High-Speed Op-Amps | Audio amplifiers, data acquisition systems | Bandwidth: 30 MHz (Industry Standard) vs 35 MHz (Our Base) vs 50 MHz (Our Advanced ▲15 MHz) Supply Voltage: ±15V (Industry) vs ±18V (Base) vs ±36V (Advanced ▲18V)
| Industry-leading speed for high-frequency signals; robust voltage handling. | Higher cost compared to general-purpose alternatives. |
Low-Noise Op-Amps | Medical devices, precision instruments | Noise Level: 10 nV/√Hz (Industry) vs 7 nV/√Hz (Base ▲3 nV) vs 5 nV/√Hz (Advanced ▲2 nV) Offset Voltage: 5 mV (Industry) vs 2 mV (Base ▲3 mV) vs 0.5 mV (Advanced ▲1.5 mV) | Ultra-low noise for critical signal integrity; superior accuracy in measurements. | Requires careful PCB layout to maintain performance. |
High-Voltage Op-Amps | Industrial control systems | Supply Voltage: ±15V (Industry) vs ±18V (Base ▲3V) vs ±36V (Advanced ▲18V) Current Drive: 25 mA (Industry) vs 30 mA (Base) vs 40 mA (Advanced ▲10 mA) | Handles extreme voltages; ideal for rugged environments. | Larger package size; higher thermal dissipation requirements. |
General-Purpose Op-Amps | Educational projects, basic circuits | Bandwidth: 1 MHz (Industry) vs 35 MHz (Base ▲34 MHz) vs 50 MHz (Advanced ▲15 MHz) Supply Current: 1 mA (Industry) vs 0.8 mA (Base) vs 0.5 mA (Advanced ▲0.3 mA) | Cost-effective; versatile for simple applications. | Inadequate for high-speed or precision tasks. |
Precision Op-Amps | Instrumentation, test equipment | Offset Voltage: 5 mV (Industry) vs 2 mV (Base ▲3 mV) vs 0.5 mV (Advanced ▲1.5 mV) Common-Mode Rejection: 80 dB (Industry) vs 95 dB (Base) vs 110 dB (Advanced ▲15 dB) | Minimal drift for long-term stability; high accuracy. | Sensitive to power supply noise; complex calibration needed. |
Low-Power Op-Amps | Battery-operated devices | Supply Current: 1 mA (Industry) vs 0.8 mA (Base ▲0.2 mA) vs 0.5 mA (Advanced ▲0.3 mA) Quiescent Current: 500 μA (Industry) vs 300 μA (Base) vs 150 μA (Advanced ▲150 μA) | Prolongs battery life; ideal for portable devices. | Compromised bandwidth and output drive capability. |