ANALOG DEVICES INC
Analog Devices, Inc.（NASDAQ: ADI)是全球领先的半导体公司，致力于在现实世界与数字世界之间架起桥梁，以实现智能边缘领域的突破性创新。ADI提供结合模拟、数字和软件技术的解决方案，推动数字化工厂、汽车和数字医疗等领域的持续发展，应对气候变化挑战，并建立人与世界万物的可靠互联。ADI公司2022财年收入超过120亿美元，全球员工约2.5万人。
Product Lifecycle: 量产
Package: 32-Lead LFCSP (5mm x 5mm x 0.75mm w/ EP)
# of Channels: 1
Amp Architecture: Receiver
Gain Set: Digital
Gain dB (min): -6dB
Gain dB (max): 24dB
Freq Response (max): 195MHz
BW -3 dB (typ): 180MHz
NF (typ): 17.6dB
Is (typ): 28mA
Vs span (min): 3.3V
Vs span (max): 10V
Shutdown: No
Distortion 2nd Harmonic (typ): -70dBc
Distortion 3rd Harmonic (typ): -58dBc
Vs (typ): 5V
Eval / Ref Circuit: Evaluation board
Export Classification: EAR99
Automotive: No
更多
Temp Range: -40 to 105°C
Launch Date: 2008-02-20
EP: No
Product Lifecycle: 量产
Package: 32-Lead LFCSP (5mm x 5mm x 0.75mm w/ EP)
# of Channels: 1
Amp Architecture: Receiver
Gain Set: Digital
Gain dB (min): -6dB
Gain dB (max): 24dB
Freq Response (max): 195MHz
BW -3 dB (typ): 180MHz
NF (typ): 17.6dB
Is (typ): 28mA
Vs span (min): 3.3V
Vs span (max): 10V
Shutdown: No
Distortion 2nd Harmonic (typ): -70dBc
Distortion 3rd Harmonic (typ): -58dBc
Vs (typ): 5V
Eval / Ref Circuit: Evaluation board
Export Classification: EAR99
Automotive: No
更多
Temp Range: -40 to 105°C
Launch Date: 2008-02-20
EP: No
Product Lifecycle: 推荐用于新设计
Package: 24-Lead QFN (4mm x 4mm x 0.75mm w/ EP)
# of Channels: 2
Amp Architecture: Differential Amp
Gain Set: Digital, Pin Strap
Gain dB (max): 30dB
Gain: 1, 16, 32, 4V/V
Freq Response (max): 900kHz
BW -3 dB (typ): 900kHz
Input Type: Differential
Gain Control Range: 30dB
Is (typ): 65mA
Vs span (min): 2.7V
Vs span (max): 3.6V
Rail to Rail: Both
Amp Features: Digital Gain Control, Shutdown
Shutdown: Yes
Vs (typ): 5V
Eval / Ref Circuit: Evaluation board
Export Classification: EAR99
更多
Automotive: No
Temp Range: -40 to 85°C
Launch Date: 2008-01-03
EP: No
Design Tools: Linduino
Product Lifecycle: 推荐用于新设计
Package: 24-Lead QFN (4mm x 4mm x 0.75mm w/ EP)
# of Channels: 2
Amp Architecture: Differential Amp
Gain Set: Digital, Pin Strap
Gain dB (max): 30dB
Gain: 1, 16, 32, 4V/V
Freq Response (max): 900kHz
BW -3 dB (typ): 900kHz
Input Type: Differential
Gain Control Range: 30dB
Is (typ): 65mA
Vs span (min): 2.7V
Vs span (max): 3.6V
Rail to Rail: Both
Amp Features: Digital Gain Control, Shutdown
Shutdown: Yes
Vs (typ): 5V
Eval / Ref Circuit: Evaluation board
Export Classification: EAR99
更多
Automotive: No
Temp Range: -40 to 85°C
Launch Date: 2008-01-03
EP: No
Design Tools: Linduino
Product Lifecycle: 推荐用于新设计
Package: 24-Lead QFN (4mm x 4mm x 0.75mm w/ EP)
# of Channels: 2
Amp Architecture: Differential Amp
Gain Set: Digital, Pin Strap
Gain dB (max): 30dB
Gain: 1, 16, 32, 4V/V
Freq Response (max): 900kHz
BW -3 dB (typ): 900kHz
Input Type: Differential
Gain Control Range: 30dB
Is (typ): 65mA
Vs span (min): 2.7V
Vs span (max): 3.6V
Rail to Rail: Both
Amp Features: Digital Gain Control, Shutdown
Shutdown: Yes
Vs (typ): 5V
Eval / Ref Circuit: Evaluation board
Export Classification: EAR99
更多
Automotive: No
Temp Range: -40 to 85°C
Launch Date: 2008-01-03
EP: No
