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RSX101VA-30TR ROHM Semiconductor Rectifier Diode, Schottky, 1 Element, 1A, 30V V(RRM),
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APECVA3010EC Kingbright SINGLE COLOR LED, HIGH EFFICIENCY RED, 2mm, ROHS COMPLIANT, SMD, 3 PIN
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31VA303-F Alpha & Omega Semiconductor Bristol Electronics 225 - -
58426HVA30 Honeywell Sensing and Control Master Electronics 22 $676.71 $234.71
58426LVA30 Honeywell Sensing and Control Master Electronics 20 $676.71 $234.71
APBVA3010-CN33 Kingbright Bristol Electronics 2,000 $0.38 $0.07
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APECVA3010MGC Kings Electronics Bristol Electronics 1,479 - -
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APECVA3010YC Kingbright Future Electronics - $0.09 $0.08
DVA30 Extech by FLIR Newark element14 14 $45.99 $45.99
DVA30 Extech by FLIR Master Electronics 5 $49.82 $38.33
DVA30 Extech by FLIR TME Electronic Components 5 $41.86 $38.70
ELVA30100 Amphenol Corporation Avnet - - -
ELVA30500 Amphenol Corporation Avnet - - -
ELVA305G0 Amphenol Corporation Avnet - - -
KPBVA3010SURKCGKCQH5 Kingbright ComS.I.T. 2,000 - -
LVA30-02N-A4 SMC Corporation of America Allied Electronics & Automation - $321.55 $321.55
LVA30-03N-A-V SMC Corporation of America Allied Electronics & Automation - $324.60 $324.60
LVA30-03N-B SMC Corporation of America Allied Electronics & Automation - $113.45 $113.45
LVA30-03N-N4 SMC Corporation of America Allied Electronics & Automation - $188.40 $188.40
MMS-115-02-L-DV-A-30 Samtec Inc Samtec - $3.97 $2.37
NVA30103D TDK Corporation of America Avnet - - -
P2RV-A300C OMRON Industrial Automation Heilind Electronics - - -
P2RVA300C OMRON Corporation Power and Signal Group - - -
PVA3054NPBF Infineon Technologies AG Future Electronics - $4.02 $3.81
PVA3054NPBF Infineon Technologies AG Chip1Stop 1,744 $5.39 $4.22
PVA3054NS-TPBF Infineon Technologies AG Future Electronics - $3.79 $3.79
PVA3054NS-TPBF Infineon Technologies AG Chip1Stop 750 $5.23 $4.21
PVA3054NSPBF International Rectifier Rochester Electronics 580 $5.14 $4.18
PVA3054NSPBF Infineon Technologies AG Rochester Electronics 1,250 $5.14 $4.18
PVA3055NPBF Infineon Technologies AG Future Electronics 2,000 $6.82 $6.42
PVA3055NPBF Infineon Technologies AG New Advantage Corporation 1,900 $9.74 $9.09
PVA3055NPBF Infineon Technologies AG Chip1Stop 4,665 $7.44 $3.01
PVA3055NPBF Infineon Technologies AG element14 Asia-Pacific 90 $13.91 $9.06
PVA3055NSPBF Infineon Technologies AG Farnell element14 220 £9.20 £6.46
PVA3055NSPBF Infineon Technologies AG Allied Electronics & Automation - $6.18 $6.18
PVA3055NSPBF Infineon Technologies AG Future Electronics - $6.37 $6.37
PVA3055NSPBF Infineon Technologies AG element14 Asia-Pacific 220 $11.14 $7.67
PVA3055NSPBF Infineon Technologies AG Newark element14 220 $12.50 $8.14
RB550VA-30TR ROHM Semiconductor Avnet 15,000 $0.28 $0.18
RB550VA-30TR ROHM Semiconductor Chip1Stop 5,572 $0.24 $0.11
RSX101VA-30FHTR ROHM Semiconductor Farnell element14 935 £0.23 £0.09
RSX101VA-30FHTR ROHM Semiconductor element14 Asia-Pacific 1,105 $0.41 $0.12
RSX101VA30TR ROHM Semiconductor ComS.I.T. 7,612 - -
RSX201VA-30TR ROHM Semiconductor Chip1Stop 2,600 $0.40 $0.36
VM18VA3000Q Telemechanique Sensors Master Electronics 1 $151.72 $140.05
VM18VA3000Q Schneider Electric Sager - $159.16 $143.25
VM18VA3002Q Telemechanique Sensors Master Electronics 3 $151.72 $140.05
VM18VA3003Q Schneider Electric Sager - $159.16 $143.25
WTDVA30SASY Airborn Inc Powell Electronics - $96.57 $31.58
WTKVA30PAJT Airborn Inc Powell Electronics - $120.83 $39.50
WTKVA30PJTL Airborn Inc Powell Electronics - $133.67 $43.70
WTKVA30SAJTC Airborn Inc Powell Electronics - $116.17 $37.98
WTKVA30SSYL Airborn Inc Powell Electronics - $129.27 $42.25

