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Part ECAD Model Manufacturer Description Datasheet Download Buy Part
AD526JNZ AD526JNZ ECAD Model Analog Devices Inc Software Programmable Gain Amplifier Visit Analog Devices Inc
AD526SD AD526SD ECAD Model Analog Devices Inc Software Programmable Gain Amplifier Visit Analog Devices Inc
AD526BD AD526BD ECAD Model Analog Devices Inc Software Programmable Gain Amplifier Visit Analog Devices Inc
AD526AD AD526AD ECAD Model Analog Devices Inc Software Programmable Gain Amplifier Visit Analog Devices Inc
AD526ADZ AD526ADZ ECAD Model Analog Devices Inc Software Programmable Gain Amplifier Visit Analog Devices Inc
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pga 180 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1998 - pga 180

Abstract: mips R5000 nec uPD30500RJ-180 U11761E DDB-VRC5074 VR5000 VRC5074 VR4300 R4000 R5000
Text: Part Number Package Max. Frequency (MHz) µPD30500RJ-150 223-pin ceramic PGA 150 µPD30500RJ- 180 223-pin ceramic PGA 180 µPD30500RJ-200 223-pin ceramic PGA 200 µPD30500RJ-250 223-pin ceramic PGA 250 µPD30500S2-150* 272-pin plastic BGA 150 µPD30500S2- 180 * 272-pin plastic BGA 180 µPD30500S2-200* 272-pin plastic BGA 200 µPD30500S2-250* 272-pin plastic , · 223-pin PGA , 272-pin BGA Block Diagram Control Bus Set A Internal Control Int. RF


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PDF VR5000 64-bit VR5000TM PD30500) R5000. VR5000 pga 180 mips R5000 nec uPD30500RJ-180 U11761E DDB-VRC5074 VRC5074 VR4300 R4000 R5000
equivalent transistor for K630

Abstract: K633 Q62705-K633 TLE4941-2 k630 TLE4941 TLE4942 TLE4942-2 TLE4942-2C TLE4942C
Text: 180°.300° 11 ms ( PGA , uncal) 180.220° 180 ° 180 ° (uncal) 150°.200° 150°.200° 180 ° (cal , ° 180°.260° 180.220° 180 ° ( PGA , uncal) (uncal) 150°.200° 150°.200° 180 ° (cal) (cal/uncal) (cal/uncal) 180°.260° 180 ° ( PGA , (uncal) uncal) 150°.200° 150°.200° 180 ° (cal) (cal/uncal , ) (cal/uncal) (cal/uncal) (cal/uncal) 180 ° (cal) 180°.260° 180 ° ( PGA , (uncal) uncal) 180 , ) 180°.260° 180 ° ( PGA , (uncal) uncal) 180 ° (uncal) 180 ° (uncal) 90.270° 150°.200


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PDF TLE4942-2 TLE4942-2C TLE4942 4202E4 Q62705-K633 42C2E4 Q62705-K630 TLE4942-2, equivalent transistor for K630 K633 Q62705-K633 TLE4941-2 k630 TLE4941 TLE4942-2 TLE4942-2C TLE4942C
TLE4941C

Abstract: TLE4941 K629 Q62705-K629 k631 TLE4941-2 TLE4941-2C PSSO2 4102e 4102-E
Text: edges should have a nominal delay of about 180 °. In rare cases one further switching of PGA can occur , ) 135°.300° ( PGA , uncal) 38µs . 180 ° (uncal) 38µs . 180 ° (uncal) 38µs . 180 ° (uncal) 38µs , ) 180 ° (uncal) 90.270° 180°.260° ( PGA , uncal) 180°.260° ( PGA , uncal) 180°.260° ( PGA , uncal) 180°.260° ( PGA , uncal) 180.220° 180 ° (uncal) 150°.200° 150°.200° 180 , 199,3° ( PGA , uncal) 180 ° (uncal) 180 ° (uncal) 206,8° (Offsetcorrection) 180 ° (cal


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PDF TLE4941-2 TLE4941-2C TLE4941 4102E Q62705-K629 41C2E Q62705-K631 TLE4941-2, TLE4941C K629 Q62705-K629 k631 TLE4941-2 TLE4941-2C PSSO2 4102e 4102-E
us3845

