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8,745 pcs
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8745 pcs | On Request | 1 | On Request | On Request | On Request | On Request | On Request |
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The AD538AD is a monolithic real-time analog computational unit (ACU) from Analog Devices. It provides precision analog multiplication, division, and exponentiation functions with a transfer function of V_O = VY(VZ/VX)^m. The device features a wide dynamic range of -1000:1 for the denominator input, enabling accurate computation over a broad input range.
Key electrical characteristics include a bandwidth of 400 kHz, low input offset voltage of less than 100 μV, and a low error of ±0.25% of reading over a 100:1 range. The AD538AD operates as a 1-quadrant device and includes an on-board +2V or +10V scaling voltage reference. Laser wafer trimming ensures high accuracy without external trims.
The AD538AD is housed in an 18-pin CDIP (0.300", 7.62mm) package with a through-hole mounting type. The supplier device package is 18-SBDIP. This monolithic construction offers lower cost and higher reliability compared to hybrid and modular circuits.
The AD538AD is an analog computational unit that performs real-time multiplication, division, and exponentiation.
The bandwidth is 400 kHz.
The input offset voltage is less than 100 μV.
The error is ±0.25% of reading over a 100:1 range.
The AD538AD is packaged in an 18-CDIP (0.300", 7.62mm) with through-hole mounting.
The transfer function is V_O = VY(VZ/VX)^m.
The AD538AD includes an on-board +2V or +10V scaling voltage reference.