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VA30 datasheet (48)

Part Manufacturer Description Type PDF
VA-30 Micro Quality Semiconductor High Voltage Diffused Rectifiers Scan PDF
VA30 Others Basic Transistor and Cross Reference Specification Scan PDF
VA30 Others Shortform Semicon, Diode, and SCR Datasheets Scan PDF
VA30 Varo Semiconductor Shortform Data Book Scan PDF
VA-300 Crystalonics Voltage Variable Capacitance Diodes Data Book 1976 Scan PDF
VA300 Others Shortform Semicon, Diode, and SCR Datasheets Scan PDF
VA300 Teledyne Components 200V Vrrm, 68pF Capacitance Varactor Diode Scan PDF
VA301 Emerson & Cuming Connector: UHF-BNC Adapter: PL/F Original PDF
VA-301 Crystalonics Voltage Variable Capacitance Diodes Data Book 1976 Scan PDF
VA301 Others Shortform Semicon, Diode, and SCR Datasheets Scan PDF
VA-301 Teledyne Components High Voltage Varactron Voltage Variable Capacitance Diodes Scan PDF
VA301C-36N1 SV Microwave Surface Mount Voltage Variable Attenuator 300 MHz, 10% Bandwidth, Low Loss Original PDF
VA302 Emerson & Cuming Connector: UHF-TNC Adapter: PL/F Original PDF
VA-302 Crystalonics Voltage Variable Capacitance Diodes Data Book 1976 Scan PDF
VA302 Others Shortform Semicon, Diode, and SCR Datasheets Scan PDF
VA302D-36N1 SV Microwave Surface Mount Voltage Variable Attenuator 3000 MHz, 10% Bandwidth, Low Loss Original PDF
VA303 Emerson & Cuming Connector: UHF-BNC Adapter: F/PL Original PDF
VA-303 Crystalonics Voltage Variable Capacitance Diodes Data Book 1976 Scan PDF
VA303 Others Shortform Semicon, Diode, and SCR Datasheets Scan PDF
VA-30-3000-10-P2 Lorch Microwave Voltage Controlled Attenuator Original PDF

VA30 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2008 - ms 21921-6

Abstract: No abstract text available
Text: Connection Diagram AGND AGND AGND D15+ D14+ 50 D15D1449 OR+ 54 VA1.8 VA3.0 VA3.0 VREF OR53 VIN+ VRM VIN- 64 63 62 61 60 59 58 57 56 PD 55 52 CLK_SEL/DF VA3.0 AGND VRN VRN , 2008 ­ REVISED MAY 2010 Pin Functions Pin Descriptions Pin No. ANALOG I/O 61 VIN+ VA3.0 Symbol , differential voltage swing is equal to 2 * VREF. VA3.0 6,7 VRP VA3.0 4,5 VRN VREF VRM VA3.0 VRN VA3.0 VRP AGND 58 VRM VA3.0 IDC 57 VREF AGND 10 CLK+ VA3.0


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PDF ADC16V130 SNAS458D ADC16V130 16-Bit, 64-pin CDMA2000, ms 21921-6
2008 - Not Available