Abstract: TLE4942 Q62705-K0630 pga 180
Text: ° (uncal) 180 ° (uncal) 180 ° (uncal) 90.270° 45µs.737 180°.300° ms ( PGA , uncal , 180°.300° 10 ms ( PGA , uncal) 45µs.737 180°.300° 11 ms ( PGA , uncal) 180.220° 180 , ) 180°.260° 180.220° 180 ° ( PGA , (uncal) uncal) 150°.200° 150°.200° 180 ° (cal) (cal/uncal) (cal/uncal) 180 ° (cal) 180 ° (cal) 180°.260° 180 ° ( PGA , (uncal) uncal) 180.220 , ° 180 ° ( PGA , (uncal) uncal) 180 ° (uncal) 90.270° 150°.200° 150°.200° 150°.200° 180


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PDF 4202E4 Q62705-K0633 4942-2C 42C2E4 Q62705-K0630 4942-2C us3845 TLE4942 Q62705-K0630 pga 180
LM3905

Abstract: TLE4941 4102E 4102-E TLE4941C
Text: ° (uncal) 38µs . 180 ° (uncal) 90.270° 135°.300° ( PGA , uncal) 135°.300° ( PGA , uncal) 135°.300° ( PGA , uncal) 135°.300° ( PGA , uncal) 135°.300° ( PGA , uncal) 38µs . 180 ° (uncal , ° (uncal) 180 ° (uncal) 180 ° (uncal) 180 ° (uncal) 90.270° 180°.260° ( PGA , uncal) 180°.260° ( PGA , uncal) 180°.260° ( PGA , uncal) 180°.260° ( PGA , uncal) 180.220° 180 , ° 1260° 1440° . 90,9° ( PGA , uncal) 133,3° ( PGA , uncal) 180 ° (uncal) 180 ° (uncal


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PDF 4102E Q62705-K0629 4941-2C 41C2E Q62705-K0631 4941-2C LM3905 TLE4941 4102E 4102-E TLE4941C
Not Available

Abstract: No abstract text available
Text: 120 135 144 PGA 180 224 Metal PGA Cavity Down PGA 120 144 95 155 223 299 44 68


OCR Scan
PDF 1C120G TC120G MA01803 MAS-0053/6-89
2012 - Not Available

Abstract: No abstract text available
Text: PSoC CreatorTM Component Datasheet ® Programmable Gain Amplifier ( PGA ) 1.80 Features , General Description The PGA implements an opamp-based, noninverting amplifier with user-programmable gain , is increased. The input of the PGA operates from rail to rail, but the maximum input swing (difference between Vin and Vref) is limited to VDDA/Gain. The output of the PGA is class A, and is rail to rail for sufficiently high load resistance. The PGA is used when an input signal has insufficient


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q6000a

Abstract: 5502 power switching 74 series logic gate amcc, qc binary counters with D-flip flop MSI IC decoder synchronous counter using flip flip pga 180
Text: DIP • 40 DIP • 44 LCC 48 DIP 64 LDFP LDCC 68 PGA LCC • 84 PGA LDFP LCC 100 PGA LDCC 120 PGA 132 LDCC 144 PGA 180 PGA • LDCC - Leaded Chip Carrier, LCC - Leadless Chip Carrier, DIP - Dual In-line Package, PGA - Pin Grid , arrays provide extensive MSI macros for ease in system design. There are over 180 hard-wired macros


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PDF Q6000A theQ1400D Q6200D. 1N916or 1N3064 5502 power switching 74 series logic gate amcc, qc binary counters with D-flip flop MSI IC decoder synchronous counter using flip flip pga 180
P2QFP100-GH-1420

Abstract: IR 1838 3v with 3 pins
Text: No file text available


OCR Scan
PDF DS4375-2 CLA90000 144-ACB-4040 208-ACB-4545 209-ACB-4545 84-ACB-2828 P2QFP100-GH-1420 IR 1838 3v with 3 pins
2000 - TLFD600

