The Datasheet Archive

MP8799 datasheet (3)

Part Manufacturer Description Type PDF
MP8799 Exar CMOS Very Low Power, 1 MSPS, 10-Bit Analog-to-Digital Converter with 8-Channel Mux Original PDF
MP8799AE Exar ADC, Flash, Single, 10-Bit Resoultion, Parallel, QFP Original PDF
MP8799AE Exar CMOS Very Low Power, 1 MSPS, 10-Bit Analog-to-Digital Converter with 8-Channel Mux Scan PDF

MP8799 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
Not Available

Abstract: No abstract text available
Text: — to +85°C 40 MP8799AE ±1 ± 1 1/2 3-343 M MP8799 Micro Power Systems , useful in maximizing the per­ formance of the MP8799. shield for parasitics and not a return path , be connected to AGND next to the MP8799. 1. All signals should not exceed AVDD +0.5 V or AGND -0 , affect the accuracy of MP8799. Use of wire wrap is not recommended. 4. The analog input signal (V|N) is , should be connected to AVDD next to the MP8799. 8. DV dd and AVqd are connected inside the MP8799


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PDF MP8799 10-Bit, 10-Bit
1993 - MP8799AE

Abstract: HP5082-2835 MP8799
Text: +85°C MP8799AE 1 2 Rev. 3.00 1 MP8799 SIMPLIFIED BLOCK AND TIMING DIAGRAM AVDD , The MP8799's performance is optimized by using analog input circuitry that is capable of driving the , information will be useful in maximizing the performance of the MP8799. shield for parasitics and not a , should be connected to AGND next to the MP8799. 1. All signals should not exceed AVDD +0.5 V or AGND , should be connected to AVDD next to the MP8799. 8. DVDD and AVDD are connected inside the MP8799


Original
PDF MP8799 10-Bit 10-Bit MP87L99 MP8799AE HP5082-2835 MP8799
Not Available

Abstract: No abstract text available
Text: connected to AGND next to the MP8799. The following information will be useful in maximizing the per­ formance of the MP8799. 1. All signals should not exceed AVgp +0.5 V or AG ND-0.5 V or DVdd +0.5 V or , connected to AVdd next to the MP8799. 8. DVdd and AVqq are connected inside the MP8799 through the N - , 0 7Ô4 IMPS MP8799 CMOS Very Low Power 10-Bit, Analog-to-Digital Converter with 8 , GENERAL DESCRIPTION The MP8799 is a flexible, easy to use, precision 10-bit A/D Converter with 8


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PDF MP8799 10-Bit, 10-Bit
Not Available

Abstract: No abstract text available
Text: information will be useful in maximizing the per formance of the MP8799. 1. All signals should not exceed AV , PC board will affect the accuracy of MP8799. Use of wire w rap is not recommended. 4. The analog , be provided, DGND should be connected to AGND next to the MP8799. 7. DVqq should n o t b e shared , the MP8799 should be connected to AVqd next to the MP8799. 8. D V DD and AV dd are connected inside t , MP8799 Micro Power Systems FEATURES S k CM OS Very Low Power 10-Bit, Analog-to-Digital


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PDF MP8799 10-Bit, 10-Bit
Not Available

Abstract: No abstract text available
Text: connected to A VDd next to the MP8799. 8. DV dd and AV0 d are connected inside the MP8799 through , . 3. T h e design of a PC board will affect the accuracy of MP8799. Use of w ire w rap is not , MP8799 EXAR CM O S Very Low Power, 1 MSPS, 10-Bit Analog-to-Digital Converter with 8 , signal source bandwidth is limited to 100 kHz. T h e input architecture of the MP8799 allows direct , 1/2 span reference voltage. Digital outputs are CMOS and TTL com patible. T he MP8799 uses a tw


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PDF MP8799 10-Bit 10-Bit MP87L99 3422fc 3422bl6
Not Available

Abstract: No abstract text available
Text: in maxim izing the per form ance of the MP8799. 1. All signals should not exceed AV qd +0.5 V or AGND , board will affect the accuracy of MP8799. Use of w ire w rap is not recom m ended. 4. The analog input , cannot be provided, DGND should be connected to AGND next to the MP8799. DV qq sho uld not be sha red , the MP8799 should be connected to AVDD next to the MP8799. D V dd and AVDD are connected inside the M , MP8799 £ *E X 4 R FEATURES 10-Bit Resolution 8-Channel Mux Sampling Rates from <1 kHz to 1 MHz


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PDF MP8799 10-Bit MP87L99
diodes V3F

Abstract: No abstract text available
Text: Temperature Range -40 to +85°C Part No. MP8799AE DNL (LSB) ±1 INL (LSB) ±2 MP8799 SIMPLIFIED , may be required by fixed input range A/Ds. The MP8799's performance is optimized by using analog in , MP8799 The following information will be useful In maximizing the per formance of the MP8799. 1. All , . 3. The design of a PC board will affect the accuracy of MP8799. Use of wire wrap is not recommended , next to the MP8799. 7. DVqq should not be shared with other digital circuitry to avoid conversion