Abstract: No abstract text available
Text: FUNCTION CLK/DF Connection Diagram AGND AGND AGND D15+ D14+ 50 D15D1449 OR+ 54 VA1.8 VA3.0 VA3.0 , /DF VA3.0 AGND VRN VRN VRP VRP AGND VA1.8 CLK+ CLKAGND VAD1.8 PD DODO+ 51 1 2 3 4 5 6 7 8 9 10 , 61 VIN+ Symbol Equivalent Circuit Function and Connection VA3.0 62 VIN- Differential , signal centered on a common mode voltage, VCM. AGND 6,7 VRP VA3.0 Upper reference voltage , through a low ESL 0.1F and a low ESR 10F capacitors in parallel. VRM VA3.0 4,5 VRN VREF


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PDF ADC16V130 SNAS458E ADC16V130 16-Bit, 64-pin CDMA2000,
2008 - Not Available

Abstract: No abstract text available
Text: FUNCTION CLK/DF Connection Diagram AGND AGND AGND D15+ D14+ 50 D15D1449 OR+ 54 VA1.8 VA3.0 VA3.0 , /DF VA3.0 AGND VRN VRN VRP VRP AGND VA1.8 CLK+ CLKAGND VAD1.8 PD DODO+ 51 1 2 3 4 5 6 7 8 9 10 , 61 VIN+ Symbol Equivalent Circuit Function and Connection VA3.0 62 VIN- Differential , signal centered on a common mode voltage, VCM. AGND 6,7 VRP VA3.0 Upper reference voltage , through a low ESL 0.1F and a low ESR 10F capacitors in parallel. VRM VA3.0 4,5 VRN VREF


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PDF ADC16V130 SNAS458E ADC16V130 16-Bit, 64-pin CDMA2000,
2009 - Not Available

Abstract: No abstract text available
Text: AGND VA3.0 DRGND VDR D1/0-I D1/0+I D3/2-I D3/2+I D5/4-I D5/4+I D7/6 , -I VRMI 2 50 D11/10+I AGND 3 49 D13/12-I VA3.0 4 48 D13/12+I VRNI 5 , 11 41 D13/12-Q VRNQ 12 VRNQ 13 VA3.0 14 AGND 15 40 * Pin 0 , SCLK CLK- 23 VA3.0 CLK+ 22 AGND 20 21 VIN+Q D7/6-Q 19 D9/8+Q 35 , DESCRIPTIONS (continued) Pin(s) Name Type Function and Connection 4, 14, 22, 64 VA3.0 Analog


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PDF ADC16DV160 SNAS488H ADC16DV160 16-Bit,
2008 - Not Available

Abstract: No abstract text available
Text: the detail Section on Timing Diagrams . This is a three-state pin. PD = VA3.0 , then Power Down is , dissipation is reduced. PD = VA3.0 * (2/3), then Sleep mode is enabled. In Sleep mode is similar to Power Down , format. CLK_SEL/DF = VA3.0 , then CLK+ and CLK- are configured as a differential clock input and the output data format is 2's complement. CLK_SEL/DF = VA3.0 * (2/3), then CLK+ and CLK- are configured as a differential clock input and the output data format is offset binary. CLK_SEL/DF = VA3.0 * (1/3), then CLK+ is


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PDF ADC16V130 16-Bit, 16-bit
2010 - vrm circuit testing

Abstract: VA-30
Text: the detail Section on Timing Diagrams . This is a three-state pin. PD = VA3.0 , then Power Down is , dissipation is reduced. PD = VA3.0 * (2/3), then Sleep mode is enabled. In Sleep mode is similar to Power Down , format. CLK_SEL/DF = VA3.0 , then CLK+ and CLK- are configured as a differential clock input and the output data format is 2's complement. CLK_SEL/DF = VA3.0 * (2/3), then CLK+ and CLK- are configured as a differential clock input and the output data format is offset binary. CLK_SEL/DF = VA3.0 * (1/3), then CLK+ is


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PDF ADC16V130 ADC16V130 16-Bit, SNAS458D 16-bit vrm circuit testing VA-30
2008 - Not Available