Abstract: C5000 C6000 TLFD600PAP
Text: TX DAC 0 to 9 dB (1 dB/Step) RX PGA3 0 to ­24 dB (­1 dB/Step) TX PGA PAA Analog Loopback 552 kHz/ 1104 kHz PGA LD LPF PGA 180 kHz Equalizer 0 to 25 dB/MHz 5 dB/MHz Step PGA HPF 0 to 30 dB (3 dB/Step) RX PGA2 HPF ­9 to +9 dB @ 6 dB/Step +9 to 30 dB @ , receive filtering functions, receive equalizer, and programmable gain amplifications ( PGA ). The device , DRIVEROUTP/ DRIVEROUTM TX Line Driver 180 kHz VCXO DAC TXOUTP/ TXOUTM Clock Generator


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PDF TLFD600 SLAS280B 14-Bit TLFD600 C5000 C6000 TLFD600PAP
2000 - Not Available

Abstract: No abstract text available
Text: ) RX PGA3 PGA Analog Loopback 552 kHz/ 1104 kHz LPF LD FSR FSX SDR SDX SCLK 1104 Ksps/ 2208 Ksps DRIVERINP/ DRIVERINM DRIVEROUTP/ DRIVEROUTM TX Line Driver 180 kHz Equalizer 0 to 25 dB/MHz 5 dB/MHz Step PGA 180 kHz PGA HPF HPF RXINP/ RXINM 0 to 30 dB (3 dB/Step) RX PGA2 , , and programmable gain amplifications ( PGA ). The device also incorporates a voltage compensated crystal , functional block diagram 0 to ­24 dB (­1 dB/Step) TX PGA PAA 25.875 kHz 276 Ksps/ 552 Ksps Serial


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PDF TLFD600 SLAS280B 14-Bit C5000 C6000
2003 - Not Available

Abstract: No abstract text available
Text: µs. 180 ° (uncal) 45 µs. 180 ° (uncal) 45 µs. 180 ° (uncal) 180°.300° ( PGA , uncal) 180°.300° ( PGA , uncal) 180°.300° ( PGA , uncal) 180°.300° ( PGA , uncal) 180°.300° ( PGA , uncal) 45 µs. 180 , ° (cal) 8 180 ° (uncal) 180 ° (uncal) 180 ° (uncal) 180 ° (uncal) 180°.260° ( PGA , uncal) 180°.260 , 133.9° 199.3° ( PGA , uncal) 3 333.2° 180 ° (uncal) 4 513.2° 180 ° (uncal) 5 693.2° 6 900° 7 1080° 8 1260° 9 , ° 90.3° ( PGA , uncal) 2 133.9° 199.3° ( PGA , uncal) 3 333.2° 180 ° (uncal) 4 513.2° 214.3° (extra PGA ) 5


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PDF TLE4942-2 TLE4942-2C TLE4942 4202E4 42C2E4 Q62705-K633 Q62705-K630
2003 - TLE4941C

Abstract: TLE4941-2 4102E
Text: delay of about 180 °. In rare cases one further switching of PGA can occur (see Appendix B). During the , . 180 ° (uncal) 38 µs . 180 ° (uncal) 135°.300° ( PGA , uncal) 135°.300° ( PGA , uncal) 135°.300° ( PGA , uncal) 135°.300° ( PGA , uncal) 135°.300° ( PGA , uncal) 38 µs . 180 ° (uncal) 38 µs . 180 ° (uncal) 38 , ° 180 ° (cal) 8 180 ° (uncal) 180 ° (uncal) 180 ° (uncal) 180 ° (uncal) 180°.260° ( PGA , uncal , °. 1 43.6° 90.3° ( PGA , uncal) 2 133.9° 199.3° ( PGA , uncal) 3 333.2° 180 ° (uncal) 4 513.2° 180 ° (uncal


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PDF TLE4941-2 TLE4941-2C TLE4941 4102E 41C2E Q62705-K629 Q62705-K631 TLE4941C
2008 - Not Available

