 612£2 BW etc. as above 16 bit l2S, SEL , : input -4 0 dB below 0-7 Vrms Analog Gain = 0 dB, BW =20 Hz.20 kHz unweighted dGA02 OUTL7R 1.5 , 1 Rl > 32 £2 (external 47 £2 series resistor required) BW = 20 H z.0.5 fs unweighted Analog Gain = -4 0 .5 dB, Input = - 3 dBFS BW = 20 Hz.22 kHz unweighted, no digital input signal, Analog Gain =


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bsr melcher

Abstract: BSR 2024-7
Text: UoL O vervoltage lim it with second control loop Total output voltage noise ( BW = 20 M H z )1 S , Fig. 8 Short-circuit behaviour. Output voltage U0 versus output current l0. 6-122 Edition 3/12.97/IN


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PDF 97/IN bsr melcher BSR 2024-7
2004 - Not Available

Abstract: No abstract text available
Text: FL Output Ripple & Noise Volt Peak-to-peak 20MHz BW (Measured with a 104pF/50V MLCC) xxS33 , 250mA 65.72 65.05 63.84 63.64 62.60 61.22 59.92 58.58 57.31 55.72 500mA 64.74 66.28 67.21 67.65 67.93


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PDF 36Vdc, 15Vdc 1000Vdc, PDL02 MIL-HDBK-217F TR-NWT-000332
2011 - trx 6221

Abstract: CFS1000 AMR sensor
Text: 6.1.2.2 Reset block The IC contains an internal reset comparator, which observes the internal supply , rejection PSR= ∆VSUP / ∆VIOUT BW VFB(OS) RM = 330 C TAMB = 25° 1) 2) IIOUT = 0mA 1 , sensitivity error 9) -30 BW = 500kHz +30 2.4 µA µARMS Output noise Over current


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PDF CFS1000 CFS1000 trx 6221 AMR sensor
2002 - CAMELIA 1.6M

Abstract: FGT 313 f 9444 camera pinout atmel 748 CCD camera megapixels BG38 DS90C032TM DS90C031TM camera
Text: modes : - black and white - 3 shot color C=0 C=1 B&W integration time integration time , - I=3000(CR) : 3000 is out of range. - Y=ssss/eeee/sssseeee/ : a "/" is missing. 6.1.2.2 Storage


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EV9942

Abstract: CMX994 BW 6122 CMx7164 CMX71 4fsk vhf gmsk receiver PE0601 fm vco gmsk EV9810
Text: shown in Figure 10, again see the CMX994 datasheet for further details. 55.00 MAX BW MID BW 50.00 MIN BW 45.00 40.00 Diff Gain (dB) 35.00 30.00 25.00 20.00 15.00 0.1 1 Freq , consult the CMX994 datasheet, see also section 6.2.3. 6.1.2.2 . EV9942 Alternative VCO The EV9942 PCB


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PDF EV9942 UM9942/2 CMX994 PE0601, EV9810 EV9100 EV9942 BW 6122 CMx7164 CMX71 4fsk vhf gmsk receiver PE0601 fm vco gmsk
2002 - CHAL-020-BW

Abstract: No abstract text available
Text: / mm (inches) 0.25 (0.010) 0.38 (0.015) 0.5 (0.020) 0.75 (0.032) IRCO-010- BW IRCO-015- BW IRCO-020- BW IRCO-032- BW Pkg of 5 $20.40 20.40 20.40 20.40 CHROMEGA® 0.25 (0.010) 0.38 (0.015) ALOMEGA® 0.5 (0.020) 0.75 (0.032) K CHAL-010- BW CHAL-015- BW CHAL-020- BW CHAL-032- BW 20.40 20.40 20.40 20.40 CHROMEGA® 0.25 (0.010) Constantan 0.38 (0.015) 0.5 (0.020) 0.75 (0.032) CHCO-010- BW CHCO-015- BW CHCO-020- BW CHCO-032- BW 20.40 20.40 20.40 20.40 Iron Constantan J


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PDF 300mm T3R-015-12-BW T3R-020-12-BW CHAL-020-BW
2006 - BW 6122

Abstract: No abstract text available
Text: - WLAN coexistence in collocated scenario . . . . . . . . . . . . . 25 6.12.1 6.12.2 6.12.3 6.12.4 , efficient BW management. Below is a short list of user perspectives. Flush timeout: enables , devices while preserving the quality of some critical types of link. 6.12.2 Algorithm 2: WLAN master , Section 6.12.2 : Algorithm 2: WLAN master. Also in this case the interface is reduced to 1 line. Figure 8


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PDF STA2416 STLC2416 STA2416 BW 6122
Not Available

Abstract: No abstract text available
Text: Characteristics (-30 ~ +85 °C) Parameter Center Frequency (Fq) Bandwidth ( BW ) Insertion Loss across BW 869 - 894 Return Loss across BW Stop Band Attenuation 0.3 - 824 824 - 849 979-1004 1008-1114 Terminating Impedance , ) Bandwidth ( BW ) Insertion Loss across BW Return Loss across BW Stop Band Attenuation 0 .3 -8 00 869-1049 1049 , ) Parameter Center Frequency (Fq) Bandwidth ( BW ) Insertion Loss across BW Ripple across BW VSWR across BW Stop , MBF9323 Electrical Characteristics (-30 ~ +85 °C) Parameter Center Frequency (Fq) Bandwidth ( BW


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