Abstract: No abstract text available
Text: the detail Section on Timing Diagrams . This is a three-state pin. PD = VA3.0 , then Power Down is , dissipation is reduced. PD = VA3.0 * (2/3), then Sleep mode is enabled. In Sleep mode is similar to Power Down , format. CLK_SEL/DF = VA3.0 , then CLK+ and CLK- are configured as a differential clock input and the output data format is 2's complement. CLK_SEL/DF = VA3.0 * (2/3), then CLK+ and CLK- are configured as a differential clock input and the output data format is offset binary. CLK_SEL/DF = VA3.0 * (1/3), then CLK+ is


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PDF ADC16V130 16-Bit, 16-bit
2008 - Not Available

Abstract: No abstract text available
Text: VA3.0 VRM VREF AGND VA3.0 OR+ OR- D15+ D15- D14+ D14- 64 63 62 , 48 EXPOSED PADDLE ON BOTTOM OF PACKAGE, PIN 0 D13+ 47 1 D13- VA3.0 2 AGND , VIN+ VA3.0 62 Differential analog input pins. The differential full-scale input signal level , parallel. VRP VA3.0 VRM VA3.0 4,5 VRN VRN VREF VA3.0 58 VRP VRM AGND IDC VREF AGND CLK+ VA3.0 CLK− 10 k: 11 VA3.0 VA1.8 10 k: 10 Common


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PDF ADC16V130 SNAS458E ADC16V130 16-Bit, 64-pin
2010 - ADC16DV160

Abstract: ADC16DV160CILQ ADC16DV160EB MABACT0040
Text: should be used to capture the even bit data (D14, D12, D10.D0). 4, 14, 22, 64 VA3.0 Analog , : 3.0V Analog Supply Voltage Range: ( VA3.0 ) 1.8V Supply Voltage Range: VA1.8, VDR Clock Duty Cycle , Sales Office/ Distributors for availability and specifications. Supply Voltage ( VA3.0 ) Supply Voltage , CLK, VIN Pins -0.3V to 4.2V -0.3V to 2.35V -0.3V to ( VA3.0 +0.3V) (Not to exceed 4.2V , apply: VA3.0 = 3.0V, VA1.8 = 1.8V, VDR = 1.8V, Differential sinusoidal clock, fCLK = 160 MSPS at 2.8


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PDF ADC16DV160 16-Bit, ADC16DV160 16-bit ADC16DV160CILQ ADC16DV160EB MABACT0040
2003 - Magnetic

Abstract: No abstract text available
Text: -70 10 V…30 V ≤ 200mA MA-62 10 V…30 V ≤ 400mA MA-55 10 V…30 V ≤ 200mA MA-52 10 V…30 V ≤ 200mA l l MA-61 10 V…30 V ≤ 200mA MA-63 MA-80 10 V…30 V 10 V…30


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PDF MA-04 MA-06 MA-08 MA-11 MA-12 MA-13 MA-16 MA-17 MA-18 MA-23 Magnetic
2010 - ADC16DV160CILQ

Abstract: ADC16DV160 ADC16DV160EB MABACT0040
Text: VA3.0 Analog Power 3.0V Analog Power Supply. These pins should be connected to a quiet source , / Distributors for availability and specifications. Supply Voltage ( VA3.0 ) Supply Voltage (VA1.8, VDR) Voltage , Operating Ratings Specified Temperature Range: 3.0V Analog Supply Voltage Range: ( VA3.0 ) 1.8V Supply Voltage Range: VA1.8, VDR Clock Duty Cycle -0.3V to 4.2V -0.3V to 2.35V -0.3V to ( VA3.0 +0.3V , , the following specifications apply: VA3.0 = 3.0V, VA1.8 = 1.8V, VDR = 1.8V, Differential sinusoidal


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PDF ADC16DV160 16-Bit, ADC16DV160 16-bit ADC16DV160CILQ ADC16DV160EB MABACT0040
2009 - Not Available

Abstract: No abstract text available
Text: VA3.0 VRNI VRNI VRPI VRPI VREF VRPQ VRPQ VRNQ VRNQ VA3.0 AGND VRMQ VA1.8 53 52 D9/8+I AGND AGND D1/0-I D3/2-I D5/4-I D7/6-I D9/8-I VA3.0 VIN+I VIN-I VDR 1 2 3 4 5 6 , - CSB VIN-Q VA3.0 ADC16DV160 www.ti.com SNAS488H ­ AUGUST 2009 ­ REVISED FEBRUARY 2013 PIN , 2013 www.ti.com PIN DESCRIPTIONS (continued) Pin(s) POWER SUPPLIES 4, 14, 22, 64 VA3.0 Analog Power , FEBRUARY 2013 Absolute Maximum Ratings (1) (2) (3) (4) (5) Supply Voltage ( VA3.0 ) Supply Voltage (VA1