Design Tools: Linduino
Product Lifecycle: 推荐用于新设计
Package: 24-Lead QFN (4mm x 4mm x 0.75mm w/ EP)
# of Channels: 2
Amp Architecture: Differential Amp
Gain Set: Digital, Pin Strap
Gain dB (max): 30dB
Gain: 1, 16, 32, 4V/V
Freq Response (max): 900kHz
BW -3 dB (typ): 900kHz
Input Type: Differential
Gain Control Range: 30dB
Is (typ): 65mA
Vs span (min): 2.7V
Vs span (max): 3.6V
Rail to Rail: Both
Amp Features: Digital Gain Control, Shutdown
Shutdown: Yes
Vs (typ): 5V
Eval / Ref Circuit: Evaluation board
Export Classification: EAR99
更多
Automotive: No
Temp Range: -40 to 85°C
Launch Date: 2008-01-03
EP: No
Design Tools: Linduino
Product Lifecycle: 量产
Package: 24-Lead SSOP,24-Lead SOIC (Wide)
# of Channels: 2
Amp Architecture: VGA
Gain Set: Analog
Gain dB (max): 48dB
Freq Response (min): 100kHz
Freq Response (max): 40MHz
BW -3 dB (typ): 40MHz
Input Type: Differential
NF (typ): 8.4dB
VNoise Density (typ): 800pV/rtHz
Is (typ): 31mA
Vs span (min): 10V
Vs span (max): 10V
Shutdown: No
IIP3 (typ): 35dBm
Eval / Ref Circuit: Evaluation board
Export Classification: EAR99
Automotive: No
更多
Temp Range: -40 to 85°C
Package Area: 69.7mm² (24-Lead SSOP) (AD604ARSZ)mm²
Package Height: 2mm (24-Lead SSOP) (AD604ARSZ)mm
Launch Date: 2007-03-21
EP: No
Product Lifecycle: 量产
Package: 24-Lead SSOP,24-Lead SOIC (Wide)
# of Channels: 2
Amp Architecture: VGA
Gain Set: Analog
Gain dB (max): 48dB
Freq Response (min): 100kHz
Freq Response (max): 40MHz
BW -3 dB (typ): 40MHz
Input Type: Differential
NF (typ): 8.4dB
VNoise Density (typ): 800pV/rtHz
Is (typ): 31mA
Vs span (min): 10V
Vs span (max): 10V
Shutdown: No
IIP3 (typ): 35dBm
Eval / Ref Circuit: Evaluation board
Export Classification: EAR99
Automotive: No
更多
Temp Range: -40 to 85°C
Package Area: 69.7mm² (24-Lead SSOP) (AD604ARSZ)mm²
Package Height: 2mm (24-Lead SSOP) (AD604ARSZ)mm
Launch Date: 2007-03-21
EP: No
Product Lifecycle: 量产
Package: 24-Lead SSOP,24-Lead SOIC (Wide)
# of Channels: 2
Amp Architecture: VGA
Gain Set: Analog
Gain dB (max): 48dB
Freq Response (min): 100kHz
Freq Response (max): 40MHz
BW -3 dB (typ): 40MHz
Input Type: Differential
NF (typ): 8.4dB
VNoise Density (typ): 800pV/rtHz
Is (typ): 31mA
Vs span (min): 10V
Vs span (max): 10V
Shutdown: No
IIP3 (typ): 35dBm
Eval / Ref Circuit: Evaluation board
Export Classification: EAR99
Automotive: No
更多
Temp Range: -40 to 85°C
Package Area: 69.7mm² (24-Lead SSOP) (AD604ARSZ)mm²
Package Height: 2mm (24-Lead SSOP) (AD604ARSZ)mm
Launch Date: 2007-03-21
EP: No
Product Lifecycle: 量产
Package: 24-Lead SSOP,24-Lead SOIC (Wide)
# of Channels: 2
Amp Architecture: VGA
Gain Set: Analog
Gain dB (max): 48dB
Freq Response (min): 100kHz
Freq Response (max): 40MHz
BW -3 dB (typ): 40MHz
Input Type: Differential
NF (typ): 8.4dB
VNoise Density (typ): 800pV/rtHz
Is (typ): 31mA
Vs span (min): 10V
Vs span (max): 10V
Shutdown: No
IIP3 (typ): 35dBm
Eval / Ref Circuit: Evaluation board
Export Classification: EAR99
Automotive: No
更多
Temp Range: -40 to 85°C
Package Area: 69.7mm² (24-Lead SSOP) (AD604ARSZ)mm²
Package Height: 2mm (24-Lead SSOP) (AD604ARSZ)mm
Launch Date: 2007-03-21
EP: No