Mouser now stocks a variety of Apex amplifiers and reference devices.
Apex Microtechnology power operational (linear) amplifiers are designed for applications that require high current and high voltage.
These amplifiers are offered in a variety of high-reliability form factors with voltage rails from 5 V to 2500 V.
They feature output currents from .01 A to 100 A (peak) and slew rates up to 3000 V/us.
This provides a compact proven solution for demanding precision power analog applications like piezo actuation/positioning, electrostatic/magnetic deflection, and DC/servo motion control.
Apex pulse width modulation (PWM) amplifiers are cost-effective solutions for motor control and other low-power-loss applications.
Engineers can directly connect the PWM amplifiers to embedded microcontrollers and digital signal controllers.
The devices are available with high supply (DC link) voltages from 60 V to 650 V, output currents from 8 A to 30 A, and switching frequencies ranging from 20 kHz to 500 kHz.
Apex precision reference devices are ideal for a wide range of data-conversion applications. The sine wave reference device provides ultra-stable sine wave outputs and a low temperature coefficient over the full military temperature range.
Apex precision voltage reference devices offer high accuracy through a unique proprietary multipoint laser compensation technique.
The PA85 high-voltage operational amplifier provides a very high power bandwidth of 300 kHz, with output currents up to 200 mA.
The device’s 450 V supply voltage and high slew rate of 1000 V/µs makes it ideal for high-voltage applications, including instrumentation, programmable power supplies, piezoelectric transducers, and electrostatic transducers and deflection.
Apex PA164 and PA165 high-voltage power operational amplifiers feature a monolithic amplifier core designed for high-density power applications.
The devices can operate with output voltages up to 200 V and provide either 1 A (PA164) or 4 A (PA165) of continuous output current.
The devices have a wide temperature compensated current limit range. An additional over-current flag allows for a flexible implementation of system protection.