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PDF ADC16DV160 SNAS488H ADC16DV160 16-Bit, 68-Pin 10x10x0
2011 - ADC16DV160

Abstract: ADC16DV160CILQ MABACT0040
Text: VA3.0 Analog Power 3.0V Analog Power Supply. These pins should be connected to a quiet source , / Distributors for availability and specifications. Supply Voltage ( VA3.0 ) Supply Voltage (VA1.8, VDR) Voltage , Operating Ratings Specified Temperature Range: 3.0V Analog Supply Voltage Range: ( VA3.0 ) 1.8V Supply Voltage Range: VA1.8, VDR Clock Duty Cycle -0.3V to 4.2V -0.3V to 2.35V -0.3V to ( VA3.0 +0.3V , , the following specifications apply: VA3.0 = 3.0V, VA1.8 = 1.8V, VDR = 1.8V, Differential sinusoidal


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PDF ADC16DV160 16-Bit, ADC16DV160 16-bit ADC16DV160CILQ MABACT0040
2008 - Not Available

Abstract: No abstract text available
Text: VA3.0 VRM VREF AGND VA3.0 OR+ OR- D15+ D15- D14+ D14- 64 63 62 , 48 EXPOSED PADDLE ON BOTTOM OF PACKAGE, PIN 0 D13+ 47 1 D13- VA3.0 2 AGND , VIN+ VA3.0 62 Differential analog input pins. The differential full-scale input signal level , parallel. VRP VA3.0 VRM VA3.0 4,5 VRN VRN VREF VA3.0 58 VRP VRM AGND IDC VREF AGND CLK+ VA3.0 CLK− 10 k: 11 VA3.0 VA1.8 10 k: 10 Common


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PDF ADC16V130 SNAS458E ADC16V130 16-Bit, 64-pin
2009 - 12C86

Abstract: vdr1 R2521 24C02-SO8 VA30 WAVEVISION5 ADC16DV160 atmel 014 24C02 ADT1-1WT 16C56
Text: 0 8 RN_753-08 1 2 1 R12 R31 100 1 2 1 D0/1 JP3 CSB SDIO VA3.0 , C81 2 1 1 1 2 1 VA3.0 GND_2 VDR1.8 1 2 C48 10uF VA1.8 C49 0.1u + 2 2 2 GND_1 P2 1 1 VA3.0 SCLK VA1.8 2 P1 VDR U7 0.1u , FIN1108MTD VA3.0 3 2 2 C27 2 2 C31 0.1u 1 1 2 VAD3.0 0 C28 0.1u , +Q D6/7-Q AGND_18 VIN-Q VIN+Q AGND_21 VA3.0_22 SCLK SDI CLKCLK+ CSB D0/1+Q D0/1-Q D2/3


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PDF ADC16DV160HFEB ADC16DV160 16-Bit, 12C86 vdr1 R2521 24C02-SO8 VA30 WAVEVISION5 atmel 014 24C02 ADT1-1WT 16C56
2009 - Not Available

Abstract: No abstract text available
Text: VA1.8 VRMI AGND VA3.0 VRNI VRNI VRPI VRPI VREF VRPQ VRPQ VRNQ VRNQ VA3.0 AGND VRMQ VA1.8 53 D9/8-I VA3.0 VIN+I VIN-I VDR 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 24 25 26 30 31 29 , AGND AGND CLK+ CLK- CSB VIN-Q VA3.0 3 ADC16DV160 SNAS488G ­ AUGUST 2009 ­ , POWER SUPPLIES 4, 14, 22, 64 VA3.0 Analog Power 1, 17 0, 3, 15, 18, 21, 65, 68 62 63 VA1 , Voltage ( VA3.0 ) Supply Voltage (VA1.8, VDR) (1) (2) -0.3V to 4.2V -0.3V to 2.35V -0.3V to ( VA3.0


