Explore designs by category, with target specifications and operating notes on each detail page.
High-Voltage Amplifier ICs
High-Voltage General-Purpose Op Amp
A general-purpose high-voltage op amp designed in a BCD process, aimed at piezo and actuator drive, instrumentation and high-common-mode measurement.
- Supply: ±4 V to ±40 V
- Output swing: ±37 V with ±40 V supplies
- Unity-gain bandwidth: 1 MHz
High-Voltage Amplifier ICs
High-Voltage Capacitive-Load Amplifier
A high-voltage analog amplifier design for small capacitive loads, including possible optical MEMS mirror-control applications.
- Output target: up to 200 V, unipolar, with adequate supply headroom
- Source / sink targets: 150 / 40 µA (small-capacitance charging/discharging goals)
- Capacitive-load target: 200 pF
High-Voltage Amplifier ICs
High-Voltage Sample-and-Hold Amplifier Circuits
Analog circuits that capture and retain a voltage, then amplify the held signal to a positive high-voltage output. The held value drifts gradually, so periodic refresh is required.
- Sample-and-hold and high-voltage amplifier circuit design
- Output target: up to 295 V at a 300 V high-voltage rail
- Capacitive-load target: 0–3 nF per output
High-Voltage Amplifier ICs
100-V Class Operational Amplifier
High-voltage analog amplification with output-enable control and a separate control-common connection.
- Supply target: 10–100 V total
- Output-current target: ±50 mA class, thermally limited
- Unity-gain stability and 2.5 MHz small-signal bandwidth targets
High-Voltage Amplifier ICs
60-V Class High-Current Operational Amplifier
High-current analog amplification with unity-gain stability and thermal-status monitoring.
- 60 V total-supply-class target; operating margin required
- Continuous output-current target: ±200 mA, subject to thermal limits
- Unity-gain stability and 3 MHz gain-bandwidth targets
High-Voltage Amplifier ICs
80-V Class 5-A Power Operational Amplifier
High-current analog amplification with an externally set current limit.
- 80 V total-supply-class target; operating margin required
- 5 A continuous-output target, subject to thermal and safe-operating-area limits
- Externally programmable current limit
High-Voltage Amplifier ICs
60-V Class 3-A Power Operational Amplifier
Power analog amplification with adjustable current limiting and an enable/status interface.
- Supply target: 8–60 V total; operating margin required
- 3 A continuous-output target, subject to thermal and safe-operating-area limits
- Output enable/disable and thermal-status interface
Gate Driver ICs
Three-Phase MOSFET Gate Driver IC
Gate-drive control for three-phase bridges built with external N-channel power MOSFETs.
- Six gate outputs for three phases
- 80 V switch-node voltage-class target
- Resistor-programmable deadtime
Gate Driver ICs
Full-Bridge MOSFET Gate Driver IC
Comparator-controlled gate-drive design for an external full bridge, with separate upper and lower turn-on delay controls.
- Gate-drive configuration target: four external MOSFET gates
- 80 V switch-node-class target; temperature and transient margins required
- Separate high-side/low-side turn-on delay targets
Motor & Actuator Driver ICs
Three-Phase Motor Driver IC
A three-phase power-driver design for brushless DC motors and other inductive loads.
- Three integrated power half-bridges
- 60 V power-stage voltage-class target
- Six external pulse-width modulation (PWM) commands
Motor & Actuator Driver ICs
Integrated H-Bridge Motor Driver IC
Integrated motor-power H-bridge design with direction/brake/PWM control, source-current sensing and thermal-warning output.
- Integrated power-stage target: one H-bridge
- Supply target: 12–55 V with transient headroom
- Continuous output-current target: 3 A class, thermally limited
No designs in this selection.