Datasheets
LTC1043MD

LTC1043MD

Analog Devices

Penerangan:

INST Amp Dual ±9V/18V 18-Pin SBCDIP

Tarikh Pengenalan:

Mar 14, 1996

Dikemaskini:15-NOV-2024

Lihat lebih banyak Instrumentation Amplifiers oleh Analog Devices
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Spesifikasi Bahagian

Gambaran Keseluruhan

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Kitaran hidupPremium
EU RoHS No
Versi RoHS2011/65/EU, 2015/863
Laluan Kategori
Semiconductor > Linear > Amplifiers > Instrumentation Amplifiers

Lembaran Data

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Parametrik

Maklumat parameter menunjukkan ciri-ciri penting dan metrik prestasi komponen, yang membantu jurutera dan pengurus rantaian bekalan untuk membandingkan dan memilih komponen elektronik yang paling sesuai untuk aplikasi dan keperluan mereka.

barisan produk
Minimum Storage Temperature
Maximum Quiescent Current
Typical Dual Supply Voltage
Process Technology
Maximum Power Dissipation
Typical Single Supply Voltage
Typical Slew Rate
Typical Input Offset Current
Minimum DC Continuous Isolation Voltage
Maximum Input Resistance
Maximum Voltage Gain Range
Maximum Voltage Gain
Supplier Temperature Grade
Maximum Storage Temperature
Power Supply Type
Maximum Supply Voltage Range
Minimum CMRR Range
Maximum Input Offset Current
Number of Channels per Chip
Rail to Rail
Minimum Slew Rate
Typical Gain Bandwidth Product
Gain Setting Method
Interface Type
Maximum Input Bias Current
Output Type
Maximum Input Offset Voltage
Maximum Supply Current
Maximum Gain Nonlinearity
Typical Output Current
Maximum Gain Error
Minimum Single Supply Voltage
Maximum Single Supply Voltage
Minimum Dual Supply Voltage
Maximum Operating Supply Voltage
Maximum Dual Supply Voltage
Minimum CMRR
Minimum PSRR
Minimum Operating Temperature
Maximum Operating Temperature

Reka bentuk rujukan

Dapatkan inspirasi dan panduan dengan koleksi reka bentuk rujukan kami. Terokai pelaksanaan praktikal yang menunjukkan keupayaan komponen elektronik. Pekakas proses pembangunan anda dan cipta solusi yang cekap dengan dokumentasi terperinci dan skematik.

High Power Switched Capacitor Converter (12V to 5V)
High Power Switched Capacitor Converter (12V to 5V)
Direct Digitization of Transducer Outputs Using as Thermocouple-to-Frequency Converter
Direct Digitization of Transducer Outputs Using as Thermocouple-to-Frequency Converter
Direct Digitization of Transducer Outputs Using as Strain Gauge Digitizer
Direct Digitization of Transducer Outputs Using as Strain Gauge Digitizer
Interfacing to Microprocessor based 5V Voltage-to-Frequency Converter Systems
Interfacing to Microprocessor based 5V Voltage-to-Frequency Converter Systems
5V Analog Amplification for Medical
5V Analog Amplification for Medical
5V Instrumentation Amplifier for Medical
5V Instrumentation Amplifier for Medical
Simple Rail-to-Rail Circuit Converts Differential Signals to Single-Ended Signals
Simple Rail-to-Rail Circuit Converts Differential Signals to Single-Ended Signals
Differential to Single-Ended Converter for Low Level Inputs Maintains the LTC2400 High Accuracy
Differential to Single-Ended Converter for Low Level Inputs Maintains the LTC2400 High Accuracy
LTC2400 High Accuracy Differential to Single-Ended Converter for ±5V Supplies
LTC2400 High Accuracy Differential to Single-Ended Converter for ±5V Supplies
Simple Differential Front-End for the LTC2400
Simple Differential Front-End for the LTC2400
Bipolar Input 24-Bit A/D Converter Accepts 2.5V Inputs
Bipolar Input 24-Bit A/D Converter Accepts 2.5V Inputs
Differential Input 24-Bit A/D Converter with Half-Scale Zero for Bipolar Input Signals
Differential Input 24-Bit A/D Converter with Half-Scale Zero for Bipolar Input Signals
High Accuracy, Bipolar Differential to Single-Ended Converter Drives the LTC2400 Input Rail-to-Rail
High Accuracy, Bipolar Differential to Single-Ended Converter Drives the LTC2400 Input Rail-to-Rail
Single Supply Differential to Single-Ended Conversion Circuit Amplifies Low Level Bipolar Signals
Single Supply Differential to Single-Ended Conversion Circuit Amplifies Low Level Bipolar Signals
Collection of Differential to Single-Ended Signal Conditioning Circuits for Use with the LTC2400, a 24-Bit No Latency ADC in an SO-8
Collection of Differential to Single-Ended Signal Conditioning Circuits for Use with the LTC2400, a 24-Bit No Latency ADC in an SO-8
LTC2400 Differential to Single-Ended Converter for Single 5V Supply
LTC2400 Differential to Single-Ended Converter for Single 5V Supply
Low Level, High Accuracy, Bipolar Input Differential to Single-Ended Signal Conversion for 24-Bit A/D
Low Level, High Accuracy, Bipolar Input Differential to Single-Ended Signal Conversion for 24-Bit A/D
Differential Bridge Digitizer Design Circuit Using LTC2400
Differential Bridge Digitizer Design Circuit Using LTC2400
Differential Bridge Digitizer Design Circuit Using LTC2400
Differential Bridge Digitizer Design Circuit Using LTC2400
High Accuracy, Differential to Single-Ended Conversion for Wide Range Bipolar Input Signals
High Accuracy, Differential to Single-Ended Conversion for Wide Range Bipolar Input Signals
LTC2400 High Accuracy Differential to Single-Ended Converter for 5V Supplies
LTC2400 High Accuracy Differential to Single-Ended Converter for 5V Supplies

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