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PDF ADC16DV160 SNAS488G ADC16DV160 16-Bit, 68-pin 10x10x0
2014 - Not Available

Abstract: No abstract text available
Text: 47 46 45 44 43 WQFN PACKAGE 56 PIN (TOP VIEW) VCMA 1 42 VA3.0 VA3.0 , SB1+ VINB± 10 33 SB0± VINB+ 11 32 SB0+ AGND 12 31 AGND VA3.0 , VA1.2 VA3.0 Differential device clock input pins Each pin is internally terminated to a DC bias , ground as close to this DGND pins as possible. VA3.0 CSB DGND VA1.2 Digital ground VA1.8 VA3.0 80: OVRA, OVRB 44, 43 Over-range detection outputs These pins output the channel A


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PDF ADC16DX370 SNVSA18A ADC16DX370 16-Bit JESD204B 16-bit
2009 - solid state 220 volt stabilizer circuit

Abstract: national semiconductor MDAC VDR RESISTOR MABACT0040 ADC16V130CISQ single phase automatic stabilizer using transformer
Text: This is a three-state pin. PD = VA3.0 , then Power Down is enabled. In the Power Down state, only the reference voltage circuitry remains active and power dissipation is reduced. PD = VA3.0 * (2/3), then Sleep , four-state pin controlling two parameters: input clock selection and output data format. CLK_SEL/DF = VA3.0 , 's complement. CLK_SEL/DF = VA3.0 * (2/3), then CLK+ and CLK- are configured as a differential clock input and the output data format is offset binary. CLK_SEL/DF = VA3.0 * (1/3), then CLK+ is configured as a


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PDF ADC16V130 16-Bit, ADC16V130 16-bit solid state 220 volt stabilizer circuit national semiconductor MDAC VDR RESISTOR MABACT0040 ADC16V130CISQ single phase automatic stabilizer using transformer
2010 - ADC16V130CISQ

Abstract: MABACT0040
Text: Section on Timing Diagrams . PD This is a three-state pin. PD = VA3.0 , then Power Down is enabled , is reduced. PD = VA3.0 * (2/3), then Sleep mode is enabled. In Sleep mode is similar to Power Down , selection and output data format. CLK_SEL/DF = VA3.0 , then CLK+ and CLK- are configured as a differential clock input and the output data format is 2's complement. CLK_SEL/DF = VA3.0 * (2/3), then CLK+ and CLK , = VA3.0 * (1/3), then CLK+ is configured as a singleended clock input and CLK- should be tied to


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PDF ADC16V130 16-Bit, ADC16V130 16-bit ADC16V130CISQ MABACT0040
2009 - Not Available

Abstract: No abstract text available
Text: VA1.8 VRMI AGND VA3.0 VRNI VRNI VRPI VRPI VREF VRPQ VRPQ VRNQ VRNQ VA3.0 AGND VRMQ VA1.8 53 D9/8-I VA3.0 VIN+I VIN-I VDR 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 24 25 26 30 31 29 , AGND AGND CLK+ CLK- CSB VIN-Q VA3.0 3 ADC16DV160 SNAS488G ­ AUGUST 2009 ­ , POWER SUPPLIES 4, 14, 22, 64 VA3.0 Analog Power 1, 17 0, 3, 15, 18, 21, 65, 68 62 63 VA1 , Voltage ( VA3.0 ) Supply Voltage (VA1.8, VDR) (1) (2) -0.3V to 4.2V -0.3V to 2.35V -0.3V to ( VA3.0


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PDF ADC16DV160 SNAS488G ADC16DV160 16-Bit, 68-pin 10x10x0
2009 - atmel 014 24C02

Abstract: No abstract text available
Text: VA3.0 C51 0.1u + GND_TP2 GND_TP3 1 1 1 1 1 C55 0.1u + GND2_TP1 1 , 1 C50 10uF C81 2 1 1 1 2 1 VA3.0 GND_2 VDR1.8 1 2 C48 10uF VA1.8 C49 0.1u + 2 2 2 GND_1 P2 1 1 VA3.0 SCLK VA1.8 2 P1 , FIN1108MTD VA3.0 3 2 2 C27 2 2 C31 0.1u 1 1 2 VAD3.0 0 C28 0.1u , +Q D6/7-Q AGND_18 VIN-Q VIN+Q AGND_21 VA3.0_22 SCLK SDI CLKCLK+ CSB D0/1+Q D0/1-Q D2/3


