ADC80 EQUIVALENT Search Results

Ty 8010

Contextual Info: ANALOG DEVICES 12 -Bit Successive Approximation Integrated Circuit A/D Converter AD ADC80 FEATURES True 12-Bit Operation: Max Nonlinearity ±0.012% Low Gain T.C.: ±30ppm/°C max Low Power: 800mW Fast Conversion Time: 25/js Precision 6.3V Reference for External Application

Contextual Info: ANALOG DEVICES 12-Bit Successive Approximation Integrated Circuit A/D Converter AD ADC80 FEATURES True 12-Bit Operation: Max Nonlinearity ±0.012% Low Gain T.C.: ±30ppm/°C max Low Power: 800mW Fast Conversion Time: 25 /js Precision 6.3V Reference for External Application

ADC80-10

Abstract: adc80z-12 ADC80-12 ADC80 DC80 adc80z ADC80Z-10
Contextual Info: ANALOG ► DEVICES 12-Bit Successive Approximation Integrated Circuit A/D Converter AD ADC80 FEATURES True 12-Bit Operation: Max Nonlinearity ±0.012% Low Gain T.C.: ±30ppm /°C max Low Power: 800mW Fast Conversion Time: 25/is Precision 6.3 V Reference for External Application

Contextual Info: 12 -Bit Successive Approximation Integrated Circuit A/D Converter ANALOG DEVICES □ AD ADC80 FEATURES True 12-Bit Operation: Max Nonlinearity ±0.012% Low Gain T.C.: ±30ppm/°C max Low Power: 800mW Fast Conversion Time: 25/is Precision 6.3V Reference for External Application

ull 2803

Contextual Info: 12-Bit Successive Approximation Integrated Circuit A/D Converter AD ADC80 ANALOG DEVICES □ FEATURES True 12-Bit Operation: Max Nonlinearity ±0.012% Low Gain T.C.: ±30ppm/°C max Low Power: 800mW Fast Conversion Time: 25/is Precision 6.3V Reference for External Application

Contextual Info: 12-Bit Successive Approximation Integrated Circuit A/D Converter AD ADC80 ANALOG DEVICES □ FEATURES True 12-Bit Operation: M a x Nonlinearity ±0.012% Low G ain T.C.: ±30ppm/°C max Low Power: 800m W Fast Conversion Time: 2 5 / j s Precision 6 .3 V Reference for External Application

ADC80Z-12

Abstract: ADC80-12 ADC80Z ad521 AD583 ADC80 ADC80Z12
Contextual Info: a FEATURES True 12-Bit Operation: Max Nonlinearity ؎0.012% Low Gain T.C.: ؎30 ppm/؇C Max Low Power: 800 mW Fast Conversion Time: 25 ␮s Precision 6.3 V Reference for External Application Short-Cycle Capability Parallel Data Output Monolithic DAC with Scaling Resistors for Stability

adc80z-12

Abstract: adc80z 001F19
Contextual Info: a FEATURES True 12-Bit Operation: Max Nonlinearity ؎0.012% Low Gain T.C.: ؎30 ppm/؇C Max Low Power: 800 mW Fast Conversion Time: 25 ␮s Precision 6.3 V Reference for External Application Short-Cycle Capability Parallel Data Output Monolithic DAC with Scaling Resistors for Stability

ADC80z-12

Abstract: b1t11 ADC80 ADC80-10 ADC80-12
Contextual Info: ANALOG DEVICES □ 12-Bit Successive Approximation Integrated Circuit A/D Converter FEATURES True 12-Bit Operation: Max Nonlinearity ±0.012% Low Gain T.C.: ±30ppm/°C max Low Power: 800mW Fast Conversion Time: 25/js Precision 6 .3 V Reference for External Application

l 9143

Abstract: c80m
Contextual Info: BURR-BROWN CORP h e » Ii7 3 i3 ts onm sia " T ' ^ l -\o n I -\7- ~ ADC80MAH-12 B U R R -B R O W N S •1=3EE3 3 A V A IL A B L E IN D IE FO RM Monolithic 12-Bit ANALOG-TO-DIGITAL CONVERTER reduced resolution, and an external clock may be used to synchronize the converter to the system clock

ADC80z-12

Abstract: AD ADC80 ADC80-12 ADC80Z ad521 AD583 ADC80 ADC-800
Contextual Info: a FEATURES True 12-Bit Operation: Max Nonlinearity ؎0.012% Low Gain T.C.: ؎30 ppm/؇C Max Low Power: 800 mW Fast Conversion Time: 25 ␮s Precision 6.3 V Reference for External Application Short-Cycle Capability Parallel Data Output Monolithic DAC with Scaling Resistors for Stability

Contextual Info: B U R R -B R O W N S [ ADC80MAH-12 1 AVAILABLE IN DIE FORM Monolithic 12-Bit ANALOG-TO-DIGITAL CONVERTER reduced resolution, and an external clock may be used to synchronize the converter to the system clock or to obtain higher-speed operation. The convert

ADC80-12

Abstract: 223S ADC80 ADC80-10 DAC 0-10v
Contextual Info: ANALOG D EV ICES □ 12-Bit Successive Approximation Integrated Circuit A/D Converter PRELIM IN A R Y TECHNICA L DATA FEATURES Performance True 12-Bit Operation: Max Nonlinearity <±0.012% Low Gain T.C.: <±30ppm /°C Low Power: 800mW Fast Conversion Time: <22/us

