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ICL7136CQH+D Maxim Integrated Products ADC, Dual-Slope, 16-Bit, 1 Func, 1 Channel, Parallel, Word Access, CMOS, PQCC44, PLASTIC, MO-047AC, LCC-44
ICL7136CMH+D Maxim Integrated Products ADC, Dual-Slope, 16-Bit, 1 Func, 1 Channel, Parallel, Word Access, CMOS, PQFP44, 10 X 10 X 2 MM, ROHS COMPLIANT, MS-022AB, QFP-44
ICL7136CPL+ Maxim Integrated Products ADC, Dual-Slope, 16-Bit, 1 Func, 1 Channel, Parallel, Word Access, CMOS, PDIP40, PLASTIC, DIP-40
ICL7136CQH+TD Maxim Integrated Products ADC, Dual-Slope, 16-Bit, 1 Func, 1 Channel, Parallel, Word Access, CMOS, PQCC44, PLASTIC, MO-047AC, LCC-44
ICL7136CMH+TD Maxim Integrated Products ADC, Dual-Slope, 16-Bit, 1 Func, 1 Channel, Parallel, Word Access, CMOS, PQFP44, 10 X 10 X 2 MM, ROHS COMPLIANT, MS-022AB, QFP-44
ICL7136CM44Z Intersil Corporation 3 1/2 Digit LCD/LED, Low Power Display, A/D Converters with Overrange Recovery; MQFP44, PDIP40; Temp Range: 0° to 70°

maxim ICL7136

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: 3½ digit ADC is similar to the Maxim ICL7136 except for the addition of a Hold pin. For a detailed , below), refer to Maxim's ICL7136 data sheet. The Hold input is a digital input with a logic threshold , monolithic analog-to-digital converter (ADC) with very high input impedance. It differs from the Maxim ICL7136 in that the MAX136 provides a Hold pin, which makes it possible to hold or "freeze" a reading. The , Maxim Direct at 1-888-629-4642, or visit Maxim Integrated's website at www.maximintegrated.com Maxim Integrated Products
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ICL7116
Abstract: 3½ digit ADC is similar to the Maxim ICL7136 except for the addition of a Hold pin. For a detailed , below), refer to Maxim's ICL7136 data sheet. The Hold input is a digital input with a logic threshold , monolithic analog-to-digital converter (ADC) with very high input impedance. It differs from the Maxim ICL7136 in that the MAX136 provides a Hold pin, which makes it possible to hold or "freeze" a reading. The , Maxim Direct at 1-888-629-4642, or visit Maxim Integrated's website at www.maximintegrated.com Maxim Integrated Products
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Abstract: differs from the Maxim ICL7136 in that the MAX136 provides a Hold pin, which makes it possible to hold , ''â'' Maxim Integrated MAX136 Low Power, 31â"2 Digit A/D Converter with Display Hold Detailed Description The MAX136 3½ digit ADC is similar to the Maxim ICL7136 except for the addition of a Hold pin , Hold pin described below), refer to Maxim's ICL7136 data sheet. Hold Input The Hold input is a , information, please contact Maxim Direct at 1-888-629-4642, or visit Maxim Integratedâ'™s website at Maxim Integrated Products
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Abstract: lay H old MAX _ General Description The Maxim MAX136 is a m onolithic analog to digital converter with very high input impedance, It differs from the Maxim ICL7136 in that the MAX136 provides a , " discussion (See Maxim's ICL7136 data sheet). Back plane drive is in phase with segment drive fo r 'o ff , _ Detailed Description The Maxim MAX136 3 digit A/D converter is similar to the Maxim ICL7136 , (other than the operation of the Hold pin described below), refer to Maxim's ICL7136 data sheet. are not -
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Abstract: " discussion (See Maxim's ICL7136 data sheet). Note 8: Back plane drive is in phase with segment drive for , Description The Maxim MAX136 31/2 digit A/D converter is similar to the Maxim ICL7136 except for the addition , operation of the Hold pin described below), refer to Maxim's ICL7136 data sheet. Hold Input The Hold input , Maxim MAX136 is a monolithic analog to digital converter with very high input impedance. It differs from the Maxim ICL7136inthatthe MAX136 provides a Hold pin, which makes it possible to hold or "freeze" a -
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47MF MAX136CJL MAX136CPL MAX136CQH
