The Datasheet Archive

MP8795 datasheet (6)

Part Manufacturer Description Type PDF
MP8795 Exar CMOS 1.5 MSPS, Very Low Power, 10-Bit Analog to Digital Converter Original PDF
MP8795AN Exar CMOS 1.5 MSPS, Very Low Power, 10-Bit Analog-to-Digital Converter Original PDF
MP8795AN Exar ADC, Single, 10-Bit Resoultion, Parallel, DIP Original PDF
MP8795AN Exar CMOS 1.5 MSPS, Very Low Power, 10-Bit Analog-to-Digital Converter Scan PDF
MP8795AS Exar ADC, Single, 10-Bit Resoultion, Parallel, SOIC Original PDF
MP8795AS Exar CMOS 1.5 MSPS, Very Low Power, 10-Bit Analog-to-Digital Converter Scan PDF

MP8795 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
po111

Abstract: No abstract text available
Text: DNL (LSB) INL (LSB) MP8795AN ±1 ±1 1/2 -55 to +125°C MP8795AS MPB795SD  , should be connected to AGND next to the MP8795. The following information will be useful in maximizing the per­ formance of the MP8795. 1. All signals should not exceed AVdd +0.5 V or AGND -0.5 V or , accuracy of MP8795. Use of wire wrap is not recommended. 4. The analog input signal (V|N) is quite , connected to AVDD next to the MP8795. 8. DVdd and AVqd are connected inside the MP8795 through the N -


OCR Scan
PDF bDT7444 D004770 MP8795 10-Bit 10-Bit 0M78E po111
Not Available

Abstract: No abstract text available
Text: following information will be useful in maximizing the per formance of the MP8795. 1. All signals should not , design of a PC board will affect the accuracy of MP8795. Use of wire wrap is not recommended. 4. The , cannot be provided, DGND should be connected to AGND next to the MP8795. D V d d should not be shared , the MP8795 should be connected to AVdd next to the MP8795. 8. D VDd and AVDd are connected , MP8795 S T E X A R FEATURES Power Down; Lower Consumption - 3 mW (typ) 10-Bit Resolution Sampling


OCR Scan
PDF MP8795 10-Bit MP87L95 MP8796 MP8795
1993 - Not Available

Abstract: No abstract text available
Text: . Real Transfer Line 6 5 EFS INL 4 Ideal Transfer Line 3 The MP8795†™s performance is , information will be useful in maximizing the performance of the MP8795. shield for parasitics and not a , should be connected to AGND next to the MP8795. 1. All signals should not exceed AVDD +0.5 V or AGND â , should be connected to AVDD next to the MP8795. 8. DVDD and AVDD are connected inside the MP8795 , undesirable internal currents. 3. The design of a PC board will affect the accuracy of MP8795. Use of


Original
PDF MP8795 10-Bit 10-Bit
A4X diode

Abstract: No abstract text available
Text: ) Plastic Dip -4 0 to +85°C MP8795AN ±1 ± 1 1/2 SOIC -4 0 to +85°C MP8795AS  , useful in maximizing the per­ formance of the MP8795. shield for parasitics and not a return path , be connected to AGND next to the MP8795. 1. All signals should not exceed AVdd +0.5 V or AGND -0 , affect the accuracy of MP8795. Use of wire wrap is not recommended. 4. The analog input signal (V in , the MP8795 should be connected to AVdd next to the MP8795. 8. DVdd and AVdd are connected inside the


OCR Scan
PDF MP8795 10-Bit 10-Bit A4X diode
ofw g 3254

Abstract: No abstract text available
Text: circuitry which may be required by fixed input range A/Ds. The MP8795†™s performance is optimized by , maximizing the per­ formance of the MP8795. shield for parasitics and not a return path for signals. To , connected to AGND next to the MP8795. 1. All signals should not exceed AVqq +0.5 V or AGND -0 .5 V or DV , connected to AVDD next to the MP8795. 8. DV dd and AV do are connected inside the MP8795 through the N - , MP8795 CMOS 1 MSPS, Very Low Power, 10-Bit Analog-to-Digital Converter FEATURES BENEFITS


OCR Scan
PDF MP8795 10-Bit 10-Bit MP87L95 MP8796 3422blfl 34B2hlfl ofw g 3254
beckman resistor

Abstract: ladder diagram for encoder
Text: to +85° C -4 0 to +85° C Part No. MP8795AN MP8795AS DNL (LSB) ±1 ±1 INL (LSB) ±2 ±2 , MP8795's performance is optimized by using analog in put circuitry that is capable of driving the A|n input , Connections The following information will be useful in maximizing the per formance of the MP8795. 1. All , . 3. The design of a PC board will affect the accuracy of MP8795. Use of wire wrap is not recommended , paths cannot be provided, DGND should be connected to AGND next to the MP8795. 7. DVd d should not be


OCR Scan
PDF MP8795 10-Bit MP8796 beckman resistor ladder diagram for encoder
HP5082-2835

