AFE10004 4-Channel Power-Amplifier Precision Analog Front End With Integrated EEPROM and Gate Bias Switches

1 Features • Local and remote diode temperature sensor – ±2.5°C accuracy, maximum – 0.0625°C resolution • Internal EEPROM for autonomous operation – Four independent transfer functions storage – Device configuration storage – Open space for user storage • Four analog outputs – Four monoto

AFE10004-EP 4-Channel Power-Amplifier Precision Analog Front End With Integrated EEPROM and Gate Bias Switches

1 Features • Specified for defense and aerospace applications • Controlled baseline • One assembly and test site • One fabrication site • Product traceability • Extended product life cycle • Local and remote diode temperature sensor – ±2.5°C error, maximum – 0.0625°C resolution • Interna

AFE10004-EP 4-Channel Power-Amplifier Precision Analog Front End With Integrated EEPROM and Gate Bias Switches

1 Features • Specified for defense and aerospace applications • Controlled baseline • One assembly and test site • One fabrication site • Product traceability • Extended product life cycle • Local and remote diode temperature sensor – ±2.5°C error, maximum – 0.0625°C resolution • Interna

AFE10004 4-Channel Power-Amplifier Precision Analog Front End With Integrated EEPROM and Gate Bias Switches

1 Features • Local and remote diode temperature sensor – ±2.5°C accuracy, maximum – 0.0625°C resolution • Internal EEPROM for autonomous operation – Four independent transfer functions storage – Device configuration storage – Open space for user storage • Four analog outputs – Four monoto

AFE10004 4-Channel Power-Amplifier Precision Analog Front End With Integrated EEPROM and Gate Bias Switches

1 Features • Local and remote diode temperature sensor – ±2.5°C accuracy, maximum – 0.0625°C resolution • Internal EEPROM for autonomous operation – Four independent transfer functions storage – Device configuration storage – Open space for user storage • Four analog outputs – Four monoto

AFE10004 4-Channel Power-Amplifier Precision Analog Front End With Integrated EEPROM and Gate Bias Switches

1 Features • Local and remote diode temperature sensor – ±2.5°C accuracy, maximum – 0.0625°C resolution • Internal EEPROM for autonomous operation – Four independent transfer functions storage – Device configuration storage – Open space for user storage • Four analog outputs – Four monoto

AFE10004 4-Channel Power-Amplifier Precision Analog Front End With Integrated EEPROM and Gate Bias Switches

1 Features • Local and remote diode temperature sensor – ±2.5°C accuracy, maximum – 0.0625°C resolution • Internal EEPROM for autonomous operation – Four independent transfer functions storage – Device configuration storage – Open space for user storage • Four analog outputs – Four monoto

AFE10004 4-Channel Power-Amplifier Precision Analog Front End With Integrated EEPROM and Gate Bias Switches

1 Features • Local and remote diode temperature sensor – ±2.5°C accuracy, maximum – 0.0625°C resolution • Internal EEPROM for autonomous operation – Four independent transfer functions storage – Device configuration storage – Open space for user storage • Four analog outputs – Four monoto

AFE10004 4-Channel Power-Amplifier Precision Analog Front End With Integrated EEPROM and Gate Bias Switches

1 Features • Local and remote diode temperature sensor – ±2.5°C accuracy, maximum – 0.0625°C resolution • Internal EEPROM for autonomous operation – Four independent transfer functions storage – Device configuration storage – Open space for user storage • Four analog outputs – Four monoto

Type 1 Boxes and Enclosures

APPL ICA TION Use this enclosure in commercial and general industrial applications that require a junction or pull box. For flush installations, order flush covers and door frames separately. FEA TURES • Unique keyhole screw slots in the cover • Available with or without knockouts. Various s

Type 1 Boxes and Enclosures

APPL ICA TION Use this enclosure in commercial and general industrial applications that require a junction or pull box. For flush installations, order flush covers and door frames separately. FEA TURES • Unique keyhole screw slots in the cover • Available with or without knockouts. Various s

AFE11612-SEP Radiation-Tolerant, Analog Monitor and Controller With Multichannel ADC, DACs, and Temperature Sensors

1 Features • Radiation tolerant: – Single-event latch-up (SEL) immune up to LET = 43 MeV-cm2/mg at 125°C – Single-event functional interrupt (SEFI) characterized up to LET = 43 MeV-cm2/mg – Total ionizing dose (TID) RLAT/RHA characterized up to 20 krad(Si) • Space-enhanced plastic (space E

AFE11612-SEP Radiation-Tolerant, Analog Monitor and Controller With Multichannel ADC, DACs, and Temperature Sensors

1 Features • Radiation tolerant: – Single-event latch-up (SEL) immune up to LET = 43 MeV-cm2/mg at 125°C – Single-event functional interrupt (SEFI) characterized up to LET = 43 MeV-cm2/mg – Total ionizing dose (TID) RLAT/RHA characterized up to 20 krad(Si) • Space-enhanced plastic (space E

2Mbps, Single Pair HDSL ANALOG FRONT END

FEATURES E1/T1 SINGLE PAIR 2B1Q OPERATION COMPLETE ANALOG INTERFACE 385mW POWER DISSIPATION 48-LEAD SSOP PACKAGE SCALEABLE DATA RATE OPERATION FROM 2.3Mbps TO 160kbps +5V ONLY (5V OR 3.3V DIGITAL) –40°C TO +85°C OPERATION