Abstract: Maxim ICL7136 is a monolithic analog to digital converter with very high input impedance. On-board , (ohms or bridge transducers), and the zero-inte-grator phase in Maxim's ICL7136 eliminates overrange , integrated signal is determined at the end of this phase. Figure 2. Maxim ICL7136 Typical Operating Circuit , ICL7136 directly drives a non-multiplexed liquid crystal (LCD) display, requiring no external display drive circuitry. Significantly reduced power consumption makes the ICL7136 a i superior device -
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TA 7136 p ICL71 ICL7136CJL ICL7136CMH ICL7136CPL ICL7136CQH
Abstract: /kl/lAI/KI Low Power, 31A Digit A/D Converter _General Description The Maxim ICL7136 is a , phase in Maxim's ICL7136 eliminates overrange hangover and hysteresis effects. Finally, this device , scale Vref input 200.0 mV 100.0 mV fijeun» Maxim ICL7136 Typical Operating Circuit Clock Frequency , segment drivers, segment decoders, voltage reference and a clock circuit. The ICL7136 directly drives a , power consumption makes the ICL7136 a superior device, especially for portable systems. Versatility and -
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1000-S-AB4 1CL7136
Abstract: The Maxim ICL7136 is a monolithic analog to digital converter with very high input impedance. On-board , (ohms or bridge transducers), and the zero-integrator phase in Maxim's ICL7136 eliminates overrange , scale input Vref Figure 1. Maxim ICL7136 Typical Operating Circuit Clock Frequency 16kHz (1 reading , . Maxim ICL7136 Typical Operating Circuit Clock Frequency 48kHz (3 readings/sec) Reference De-Integrate , ICL7136 directly drives a non-multiplexed liquid crystal (LCD) display, requiring no external display -
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7136 Weighing scale circuit
Abstract: 3V2digitA/Dconverterissimilarto the Maxim ICL7136 except for the LED segment driver outputs, and is similar , detailed product description, component value selection, and package dimensions, refer to Maxim's ICL7136 , /kiyjxi/M Low Power, 31A Digit A/D Converter _General Description The Maxim ICL7137 is a , making ratio-metric measurements (ohms or bridge transducers), and the zero-integrator phase in Maxim , ! (see 3rd page for "Maxim Advantageâ"¢") ♦ Guaranteed first reading recovery from overrange ♦ Zero -
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ICL7107 ICL-7107 250KL ICL7137CQH ICL7137CPL ICL7137CJL
Abstract: /kl/lAI/KI Low Power, 31A Digit A/D Converter _General Description The Maxim ICL7136 is a , phase in Maxim's ICL7136 eliminates overrange hangover and hysteresis effects. Finally, this device , scale Vref input 200.0 mV 100.0 mV fijeun» Maxim ICL7136 Typical Operating Circuit Clock Frequency , segment drivers, segment decoders, voltage reference and a clock circuit. The ICL7136 directly drives a , power consumption makes the ICL7136 a superior device, especially for portable systems. Versatility and -
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ta 7136
Abstract: Precision Null Applications Key Parameters Guaranteed over Temperature . The Maxim MAX136 is a m onolithic analog to digital converter with very high input impedance. It differs from the Maxim ICL7136 in , similar to the Maxim ICL7136 except for the addition of a Hold pin. For a detailed product description , Maxim's ICL7136 data sheet. H old Input The Hold input is a digital input with a logic threshold , y j x i > k i Maxim Integrated -
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Abstract: The Maxim MAX136 is a m onolithic analog to digital converter with very high input impedance. It differs from the Maxim ICL7136 in that the MAX136 provides a Hold pin, which makes it possible to hold or , Maxim ICL7136 except for the addition of a Hold pin. For a detailed product description, and applica tions Information (other than the operation of the Hold pin described below), refer to Maxim's ICL7136 , rrier Pin C o n fig u ra tio n ykiyjxiyu_ Maxim Integrated P roducts 1 C -
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Abstract: D is p la y H o ld _ G eneral Description The Maxim MAX136 is a m onolithic analog to digital converter with very high input impedance. It differs from the Maxim ICL7136 in that the MAX136 , With Display Hold _ D e ta ile d Description The Maxim MAX13631 /2 digit A/D converter is sim ilarto the Maxim ICL7136 except for the addition of a Hold pin. For a detailed product description, and , xim 's ICL7136 data sheet). Back plane d riv e is in phase w ith s e g m e n t d riv e fo r 'o f f -