Abstract: MP7226 MP8795 MP8795AN MP8795AS MP8796 P8795
Text: MP8795AN ±1 ±2 SOIC -40 to +85° C MP8795AS ±1 ±2 PIN CONFIGURATIONS See Packaging Section for DB3 , external gain and offset adjust circuitry which may be required by fixed input range A/Ds. The MP8795's , Connections The following information will be useful in maximizing the performance of the MP8795. 1. All , design of a PC board will affect the accuracy of MP8795. Use of wire wrap is not recommended. 4. The , provided, DGND should be connected to AGND next to the MP8795. 7. DVdd should not be shared with other


OCR Scan
PDF 10-Bit MP8796 MP8795 3422fe 34E2blA 0DG7772 HP5082-2835 MP7226 MP8795 MP8795AN MP8795AS MP8796 P8795
Not Available

Abstract: No abstract text available
Text: Part No. MP8795AN MP8795AS DNL (LSB) ±1 ±1 INL (LSB) ±2 ±2 PIN CONFIGURATIONS S e e P a c , offset adjust circuitry which may be required by fixed input range A/Ds. The MP8795's perform ance is , MP8795. 1. All signals should not exceed AV qq +0.5 V or AGND -0 .5 V or DV dd +0.5 V or DGND -0 .5 V. 2 , outside the supply ranges. 3. The design of a PC board will affect the accuracy of MP8795. Use o f w ire , separate low impedance paths cannot be provided, DGND should be connected to AGND next to the MP8795. 7


OCR Scan
PDF MP8795 10-Bit MP8796
Not Available

Abstract: No abstract text available
Text: 5 to +125°C -5 5 to +125°C Part No. MP8795AN MPB795AS MP8795SD MP8795SD /883 DNL (LSB) ±1 ±1 , maximizing the per formance of the MP8795. 1. All signals should not exceed AVqd +0.5 V or AGND -0.5 V or , of MP8795. Use of wire wrap is not recommended. 4. The analog input signal (V!N) is quite sensitive , to AGND ne xt to the MP8795. 7. DVqq should not be shared with other digital circuitry to avoid , to the MP8795. 8. DVdo and AVdq are connected inside thij MP8795 through the N - doped silicon


OCR Scan
PDF MP8795 10-Bit
Not Available

Abstract: No abstract text available
Text: formance of the MP8795. 1. All signals should not exceed AVDD +0.5 V or AGND -0 .5 V or DV dd +0.5 V or , sients outside the supply ranges. 3. The design of a PC board will affect the accuracy of MP8795. Use of , MP8795. DV qq should not be shared with other digital circuitry to avoid conversion errors caused by digital supply transients. DVqd f ° r the MP8795 should be connected to AVdd next to the MP8795. DV dd ar , MP8795 CM O S 1 MSPS, Very Low Power, 10-Bit A nalog-to-D igital C onverter FEATURES · P o w e r


OCR Scan
PDF MP8795 10-Bit MP87L95 MP8796
P8784

Abstract: P3276 P87099
Text: MP8795 MP8796 MP8798 MP8799 MP87198 MP87095 MP87098 MP87099 MP7696 MP8775 MP8776 MP8785 MP8786 MP8780 , <1 M H z M P87L95 M P87L98 M P87L99 <5 MHz MP8795 MP8796 MP7695 MP8798 M P8799 MP87095 M P87098 M


OCR Scan
PDF 12-Bit 10-Bit P7695 P8795 P8796 P8799 P87198 P87099 P87L84 P8784 P3276
Not Available

Abstract: No abstract text available
Text: Volts Minimum For New Designs use MP8784 or MP8795 Reduced Board Space (Small Package) Reduced


OCR Scan
PDF MP7696 MP8784 MP8795
Not Available

Abstract: No abstract text available
Text: ) ! +7 ) Figure 1. MP8795 Evaluation Circuit


Original
PDF XRDAN26 MP8795
mp8705

Abstract: No abstract text available
Text: MP87095 JT E X A R FEATURES 10-Bit Resolution Sampling Rates from <1 kHz to 750 KSPS DNL better than 1/2 LSB up to 750 kHz Very Low Power CMOS - 30 mW (typ) Power Down; Lower Consumption - 3 mW (typ) Input Range between GND and V qd No S/H Required for Analog Signals less than 100 kHz No S/H Required for CCD Signals less than 750 kHz Single Power Supply (4 to 6.5 Volts) Latch-Up Free High ESD Protection: 4000 Voits Minimum Recommended Replacement: MP8795 or XRD 6415 CMOS 750 KSPS, Very Low Power


OCR Scan
PDF MP87095 10-Bit MP8795 mp8705
ladder diagram for encoder

Abstract: radar block diagram MP7696 MP7696AN MP7696AS MP8784 MP8795
Text: Z'EXflR FEATURES • Sampling Rates from 1 kHz to 2 MHz • DNL better than 1/2 LSB (typ) up to 1 MHz • Very Low Power CMOS - 30 mW (typ) • Monotonie; No Missing Codes • Interface to any Input Range between GND and VDD • No S/H needed for Input Signals Less Than 10 kHz • Single Power Supply (4 to 6.5 Volts) • Latch-Up Free • High ESD Protection: 4000 Volts Minimum • For New Designs use MP8784 or MP8795 MP7696 CMOS Very Low Power, 9-Bit Analog-to-Digital Converter


