For BusinessPricing
Request a demo

UC3844N-TUDI AI Analysis:
Datasheet, Specs, Alternatives & ECAD

AI summary

UC3844N-TUDI product

UC3844N-TUDI

DC DC Switching Controllers

UC3844current-mode PWMDIP-8offline converterDC-DC controller50% duty cycle

UC3844N-TUDI is a DIP-8 current-mode PWM controller for offline and DC-DC converter designs requiring a maximum 50% duty cycle.

Best for

  • Offline current-mode converter control
  • DC-DC converters with duty cycle at or below 50%
  • Through-hole DIP-8 power-control designs

Avoid if

  • A controller with duty cycle above 50% is required
  • The available startup rail cannot reach approximately 16 V

Check before use

  • VCC startup and hold-up voltage
  • Current-sense resistor and noise filtering
  • Oscillator RT/CT selection
  • Control-loop compensation

Key specifications

PWM control method
Current mode
Maximum duty cycle
50% maximum
UVLO thresholds
16.0 V on / 10.0 V off typical
Reference output
5.0 V typical
Package
DIP-8

Compliance & Environment

RoHS
-
REACH
-
MSL
-
ECCN
-
HTSUS
-

Application

Offline power convertersDC-DC convertersIndustrial power control

Datasheet

1ee48654c4fea4b5664af60e446309ff_UC3844N-TUDI.pdf

800 KB

Datasheet AI

CAD Models

Download ECAD models for UC3844N-TUDI: KiCad symbol & footprint, Altium footprint, PCB footprint, and 3D model.

EDA Symbol
Schematic symbol for your EDA tool
Get Files
PCB Footprint
Land pattern for PCB layout
Get Files
3D Model
STEP file for mechanical design
Get Files
KiCad Library
Verified KiCad 8 symbol, footprint, and 3D model
Generate library

Login required · CAD models billed separately as an add-on

Alternative components

Alternatives are being enriched. Analyze this part in PartGenie for the latest matches.

Design and risk insights

Questions & answers

UC3844N-TUDI is a fixed-frequency current-mode PWM controller from TD in an 8-pin DIP package. It integrates an oscillator, 5 V reference, error amplifier, current-sense comparator, PWM latch, undervoltage lockout, and MOSFET gate-drive output.