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MIK3843A - CURRENT MODE PWM CONTROLLER

Download the MIK3843A datasheet PDF (MIK3842A included). The manufacturer datasheet provides complete specifications, pinout details, electrical characteristics, and typical applications for current mode pwm controller.

Description

MIK3842A, MIK3843A, MIK3844A and MIK3845A are high performance with fixed frequency current mode PWM controllers.

They are specially designed for off-Line and DC-to-DC converter applications with minimum external components.

Features

  • Low Start-Up and Operating Current.
  • Automatic Feed Forward Compensation.
  • Current Mode Operating Frequency up to 500KHz.
  • Trimmed Oscillator Discharge Current for Precise Duty Cycle Control.
  • Latching PWM for Cycle-By-Cycle Current Limiting.
  • Under Voltage Lockout with Hysteresis.
  • High Current totem Pole Output Stage Available Options Device Start-UP Hysteresis Voltage MIK3842A MIK3843A MIK3844A MIK3845A 16V 8.4V 16V 8.4V 6V 0.8V 6V 0.8V Max. Duty Cycle <.

📥 Download Datasheet

Note: The manufacturer provides a single datasheet file (MIK3842A-Mikron.pdf) that lists specifications for multiple related part numbers.

Datasheet Details

Part number MIK3843A
Manufacturer Mikron
File Size 494.01 KB
Description CURRENT MODE PWM CONTROLLER
Datasheet download datasheet MIK3843A Datasheet
Other Datasheets by Mikron

Full PDF Text Transcription

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MIK3842A, MIK3843A MIK3844A, MIK3845A CURRENT MODE PWM CONTROLLER Description MIK3842A, MIK3843A, MIK3844A and MIK3845A are high performance with fixed frequency current mode PWM controllers. They are specially designed for off-Line and DC-to-DC converter applications with minimum external components. These devices feature a trimmed oscillator for precise duty cycle control, a temperature compensated reference, high gain error amplifier, current sensing comparator, and high current totem pole output which is suitable for driving MOSFETs. The under voltage lock-out (U.V.L.O.) is designed to operated with 0.17mA typ. start-up current, allowing an efficient bootstrap supply voltage design. The U.V.L.O.
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