OCR Scan
PDF MP8784 MP8795 MP7696 3422blà ladder diagram for encoder radar block diagram MP7696 MP7696AN MP7696AS MP8795
MP7695AN

Abstract: No abstract text available
Text: MP7695 MSPS, CMOS, Very Low Power 10-Bit Analog-to-Digital Converter FEATURES Sampling Rates from <1 kHz to 2 MHz DNL better than 1/2 LSB (typ) up to 1 MHz Very Low Power CMOS - 30 mW (typ) Monotonie Interface to any Input Range between GND and V dd No S/H Required for CCD or most Muxed Input Applications Single Power Supply (4 to 6 volts) Latch-Up Free High ESD Protection: 4000 Volts Minimum Use MP8795 For New Designs No S/H Required for Signals <25kHz BENEFITS · Reduced External Parts, No


OCR Scan
PDF MP7695 10-Bit MP8795 25kHz MP7695AN
ladder diagram for encoder

Abstract: No abstract text available
Text: MP7696 £*EX4R FEATURES · · · · · · > · · · Sampling Rates from 1 kHz to 2 MHz DNL better than 1/2 LSB (typ) up to 1 MHz Very Low Power CMOS - 30 mW (typ) Monotonie; No Missing Codes Interface to any Input Flange between GND and VDD No S/H needed for Input Signals Less Than 10 kHz Single Power Supply (4 to 6.5 Volts) Latch-Up Free High ESD Protection: 4000 Volts Minimum For New Designs use MP8784 or MP8795 CM O S Very Low Power, 9-Bit Analog-to-Digital Converter BENEFITS · · · · Reduced


OCR Scan
PDF MP7696 MP8784 MP8795 ladder diagram for encoder
Not Available

Abstract: No abstract text available
Text: New Designs use MP8784 or MP8795 Reduced Board Space (Small Package) Reduced External Parts, No


Original
PDF MP7696 MP8784 MP8795
MP3306

Abstract: MP8791 MP8775 MP3306A
Text: Available MP8795 10-Bit, 1 MHz Analog-to-Digital Converter · · · · · · Sampling Rates from <1 kHz to 1.5


OCR Scan
PDF MP3274 12-Bit, 32-Channel 12-Bit MP3275 16-Channel MP3306 MP8791 MP8775 MP3306A
Not Available

Abstract: No abstract text available
Text: MP8795 For New Designs No S/H Required for Signals <25kHz APPLICATIONS · [iP/DSP Interface and


OCR Scan
PDF MP7695 10-Bit MP8795 25kHz MP7695. MP7695
MP7695

Abstract: MP7695AD MP7695AN MP7695AS MP7695SD MP8795
Text: £»EX4R MP7695 1 MSPS, CMOS Very Low Power 10-Bit Analog-to-Digital Converter FEATURES • Sampling Rates from <1 kHz to 2 MHz • DNL better than 1/2 LSB (typ) up to 1 MHz • Very Low Power CMOS - 30 mW (typ) • Monotonie; No Missing Codes • Interface to any Input Range between GND and VDD • No S/H Required for CCD or most Muxed Input Applications • Single Power Supply (4 to 6 volts) • Latch-Up Free • High ESD Protection: 4000 Volts Minimum • Use MP8795 For New Designs â


OCR Scan
PDF MP7695 10-Bit MP8795 25kHz MP7695 MP7695. 3422b MP7695AD MP7695AN MP7695AS MP7695SD
diodes V3F

Abstract: No abstract text available
Text: ) Latch-Up Free High ESD Protection: 4000 Volts Minimum Use MP8795 For New Designs No S/H Required for


OCR Scan
PDF MP7695 10-Bit MP8795 25kHz P7695 MP7695. 342Et, diodes V3F
Not Available

Abstract: No abstract text available
Text: ) Latch-Up Free High ESD Protection: 4000 Volts Minimum Use MP8795 For New Designs No S/H Required for


Original
PDF MP7695 10-Bit MP8795 25kHz
Not Available

Abstract: No abstract text available
Text: Part No. MP8795A-D1E Parameters INI DNL (LSB) (LSB) 2.0 1.5 Electrical Parameters And Test , MP8795A DIE ZTEXAR ELECTRICAL CHARACTERISTICS 149 Absolute Maximum Ratings (TA = 25°C) VpptoGN D . y y VnEFtoG ND. 7 V ViN . 7 V All , shipped vacuum-packed. 2£f EX4R PHYSICAL CHARACTERISTICS MP8795A DIE Y Die Data Die Size


OCR Scan
PDF MP8795A 10-Bit
Supplyframe Tracking Pixel