Abstract: No abstract text available
Text: , 1kHz signal, fs = 48kHz, PGA gain = 0dB, 24-bit audio data unless otherwise stated. PARAMETER , Mic PGA equivalent input noise 1.0 0 L/RINPUT2/3 Boost or bypass path AVDD = 2.4v VINFS , 48kHz, PGA gain = 0dB, 24-bit audio data unless otherwise stated. PARAMETER SYMBOL Input resistance (Note that input boost and bypass path resistances will be seen in parallel with PGA input resistance when these paths are enabled) RINPUT1 TEST CONDITIONS +19dB PGA gain Differential or


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PDF WM8900 -82dB 48kHz -84dB -15dB
2008 - ic 4440 for audio amplification

Abstract: WM8900L 4440 audio amplifier WM8900 audio amplifier circuit diagram by 4440 ic 4440 for sound amplification ceramic capacitor, .1uF ic 4440 microphones amplification ta 7176 datasheet capacitor 1000 uf 63v
Text: signal, fs = 48kHz, PGA gain = 0dB, 24-bit audio data unless otherwise stated. PARAMETER SYMBOL , 0.364 -8.79 Vrms dBV 0.727 -2.77 Vrms dBV L/RINPUT3 Boost + bypass path Mic PGA , =1.8V, DGND=AGND=CPGND=HPGND=0V, AVDD=CPVDDHI=2.4V, CPVDDLO=1.8V; TA = +25oC, 1kHz signal, fs = 48kHz, PGA gain = 0dB, 24 , bypass path resistances will be seen in parallel with PGA input resistance when these paths are enabled) RINPUT1 TEST CONDITIONS +19dB PGA gain Differential or singleended MIC configuration


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PDF WM8900 -82dB 48kHz -84dB -15dB ic 4440 for audio amplification WM8900L 4440 audio amplifier WM8900 audio amplifier circuit diagram by 4440 ic 4440 for sound amplification ceramic capacitor, .1uF ic 4440 microphones amplification ta 7176 datasheet capacitor 1000 uf 63v
2002 - Not Available

Abstract: No abstract text available
Text: samples per second. The onboard Programmable Gain Amplifier ( PGA ), which offers gains of up to 8, allows , Incorporated. VIN+ VIN­ A = 1, 2, 4, or 8 A/D Converter SCL SDA VDD Clock Oscillator GND PGA I2 C , No Missing Codes CONDITIONS MIN TYP ±VDD/ PGA GND ­ 0.2 2.4/ PGA 8 DR DR DR DR DR DR DR DR = = = = = = = = 00 01 10 11 00 01 10 11 12 14 15 16 104 26 13 6.5 12 14 15 16 184 46 23 11.5 ±0.0125 ±5/ PGA 8 4 , ±0.003 ±2.5/ PGA 1.5 1.0 0.7 0.6 0.01 2 100 85 Output Noise Integral Nonlinearity Offset Error Offset


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PDF ADS1100 SBAS239B 16-Bit OT23-6 16-BITS 128SPS ADS1100
2002 - Not Available

Abstract: No abstract text available
Text: samples per second. The onboard Programmable Gain Amplifier ( PGA ), which offers gains of up to 8, allows , Incorporated. VIN+ VIN­ A = 1, 2, 4, or 8 A/D Converter SCL SDA VDD Clock Oscillator GND PGA I2 C , No Missing Codes CONDITIONS MIN TYP ±VDD/ PGA GND ­ 0.2 2.4/ PGA 8 DR DR DR DR DR DR DR DR = = = = = = = = 00 01 10 11 00 01 10 11 12 14 15 16 104 26 13 6.5 12 14 15 16 184 46 23 11.5 ±0.0125 ±5/ PGA 8 4 , ±0.003 ±2.5/ PGA 1.5 1.0 0.7 0.6 0.01 2 100 85 Output Noise Integral Nonlinearity Offset Error Offset


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PDF ADS1100 SBAS239B 16-Bit OT23-6 16-BITS 128SPS ADS1100
2002 - Not Available

