Precision Rail-to-Rail Input and Output Op Amp Features: Rail-to-Rail Input and Output 90µV VOS(MAX) for VCM = V– to V+ High Common Mode Rejection Ratio: 97dB Min C-Load™ Stable Version (LT1219) High AVOL: 500V/mV Minimum Driving 10kΩ Load Wide Supply Range: 2V to ±15V (LT1218/LT1219) 2V to ±5V (LT1218L/LT1219L) Shutdown Mode: IS < 30µA Low Supply Current: 420µA Max Low Input Bias Current: 18nA Typical 300kHz Gain-Bandwidth Product (LT1218) Slew Rate: 0.10V/µs (LT1218)

Precision Rail-to-Rail Input and Output Op Amps Features: Rail-to-Rail Input and Output 90µV VOS(MAX) for VCM = V- to V+ High Common Mode Rejection Ratio: 97dB Min C-Load™ Stable Version (LT1219) High AVOL: 500V/mV Minimum Driving 10k Load Wide Supply Range: 2V to ±15V (LT1218/LT1219) 2V to ±5V (LT1218L/LT1219L) Shutdown Mode: IS < 30µA Low Supply Current: 420µA Max Low Input Bias Current: 18nA Typical 300kHz Gain-Bandwidth Product (LT1218) Slew Rate: 0.10V/µs (LT1218)

45MHz, 250V/s Operational Amplifier Features: Gain-Bandwidth: 45MHz Unity-Gain Stable Slew Rate: 250V/µs C-Load™ Op Amp Drives Capacitive Loads Maximum Input Offset Voltage: 1mV Maximum Input Bias Current: 300nA Maximum Input Offset Current: 300nA Minimum Output Swing Into 500Ω: ±12V Minimum DC Gain: 20V/mV, RL = 500Ω Settling Time to 0.1%: 75ns, 10V Step Settling Time to 0.01%: 95ns, 10V Step Differential Gain: 0.1%, AV = 2, RL = 150Ω Differential Phase: 0.2°, AV = 2, RL = 150Ω

500MHz, 3nV/Hz, AV 10 Operational Amplifier Features: Gain-Bandwidth: 500MHz Gain of 10 Stable Uncompensated Slew Rate: 200V/μs Input Noise Voltage: 3nV/√Hz C-Load™ Op Amp Drives Capacitive Loads External Compensation Pin Maximum Input Offset Voltage: 300μV Maximum Input Bias Current: 300nA Maximum Input Offset Current: 300nA Minimum Output Swing Into 500Ω: ±12V Minimum DC Gain: 100V/mV, RL = 500Ω Settling Time to 0.1%: 75ns, 10V Step Settling Time to 0.01%: 120ns, 10V Step Differential Gain: 0.4%, AV = 2, RL = 150Ω Differential Phase: 0.1°, AV = 2, RL = 150Ω

100MHz Current Feedback Amplifier Features: 100MHz Bandwidth at AV = 1 1000V/µs Slew Rate Wide Supply Range: ±5V to ±15V 1mV Input Offset Voltage 1µA Input Bias Current 5MΩ Input Resistance 75ns Settling Time to 0.1% 50mA Output Current 6mA Quiescent Current Available in 8-Lead Plastic DIP and SO Packages

Dual 100MHz Current Feedback Amplifiers Features: 100MHz Bandwidth 1000V/µs Slew Rate Low Cost 30mA Output Drive Current 0.04% Differential Gain 0.1° Differential Phase High Input Impedance: 25MΩ, 3pF Wide Supply Range: ±2V to ±15V Low Supply Current: 6mA Per Amplifier Inputs Common Mode to Within 1.5V of Supplies Outputs Swing Within 0.8V of Supplies

Precision Reference Features: Ultra-Low Drift: 5ppm/°C Max Trimmed to High Accuracy: 0.05% Max Industrial Temperature Range SO Package Operates in Series or Shunt Mode Pin Compatible with AD586, AD587 Output Sinks and Sources in Series Mode Very Low Noise < 1ppm P-P (0.1Hz to 10Hz) 100% Noise Tested > 100dB Ripple Rejection