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PDF MP8799 10-Bit diodes V3F
BECKMAN 332

Abstract: DDD7003 HP5082-2835 MP8799 MP8799AE
Text: required by fixed input range A/Ds. The MP8799's performance is optimized by using analog input circuitry , be useful in maximizing the performance of the MP8799. 1. All signals should not exceed AVDD +0.5 V , accuracy of MP8799. Use of wire wrap is not recommended. 4. The analog input signal (V|N) is quite , next to the MP8799. 7. DVdd should not be shared with other digital circuitry to avoid conversion , MP8799. 8. DVdd and avdd are connected inside the MP8799 through the N - doped silicon substrate. Any DC


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PDF MP8799 10-Bit MP87L99 3422blfl 3422bl6 BECKMAN 332 DDD7003 HP5082-2835 MP8799 MP8799AE
Not Available

Abstract: No abstract text available
Text: n s The following information will be useful in maximizing the per formance of the MP8799. 1. All , . 3. The design of a PC board will affect the accuracy of MP8799. Use of wire wrap is not recommended , paths cannot be provided, DGND should be connected to AGND next to the MP8799. DV qq should not be , f ° r the MP8799 should be connected to AVdd next to the MP8799. DV dd ar|d AV dd are connected , MP8799 CMOS Very Low Power, 1 MSPS, 10-Bit Analog-to-Digital Converter with 8-Channel Mux


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PDF MP8799 10-Bit
Not Available

Abstract: No abstract text available
Text: MP8799 DIE Monolithic Very Low Power 10-Bit Analog-to-Digital Converter C M O S Die Specifications Micro Power Systems m DNI. (LSEI) 15 ELECTRICAL CHARACTERISTICS Absolute Maximum Ratings (TA = 25 C) Ordering Information V DD to G N D V r e f to G N D . 7 V . 7 V Parameters F'art No , MP8799 DIE PHYSICAL CHARACTERISTICS Die Data Die Size Pad Size Pad Metal Thickness Backside


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PDF MP8799 10-Bit MPH799S-DIE
Not Available

Abstract: No abstract text available
Text: °C MP8799A-DIE 2.0 1.5 Electrical Parameters And Test Conditions (TA = 25°C, VDD = 5 V, V ref = 4.6 V , MP8799 DIE Monolithic Very Low Power 10-Bit Analog-to-Digital Converter CM O S Die Specifications ELECTRICAL CHARACTERISTICS Ordering Information Absolute Maximum Ratings (TA = 25°C) VDD to GND . 7 V VREFtoGND , <«>M 3 4 2E L lfl DDG7b2b ÛM3 7-74 MP8799 DIE PHYSICAL CHARACTERISTICS Y Die Data


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PDF MP8799 10-Bit 3455blfl
Not Available

Abstract: No abstract text available
Text: MP8799 DIE Monolithic Very Low Power 10-Bit Analog-to-Digital Converter CMOS Die Specifications ELECTRICAL CHARACTERISTICS m m ^M y B P C V mm ^ J P Absolute Maximum Ratings (TA = 25°C) V 0 d to GND . 7 V V ref to G ND . 7 V V in . 7 V , are processed using E S D handling precautions, and are shipped vacuum -packed. MP8799 DIE


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PDF MP8799 10-Bit
Not Available

Abstract: No abstract text available
Text: MICRO PO WE R S Y S T E M S INC blE D bO'mMH D G G 5 M M 5 bll * M P S - T K S l - \ < Z > - l MP8799 DIE M L Monolithic Very Low Power 10-Bit Analog-to-Digital Converter C M O S Die Specifications Micro Power Systems ELECTRICAL CHARACTERISTICS Absolute Maximum Ratings (TA = 25°C) Ordering Information V DDto G N D , PO WE R S Y S T E M S INC hlE D ■bOc 17M44 0 0 0 S 4 4 3 SSÔ H M P S MP8799 DIE


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PDF MP8799 10-Bit
Not Available

Abstract: No abstract text available
Text: CMOS Technology High ESD Protection: 2000 Volts Minimum Recommended Replacement: MP8799 APPLICATIO


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PDF MP87099 10-Bit MP8799 MP870994 P87099AE 44-Pin
MP3306

Abstract: MP8791 MP8775 MP3306A
Text: Available MP8799 10-Bit, 1 MHz Analog-to-Digital Converter with 8-Channel MUX · · · · · · Sampling rates


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PDF MP3274 12-Bit, 32-Channel 12-Bit MP3275 16-Channel MP3306 MP8791 MP8775 MP3306A
P8784

Abstract: P3276 P87099
Text: MP8795 MP8796 MP8798 MP8799 MP87198 MP87095 MP87098 MP87099 MP7696 MP8775 MP8776 MP8785 MP8786 MP8780


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PDF 12-Bit 10-Bit P7695 P8795 P8796 P8799 P87198 P87099 P87L84 P8784 P3276
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