Abstract: No abstract text available
Text: samples per second. The onboard Programmable Gain Amplifier ( PGA ), which offers gains of up to 8, allows , Incorporated. VIN+ VIN­ A = 1, 2, 4, or 8 A/D Converter SCL SDA VDD Clock Oscillator GND PGA I2 C , No Missing Codes CONDITIONS MIN TYP ±VDD/ PGA GND ­ 0.2 2.4/ PGA 8 DR DR DR DR DR DR DR DR = = = = = = = = 00 01 10 11 00 01 10 11 12 14 15 16 104 26 13 6.5 12 14 15 16 184 46 23 11.5 ±0.0125 ±5/ PGA 8 4 , ±0.003 ±2.5/ PGA 1.5 1.0 0.7 0.6 0.01 2 100 85 Output Noise Integral Nonlinearity Offset Error Offset


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PDF ADS1100 SBAS239B 16-Bit OT23-6 16-BITS 128SPS ADS1100
2002 - Not Available

Abstract: No abstract text available
Text: samples per second. The onboard Programmable Gain Amplifier ( PGA ), which offers gains of up to 8, allows , Incorporated. VIN+ VIN­ A = 1, 2, 4, or 8 A/D Converter SCL SDA VDD Clock Oscillator GND PGA I2 C , No Missing Codes CONDITIONS MIN TYP ±VDD/ PGA GND ­ 0.2 2.4/ PGA 8 DR DR DR DR DR DR DR DR = = = = = = = = 00 01 10 11 00 01 10 11 12 14 15 16 104 26 13 6.5 12 14 15 16 184 46 23 11.5 ±0.0125 ±5/ PGA 8 4 , ±0.003 ±2.5/ PGA 1.5 1.0 0.7 0.6 0.01 2 100 85 Output Noise Integral Nonlinearity Offset Error Offset


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PDF ADS1100 SBAS239B 16-Bit OT23-6 16-BITS 128SPS ADS1100
2002 - marking AD0

Abstract: marking CODE D3 SOT23-6 AD7 SOT23-6 ADS1100AD st marking 175 sot23-6
Text: samples per second. The onboard Programmable Gain Amplifier ( PGA ), which offers gains of up to 8, allows , Incorporated. VIN+ VIN­ A = 1, 2, 4, or 8 A/D Converter SCL SDA VDD Clock Oscillator GND PGA I2 C , No Missing Codes CONDITIONS MIN TYP ±VDD/ PGA GND ­ 0.2 2.4/ PGA 8 DR DR DR DR DR DR DR DR = = = = = = = = 00 01 10 11 00 01 10 11 12 14 15 16 104 26 13 6.5 12 14 15 16 184 46 23 11.5 ±0.0125 ±5/ PGA 8 4 , ±0.003 ±2.5/ PGA 1.5 1.0 0.7 0.6 0.01 2 100 85 Output Noise Integral Nonlinearity Offset Error Offset


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PDF ADS1100 SBAS239B 16-Bit OT23-6 16-BITS 128SPS ADS1100 marking AD0 marking CODE D3 SOT23-6 AD7 SOT23-6 ADS1100AD st marking 175 sot23-6
2002 - marking ad0

Abstract: marking CODE D3 SOT23-6
Text: samples per second. The onboard Programmable Gain Amplifier ( PGA ), which offers gains of up to 8, allows , Incorporated. VIN+ VIN­ A = 1, 2, 4, or 8 A/D Converter SCL SDA VDD Clock Oscillator GND PGA I2 C , No Missing Codes CONDITIONS MIN TYP ±VDD/ PGA GND ­ 0.2 2.4/ PGA 8 DR DR DR DR DR DR DR DR = = = = = = = = 00 01 10 11 00 01 10 11 12 14 15 16 104 26 13 6.5 12 14 15 16 184 46 23 11.5 ±0.0125 ±5/ PGA 8 4 , ±0.003 ±2.5/ PGA 1.5 1.0 0.7 0.6 0.01 2 100 85 Output Noise Integral Nonlinearity Offset Error Offset


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PDF ADS1100 SBAS239B 16-Bit OT23-6 16-BITS 128SPS ADS1100 marking ad0 marking CODE D3 SOT23-6
2002 - Not Available

