Ad8132armz-reel7 MSOP-8 differential amplifier has the lowest price
The ad8132 is a low-cost differential or single ended input to differential output amplifier. The ad8132 is a major improvement over OP amplifiers that drive differential input ADC or drive signals through long lines. Ad8132 has unique internal feedback characteristics, provides output gain and phase matching, balances to − 68dB at 10MHz, suppresses harmonics and reduces radiated EMI.
Produced using the next generation analog equipment company, xfcb bipolar process, ad8132 has a − 3dB bandwidth of 350MHz and provides a differential signal with − 99dbcsfdr at 5MHz, although its cost is low. The ad8132 does not need a transformer with high-performance ADC and retains low-frequency and DC information. The common mode level of the differential output can be adjusted by applying voltage to the VOCM pin, and it is easy to move the input signal to drive a single ADC. Fast overload recovery, maintaining the sampling accuracy.
The ad8132 is also used as a differential driver to transmit high-speed signals through low-cost twisted pair or coaxial cables. The feedback network can be adjusted to improve the high-frequency component of the signal. Ad8132 is used for analog or digital video signal or other high-speed data transmission. The ad8132 can drive Category 3 or 5 twisted pair or coaxial cables with minimal line attenuation. Compared with discrete line driver solution, ad8132 has considerable cost and performance improvement.
Differential signal processing reduces the influence of ground noise disturbing the ground reference system. Ad8132 can be used for differential signal processing (gain and filtering) of the whole signal chain to easily simplify the conversion between differential and single ended components.
Ad8132w is an automotive version, which operates at 125 ° C according to aec-q100. For more details, see the automotive products section.
The ad8132 is available in 8 lead SOIC and 8 lead MSOP packages and can operate in an extended industrial temperature range of − 40 ° C to + 125 ° C.
features
high speed
350 MHz, − 3 dB bandwidth
Conversion rate 1200 μ V / S
Resistance setting gain
Internal common mode feedback
Improved gain and phase balance: − 68 dB at 10 MHz
Single input setting common mode output voltage
Low distortion: − 5 MHz, 99 DBC SFDR at 800 Ω load
Low power: 10.7 Ma at 5 V
Power range: + 2.7 V to ± 5.5 V
Fully comply with aec-q100 standard (ad8132w)
application
Low power differential analog-to-digital converter driver
Differential gain and differential filtering
Video line driver
Differential I / O horizontal movement
Single ended input to differential output driver
Active transformer
Driver assistance
Automotive Infotainment
Produced using the next generation analog equipment company, xfcb bipolar process, ad8132 has a − 3dB bandwidth of 350MHz and provides a differential signal with − 99dbcsfdr at 5MHz, although its cost is low. The ad8132 does not need a transformer with high-performance ADC and retains low-frequency and DC information. The common mode level of the differential output can be adjusted by applying voltage to the VOCM pin, and it is easy to move the input signal to drive a single ADC. Fast overload recovery, maintaining the sampling accuracy.
The ad8132 is also used as a differential driver to transmit high-speed signals through low-cost twisted pair or coaxial cables. The feedback network can be adjusted to improve the high-frequency component of the signal. Ad8132 is used for analog or digital video signal or other high-speed data transmission. The ad8132 can drive Category 3 or 5 twisted pair or coaxial cables with minimal line attenuation. Compared with discrete line driver solution, ad8132 has considerable cost and performance improvement.
Differential signal processing reduces the influence of ground noise disturbing the ground reference system. Ad8132 can be used for differential signal processing (gain and filtering) of the whole signal chain to easily simplify the conversion between differential and single ended components.
Ad8132w is an automotive version, which operates at 125 ° C according to aec-q100. For more details, see the automotive products section.
The ad8132 is available in 8 lead SOIC and 8 lead MSOP packages and can operate in an extended industrial temperature range of − 40 ° C to + 125 ° C.
features
high speed
350 MHz, − 3 dB bandwidth
Conversion rate 1200 μ V / S
Resistance setting gain
Internal common mode feedback
Improved gain and phase balance: − 68 dB at 10 MHz
Single input setting common mode output voltage
Low distortion: − 5 MHz, 99 DBC SFDR at 800 Ω load
Low power: 10.7 Ma at 5 V
Power range: + 2.7 V to ± 5.5 V
Fully comply with aec-q100 standard (ad8132w)
application
Low power differential analog-to-digital converter driver
Differential gain and differential filtering
Video line driver
Differential I / O horizontal movement
Single ended input to differential output driver
Active transformer
Driver assistance
Automotive Infotainment