Precision Reference Features: Ultra-Low Drift: 5ppm/°C Max Trimmed to High Accuracy: 0.05% Max Industrial Temperature Range SO Package Operates in Series or Shunt Mode Pin Compatible with AD586, AD587 Output Sinks and Sources in Series Mode Very Low Noise < 1ppm P-P (0.1Hz to 10Hz) 100% Noise Tested > 100dB Ripple Rejection

5V RS232 Transceiver with Advanced Power Management and One Receiver Active in Shutdown Features: One Receiver Remains Active While in Shutdown ESD Protection over ±15kV Uses Small Capacitors: 0.1µF, 0.2µF, 1.0µF 60µA Supply Current in Shutdown Pin-Compatible with LT1137A 120kBaud Operation for RL = 3k, CL = 2500pF 250kBaud Operation for RL = 3k, CL = 1000pF Operates to 120kBaud CMOS Comparable Low Power 30mW Operates from a Single 5V Supply Easy PC Layout—Flowthrough Architecture Rugged Bipolar Design Outputs Assume a High Impedance State When Off or Powered Down Absolutely No Latchup Available in SO and SSOP Packages

5V RS232 Transceiver with Advanced Power Management and One Receiver Active in Shutdown Features: One Receiver Remains Active While in Shutdown ESD Protection over ±15kV Uses Small Capacitors: 0.1µF, 0.2µF, 1.0µF 60µA Supply Current in Shutdown Pin-Compatible with LT1137A 120kBaud Operation for RL = 3k, CL = 2500pF 250kBaud Operation for RL = 3k, CL = 1000pF Operates to 120kBaud CMOS Comparable Low Power 30mW Operates from a Single 5V Supply Easy PC Layout—Flowthrough Architecture Rugged Bipolar Design Outputs Assume a High Impedance State When Off or Powered Down Absolutely No Latchup Available in SO and SSOP Packages

High Speed Current Mode Pulse Width Modulators Features: Low Start-Up Current: <250µA 50ns Current Sense Delay Current Mode Operation: To 500kHz Pin Compatible with UC1842 Series Undervoltage Lockout with Hysteresis No Cross-Conduction Current Trimmed Bandgap Reference 1A Totem Pole Output Trimmed Oscillator Frequency and Sink Current Active Pull-Down on Reference and Output During Undervoltage Lockout High Level Output Clamp: 18V Current Sense Leading Edge Blanking

High Speed Current Mode Pulse Width Modulators Features: Low Start-Up Current: <250µA 50ns Current Sense Delay Current Mode Operation: To 500kHz Pin Compatible with UC1842 Series Undervoltage Lockout with Hysteresis No Cross-Conduction Current Trimmed Bandgap Reference 1A Totem Pole Output Trimmed Oscillator Frequency and Sink Current Active Pull-Down on Reference and Output During Undervoltage Lockout High Level Output Clamp: 18V Current Sense Leading Edge Blanking

High Speed Current Mode Pulse Width Modulators Features: Low Start-Up Current: <250µA 50ns Current Sense Delay Current Mode Operation: To 500kHz Pin Compatible with UC1842 Series Undervoltage Lockout with Hysteresis No Cross-Conduction Current Trimmed Bandgap Reference 1A Totem Pole Output Trimmed Oscillator Frequency and Sink Current Active Pull-Down on Reference and Output During Undervoltage Lockout High Level Output Clamp: 18V Current Sense Leading Edge Blanking

High Speed Current Mode Pulse Width Modulators Features: Low Start-Up Current: <250µA 50ns Current Sense Delay Current Mode Operation: To 500kHz Pin Compatible with UC1842 Series Undervoltage Lockout with Hysteresis No Cross-Conduction Current Trimmed Bandgap Reference 1A Totem Pole Output Trimmed Oscillator Frequency and Sink Current Active Pull-Down on Reference and Output During Undervoltage Lockout High Level Output Clamp: 18V Current Sense Leading Edge Blanking

High Speed Current Mode Pulse Width Modulators Features: Low Start-Up Current: <250µA 50ns Current Sense Delay Current Mode Operation: To 500kHz Pin Compatible with UC1842 Series Undervoltage Lockout with Hysteresis No Cross-Conduction Current Trimmed Bandgap Reference 1A Totem Pole Output Trimmed Oscillator Frequency and Sink Current Active Pull-Down on Reference and Output During Undervoltage Lockout High Level Output Clamp: 18V Current Sense Leading Edge Blanking