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PDF ADC16DV160HFEB ADC16DV160 16-Bit, atmel 014 24C02
2009 - single phase automatic stabilizer using transformer

Abstract: No abstract text available
Text: VA3.0 VRNI VRNI VRPI VRPI VREF VRPQ VRPQ VRNQ VRNQ VA3.0 AGND VRMQ VA1.8 53 52 D9/8+I AGND AGND D1/0-I D3/2-I D5/4-I D7/6-I D9/8-I VA3.0 VIN+I VIN-I VDR 1 2 3 4 5 6 , - CSB VIN-Q VA3.0 ADC16DV160 www.ti.com SNAS488H ­ AUGUST 2009 ­ REVISED FEBRUARY 2013 PIN , 2013 www.ti.com PIN DESCRIPTIONS (continued) Pin(s) POWER SUPPLIES 4, 14, 22, 64 VA3.0 Analog Power , FEBRUARY 2013 Absolute Maximum Ratings (1) (2) (3) (4) (5) Supply Voltage ( VA3.0 ) Supply Voltage (VA1


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PDF ADC16DV160 SNAS488H ADC16DV160 16-Bit, 68-Pin 10x10x0 single phase automatic stabilizer using transformer
2009 - Not Available

Abstract: No abstract text available
Text: POWER SUPPLIES 4, 14, 22, 64 VA3.0 Analog Power 1 17 VA1.8 Analog Power 0, 3, 15, 18, 21, 65 , . Supply Voltage ( VA3.0 ) Supply Voltage (VA1.8, V, VDR) Voltage at any Pin except OUTCLK, CLK, VIN, CSB , 4.2V -0.3V to 2.35V -0.3V to ( VA3.0 +0.3V) (Not to exceed 4.2V) -0.3V to (VA1.8 +0.3V) (Not to exceed , Specified Temperature Range: 3.0V Analog Supply Voltage Range: ( VA3.0 ) 1.8V Supply Voltage Range: VA1 , Characteristics Unless otherwise specified, the following specifications apply: VA3.0 = 3.0V, VA1.8 = 1.8V, VDR =


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PDF ADC16DV160 16-Bit, 16-bit
2009 - Not Available

Abstract: No abstract text available
Text: , 64 VA3.0 Analog Power 1 17 VA1.8 Analog Power 0, 3, 15, 18, 21, 65, 68 AGND Analog , National Semiconductor Sales Office/ Distributors for availability and specifications. Supply Voltage ( VA3.0 , Rating Machine Model Human Body Model -0.3V to 4.2V -0.3V to 2.35V -0.3V to ( VA3.0 +0.3V) (Not to exceed , : 3.0V Analog Supply Voltage Range: ( VA3.0 ) 1.8V Supply Voltage Range: VA1.8, VAD1.8, VDR Clock Duty , otherwise specified, the following specifications apply: VA3.0 = 3.0V, VA1.8 = 1.8V, VDR = 1.8V


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PDF ADC16DV160 16-Bit, 16-bit
2014 - Not Available

Abstract: No abstract text available
Text: 47 46 45 44 43 WQFN PACKAGE 56 PIN (TOP VIEW) VCMA 1 42 VA3.0 VA3.0 , SB1+ VINB± 10 33 SB0± VINB+ 11 32 SB0+ AGND 12 31 AGND VA3.0 , VA1.2 VA3.0 Differential device clock input pins Each pin is internally terminated to a DC bias , ground as close to this DGND pins as possible. VA3.0 CSB DGND VA1.2 Digital ground VA1.8 VA3.0 80: OVRA, OVRB 44, 43 Over-range detection outputs These pins output the channel A


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PDF ADC16DX370 SNVSA18B ADC16DX370 16-Bit JESD204B 16-bit
Supplyframe Tracking Pixel