2Mbps, Single Pair HDSL ANALOG FRONT END

FEATURES E1/T1 SINGLE PAIR 2B1Q OPERATION COMPLETE ANALOG INTERFACE 385mW POWER DISSIPATION 48-LEAD SSOP PACKAGE SCALEABLE DATA RATE OPERATION FROM 2.3Mbps TO 160kbps +5V ONLY (5V OR 3.3V DIGITAL) –40°C TO +85°C OPERATION

2Mbps, Single Pair HDSL ANALOG FRONT END

FEATURES E1/T1 SINGLE PAIR 2B1Q OPERATION COMPLETE ANALOG INTERFACE 385mW POWER DISSIPATION 48-LEAD SSOP PACKAGE SCALEABLE DATA RATE OPERATION FROM 2.3Mbps TO 160kbps +5V ONLY (5V OR 3.3V DIGITAL) –40°C TO +85°C OPERATION

2Mbps, Single Pair HDSL ANALOG FRONT END

FEATURES E1/T1 SINGLE PAIR 2B1Q OPERATION COMPLETE ANALOG INTERFACE 385mW POWER DISSIPATION 48-LEAD SSOP PACKAGE SCALEABLE DATA RATE OPERATION FROM 2.3Mbps TO 160kbps +5V ONLY (5V OR 3.3V DIGITAL) –40°C TO +85°C OPERATION

2Mbps, Single Pair HDSL ANALOG FRONT END

FEATURES E1/T1 SINGLE PAIR 2B1Q OPERATION COMPLETE ANALOG INTERFACE 385mW POWER DISSIPATION 48-LEAD SSOP PACKAGE SCALEABLE DATA RATE OPERATION FROM 2.3Mbps TO 160kbps +5V ONLY (5V OR 3.3V DIGITAL) –40°C TO +85°C OPERATION

AFE1256 256-Channel, Analog Front-End for Digital X-Ray, Flat-Panel Detectors

1 Features 1• 256 Channels • On-Chip, 16-Bit ADC • Photodiode Short Immunity • Column Short Immunity • High Performance: – Noise: 758 e-RMS with 28-pF Sensor Capacitor in 1.2-pC Range – Integral Nonlinearity: ±2 LSB with Internal 16-Bit ADC – Minimum Scan Time: – 37.9 μs in Normal Mode

AFE1256 256-Channel, Analog Front-End for Digital X-Ray, Flat-Panel Detectors

1 Features 1• 256 Channels • On-Chip, 16-Bit ADC • Photodiode Short Immunity • Column Short Immunity • High Performance: – Noise: 758 e-RMS with 28-pF Sensor Capacitor in 1.2-pC Range – Integral Nonlinearity: ±2 LSB with Internal 16-Bit ADC – Minimum Scan Time: – 37.9 μs in Normal Mode

AFE1256 256-Channel, Analog Front-End for Digital X-Ray, Flat-Panel Detectors

1 Features 1• 256 Channels • On-Chip, 16-Bit ADC • Photodiode Short Immunity • Column Short Immunity • High Performance: – Noise: 758 e-RMS with 28-pF Sensor Capacitor in 1.2-pC Range – Integral Nonlinearity: ±2 LSB with Internal 16-Bit ADC – Minimum Scan Time: – 37.9 μs in Normal Mode

AFE1256 256-Channel, Analog Front-End for Digital X-Ray, Flat-Panel Detectors

1 Features 1• 256 Channels • On-Chip, 16-Bit ADC • Photodiode Short Immunity • Column Short Immunity • High Performance: – Noise: 758 e-RMS with 28-pF Sensor Capacitor in 1.2-pC Range – Integral Nonlinearity: ±2 LSB with Internal 16-Bit ADC – Minimum Scan Time: – 37.9 μs in Normal Mode

AFE1256 256-Channel, Analog Front-End for Digital X-Ray, Flat-Panel Detectors

1 Features 1• 256 Channels • On-Chip, 16-Bit ADC • Photodiode Short Immunity • Column Short Immunity • High Performance: – Noise: 758 e-RMS with 28-pF Sensor Capacitor in 1.2-pC Range – Integral Nonlinearity: ±2 LSB with Internal 16-Bit ADC – Minimum Scan Time: – 37.9 μs in Normal Mode

Type 1 Boxes and Enclosures

APPL ICA TION Use this enclosure in commercial and general industrial applications that require a junction or pull box. For flush installations, order flush covers and door frames separately. FEA TURES • Unique keyhole screw slots in the cover • Available with or without knockouts. Various s

Type 1 Boxes and Enclosures

APPL ICA TION Use this enclosure in commercial and general industrial applications that require a junction or pull box. For flush installations, order flush covers and door frames separately. FEA TURES • Unique keyhole screw slots in the cover • Available with or without knockouts. Various s

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – EMI-hardened inputs – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referr

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – EMI-hardened inputs – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referr

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H

AFE159x Low-Power, 4-Channel, 24-Bit Analog Front-Ends for Bio-Potential Measurements

1 Features • Integrated Signal Chain for ECG, Pace Detection, and Respiration Measurement • ECG Receiver – Four high resolution channels at low power of 0.42mW/channel – Flexible four leads selectable from six electrodes – Programmable gain: 1.25 to 9 – Input-referred noise: 4μVPP in 150H