Advanced Low Power 5V RS232 Drivers/Receivers with Small Capacitors (Includes LT1130 thru LT1141) Features: ESD Protection over ±10kV (±15kV IEC-1000-4-2 for LT1133A, LT1137A and LT1141A) Uses Small Capacitors: 0.1µF, 0.2µF 1µA Supply Current in SHUTDOWN 120kbaud Operation for RL = 3k, CL = 2500pF 250kbaud Operation for RL = 3k, CL = 1000pF CMOS Comparable Low Power Easy PC Layout: Flowthrough Architecture Rugged Bipolar Design: Absolutely No Latchup Outputs Assume a High Impedance State When Off or Powered Down Improved Protection: RS232 I/O Lines Can Be Forced to ±30V Without Damage Output Overvoltage Does Not Force Current Back into Supplies Available in SO and SSOP Packages

Advanced Low Power 5V RS232 Drivers/Receivers with Small Capacitors (Includes LT1130 thru LT1141) Features: ESD Protection over ±10kV (±15kV IEC-1000-4-2 for LT1133A, LT1137A and LT1141A) Uses Small Capacitors: 0.1µF, 0.2µF 1µA Supply Current in SHUTDOWN 120kbaud Operation for RL = 3k, CL = 2500pF 250kbaud Operation for RL = 3k, CL = 1000pF CMOS Comparable Low Power Easy PC Layout: Flowthrough Architecture Rugged Bipolar Design: Absolutely No Latchup Outputs Assume a High Impedance State When Off or Powered Down Improved Protection: RS232 I/O Lines Can Be Forced to ±30V Without Damage Output Overvoltage Does Not Force Current Back into Supplies Available in SO and SSOP Packages

Advanced Low Power 5V RS232 Drivers/Receivers with Small Capacitors (Includes LT1130 thru LT1141) Features: ESD Protection over ±10kV (±15kV IEC-1000-4-2 for LT1133A, LT1137A and LT1141A) Uses Small Capacitors: 0.1µF, 0.2µF 1µA Supply Current in SHUTDOWN 120kbaud Operation for RL = 3k, CL = 2500pF 250kbaud Operation for RL = 3k, CL = 1000pF CMOS Comparable Low Power Easy PC Layout: Flowthrough Architecture Rugged Bipolar Design: Absolutely No Latchup Outputs Assume a High Impedance State When Off or Powered Down Improved Protection: RS232 I/O Lines Can Be Forced to ±30V Without Damage Output Overvoltage Does Not Force Current Back into Supplies Available in SO and SSOP Packages

Advanced Low Power 5V RS232 Drivers/Receivers with Small Capacitors (Includes LT1130 thru LT1141) Features: ESD Protection over ±10kV (±15kV IEC-1000-4-2 for LT1133A, LT1137A and LT1141A) Uses Small Capacitors: 0.1µF, 0.2µF 1µA Supply Current in SHUTDOWN 120kbaud Operation for RL = 3k, CL = 2500pF 250kbaud Operation for RL = 3k, CL = 1000pF CMOS Comparable Low Power Easy PC Layout: Flowthrough Architecture Rugged Bipolar Design: Absolutely No Latchup Outputs Assume a High Impedance State When Off or Powered Down Improved Protection: RS232 I/O Lines Can Be Forced to ±30V Without Damage Output Overvoltage Does Not Force Current Back into Supplies Available in SO and SSOP Packages

Advanced Low Power 5V RS232 Drivers/Receivers with Small Capacitors (Includes LT1130 thru LT1141) Features: ESD Protection over ±10kV (±15kV IEC-1000-4-2 for LT1133A, LT1137A and LT1141A) Uses Small Capacitors: 0.1µF, 0.2µF 1µA Supply Current in SHUTDOWN 120kbaud Operation for RL = 3k, CL = 2500pF 250kbaud Operation for RL = 3k, CL = 1000pF CMOS Comparable Low Power Easy PC Layout: Flowthrough Architecture Rugged Bipolar Design: Absolutely No Latchup Outputs Assume a High Impedance State When Off or Powered Down Improved Protection: RS232 I/O Lines Can Be Forced to ±30V Without Damage Output Overvoltage Does Not Force Current Back into Supplies Available in SO and SSOP Packages