ADC8020

Abstract: 23-02M
Contextual Info: BURR-BROW NS ] ADC80MAH-12 E A V A IL A B L E IN DIE FORM Monolithic 12-Bit ANALOG-TO-DIGITAL CONVERTER FEATURES • IN DUSTRY-STANDARD 12-BIT ADC • M ONOLITHIC CONSTRUCTION • LO W COST • ± 0 .0 12% LIN EA R IT Y • 25ps M AX CONVERSION TIM E • ± 12 V or ± 15 V OPERATION

ADC8020

Abstract: POTENTIOMETER eo1 ADC80MAH-12-BI 001H 32-PIN ADC80MAH-12 2302M
Contextual Info: B U R R -B R O W N [ ADC80MAH-12 ] A V A IL A B L E IN DIE FORM Monolithic 12-Bit ANALOG -TO-DIGITAL CONVERTER FEATURES reduced resolution, and an ex tern al clock m ay be used to synchronize the converter to th e system clock o r to o b ta in higher-speed operatio n . T he convert

number pin ic adc804

Abstract: ACD804 adc804 adc804bh shape ic adc804 74LSI23 Burr-Brown adc converters ADC80 ADC804BHQ ADC804SH
Contextual Info: B U R R -BROW N« [ ADC804 ] Serial Output ANALOG -TO-DIGITAL CONVERTER FEATURES • 17/usec CONVERSION TIME • SERIAL OUTPUT— Ideal for applications requiring isolation or long-distance data transmission • <500m W POWER DISSIPATION • 24-PIN DUAL-WIDE HERMETIC PACKAGE

ADC80AGZ10

Contextual Info: A to D, D to A PRELIMINARY éLÂ Semiconductor ADC1080, ADC128012-Bit Successive Approximation A/D Converters General Description Features The ADC1080 and ADC1280 are complete successive ap­ proximation analog-to-digital converters that include an internal clock, reference and comparator.

ADC80AGZ10

Abstract: ADC80-AGZ-12 303PP adc80agz-12 ADC1280 ADC80AG-12 ADC1080
Contextual Info: ADC1080, ACD1280 KWl National Semiconductor PRELIMINARY ADC1080, ADC128012-Bit Successive Approximation A/D Converter General Description Features The ADC1080 and ADC1280 are complete successive ap­ proximation anaiog-to-digital converters that include an

MPC8D

Contextual Info: B U R R -B R O W N SHC5320 High Speed Bipolar Monolithic SAMPLE/HOLD AMPLIFIER FEATURES acquisition times. It also incorporates a low leakage analog switch and an output integrating amplifier with input bias current optimized to assure low droop rates.

tsc4429

Abstract: TSC7660 TSC7107 TSC7106 TSC7109 TSC7117 TSC1426 TSC7650 tsc4427 lt1174
Contextual Info: Code Key: PU – PP – FE – SP – Plug-In Upgrade Pin-for-Pin Compatible Functional Equivalent Similar Part AMCC MAXIM S3005 S3006 S3017 S3023 S3024 S3025 S3026 S3027 S3028B S3033 S3040 S3043 S3044 S3047 S3049 S3050 MAX3690 MAX3680 MAX3690 MAX3675 MAX3675

Contextual Info: For /Mediate Assistance, Contact four Local Salesperson B U R R -B R O W N SHC5320 High Speed Bipolar Monolithic SAMPLE/HOLD AMPLIFIER FEATURES DESCRIPTION • • • • • • • The SHCS320 is a bipolar monolithic sample/hold circuit designed for use in precision high-speed data

SHC5320

Abstract: SHC5320KH SHC5320KP SHC5320KU SHC5320SH SCH5320
Contextual Info: SHC5320 FPO For most current data sheet and other product information, visit www.burr-brown.com High-Speed, Bipolar, Monolithic SAMPLE/HOLD AMPLIFIER FEATURES DESCRIPTION ● ACQUISITION TIME TO 0.01%: 1.5µs max ● HOLD MODE SETTLING TIME: 350ns max The SHC5320 is a bipolar, monolithic, sample/hold

SHC5320

Abstract: sample and hold amplifier SHC5320KH SHC5320KP SHC5320KU SHC5320SH INA101 equivalent SCH5320
Contextual Info: SHC5320 FPO High Speed Bipolar Monolithic SAMPLE/HOLD AMPLIFIER FEATURES DESCRIPTION ● ACQUISITION TIME TO 0.01%: 1.5µs max ● HOLD MODE SETTLING TIME: 350ns max The SHC5320 is a bipolar monolithic sample/hold circuit designed for use in precision high-speed data

TSC7660

Abstract: tsc4429 TSC7117 TSC7106 tsc7650 tsc7107 lt1174 TSC7109 TLV2274 transistor mc331
Contextual Info: Code Key: PU – Plug-In Upgrade PP – Pin-for-Pin Compatible FE – Functional Equivalent SP – Similar Part Industry Cross-Reference Guide CODE AMCC MAXIM S3005 S3006 S3017 S3023 S3024 S3025 S3026 S3027 S3028B S3033 S3040 S3043 S3044 S3047 S3049 S3050