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Abstract: n e ra / D e s c rip tio n The Maxim ICL7136 is a m onolithic analog to digital con verter with , zero-integrator phase in Maxim's ICL7136 elim inates overrange hangover and hysteresis effects. Finally, this , >m w P o w r, 314 D ig it A /D C o n verter 9CUJOI Rgum 1. Maxim ICL7136 Typical Operating , , voltage reference and a clock circuit. The ICL7136 directly drives a non-multiplexed liquid crystal (LCD , makes the ICL7136 a superior device, especially fo r portable systems. Versatility and accuracy are -
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V to F convertor using ic 331 L7136
Abstract: , 3Ÿ2 D ig it A /D C o n verter G enera / D escription The Maxim ICL7136 is a monolithic analog to , 100.0 mV 200.0 m V Figure 1. Maxim ICL7136 Typical Operating Circuit Clock Frequency 16kHz (1 reading/sec) 100,0 mV Figure 2. Maxim ICL7136 Typical Operating Circuit Clock Frequency 48kHz (3 , , segment decod­ ers, voltage reference and a clock circuit. The ICL7136 directly drives a , reduced power consumption makes the ICL7136 a superior device, especially for portable systems -
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Abstract: _ The Maxim ICL7136 is a monolithic analog to digital con­ verter with very high input impedance , ICL7136 Typical Operating Circuit Clock Frequency 16kHz (1 reading/sec) Figure 2. Maxim ICL7136 , phase in Maximâ'™s ICL7136 eliminates overrange hangover and hysteresis effects. Finally, this device , circuit. The ICL7136 directly drives a non-multiplexed liquid crystal (LCD) dis­ play, requiring no external display drive circuitry. Signifi­ cantly reduced power consumption makes the ICL7136 a superior -
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CL7136
Abstract: - Genera! Description The Maxim ICL7136 is a monofithic analog to digital con verter with very high , ratiometric measure ments (ohms or bridge transducers), and the zero-inte grator phase in Maxim's ICL7136 , 19-0951; Rev 2; 9/96 y n y ix iy n Low Power, 3Î6 Digit A /D Convertor ICL7136 -F e a tu re s Improved Second Source! (see 3rd page for "Maxim AdvantageTM"). Power Dissipation Guaranteed Less than 1mW , reference and a clock circuit. The ICL7136 directly drives a non-multiptexed liquid crystal (LCD) dis play -
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ICL7196 ICL7136CPL 3 LEM LT 100S 1CIT136
Abstract: The Maxim ICL7136 is a monolithic analog to digital con verter with very high input impedance , ratiometric measure ments (ohms or bridge transducers), and the zero-inte grator phase in Maxim's ICL7136 , circuit. The ICL7136 directly drives a non-multiplexed liquid crystal (LCD) dis play, requiring no external display drive circuitry. Signifi cantly reduced power consumption makes the ICL7136 a superior , Improved 2nd Source! (See 3rd page for "Maxim Advantage""). Power dissipation guarateed less than 1mW9V -
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Abstract: Converter 1 _ D etailed Description The Maxim ICL7137 Z'k digit A/D converter is similar to the Maxim ICL7136 except for the LED segment driver outputs, and is similar to thà , _ General Description The Maxim ICL7137 is a monolithic analog to digital converter with all , the ICL7136 data sheet. 48kHz oscillator, Figure 2, increases current by 35^A (typ). Extra , Recovery Time ♦ Maxim Quality and Reliability ♦ Significantly Improved ESD Protection (Note 7 -
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52-08C3
Abstract: /Dconverterissimilarto the Maxim ICL7136 except for the LED segment driver outputs, and is similarto the ICL7107 except , ykivjxiyki Low Power, 3Va Digit A/D Converter _General Description The Maxim ICL7137 is a , making ratio-metric measurements (ohms or bridge transducers), and the zero-integrator phase in Maxim , Features Conductance Current Speed Material Thickness ♦ Improved 2nd Source! (see 3rd page for "Maxim , | 23] A3 100'S m G3_| JQ GND See last page for Plastic Chip Carrier Pin Configuration The "Maxim -
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SM 5271 tu37 DD12S11 20-PIN 32/E2
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