Abstract: No abstract text available
Text: of 8, 16, 32, or 128 samples per second. The onboard Programmable Gain Amplifier ( PGA ), which , INSTRUMENTATION q INDUSTRIAL PROCESS CONTROL q SMART TRANSMITTERS A = 1, 2, 4, or 8 VIN+ PGA VINâ , ±VDD/ PGA VDD + 0.2 2.4/ PGA 8 DR DR DR DR DR DR DR DR = = = = = = = = 00 01 , 4 8 At DC, PGA = 8 At DC, PGA = 1 94 IOL = 3mA 0.7 • VDD GND – 0.5 GND VIH = 5.5V VIL = GND ±0.003 ±2.5/ PGA 1.5 1.0 0.7 0.6 0.01 2 100 85 Bits Bits Bits Bits


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PDF ADS1100 SBAS239B 16-Bit OT23-6 ADS1100 16-BITS
BX80532KE2667D

Abstract: BX80532KE3066E BX80546KG3600FA BX80546KG2800EP BX80532KC2200F BX80532KE2400D RK80546KG0882M BX80546KG3000EA BX80532KC3000H BX80546KG3200FP
Text: ) BX80532KE2000DU RK80532KE041512 1.80 GHz ( PGA package/603 pins/.13µ/512 KB Advanced Transfer Cache/400 , 800 MHz q All of Support This Category Boxed Product Order Code 3.60 GHz ( PGA package/604 , Passive - BX80546KG3600FP RK80546KG1042M 1U - BX80546KG3600FU 3.60 GHz ( PGA package/604 pins/90nm/1MB , BX80546KG3600EP RK80546KG1041M 1U - BX80546KG3600EU 3.40 GHz ( PGA package/604 pins/90nm/2MB L2 cache/800 MHz , RK80546KG0962M 1U - BX80546KG3400FU 3.40 GHz ( PGA package/604 pins/90nm/1MB L2 cache/800 MHz Bus/supports


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PDF BX80528KL160GE RN80528KC025011 package/603 /512K cache/400 BX80532KC1500E RN80532KC0211M /256K Cache/512K BX80532KE2667D BX80532KE3066E BX80546KG3600FA BX80546KG2800EP BX80532KC2200F BX80532KE2400D RK80546KG0882M BX80546KG3000EA BX80532KC3000H BX80546KG3200FP
2002 - Not Available

Abstract: No abstract text available
Text: of 8, 16, 32, or 128 samples per second. The onboard Programmable Gain Amplifier ( PGA ), which , INSTRUMENTATION q INDUSTRIAL PROCESS CONTROL q SMART TRANSMITTERS A = 1, 2, 4, or 8 VIN+ PGA VINâ , ±VDD/ PGA VDD + 0.2 2.4/ PGA 8 DR DR DR DR DR DR DR DR = = = = = = = = 00 01 , 4 8 At DC, PGA = 8 At DC, PGA = 1 94 IOL = 3mA 0.7 • VDD GND – 0.5 GND VIH = 5.5V VIL = GND ±0.003 ±2.5/ PGA 1.5 1.0 0.7 0.6 0.01 2 100 85 Bits Bits Bits Bits


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PDF ADS1100 SBAS239B 16-Bit OT23-6 ADS1100 16-BITS
2009 - Not Available

Abstract: No abstract text available
Text: PGA = 4 3.0 2.5 PGA = 2 PGA = 1 2.0 1.5 1.0 0.5 PGA = 1 19.0 PGA = 2 18.0 , vs TEMPERATURE ( PGA = 1) 20.0 1.4 18.0 1.2 Digital Current (mA) Analog Current (mA , PGA = 1 q DIFFERENTIAL INPUTS q INL: 0.002% (MAX) q PROGRAMMABLE FULL SCALE q I/O CONTROLLED PGA , ( PGA ) with gain stages of 1, 2, 4, or 8 for low level input signals. The ADS1250 is designed for , PRECISION PROCESS CONTROL G0 G1 VREF CLK + +VIN PGA –VIN – SCLK 4th-Order ∆Î


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PDF ADS1250 20-Bit 25kHz ADS1250 20-bit
Supplyframe Tracking Pixel