ROHM KD3002-DF10A Printhead Datasheet

KD3002-DF10A is a high-speed thick-film thermal printhead that uses a new high-density driver chip. It can be used for both thermal and thermal transfer printing, with a print speed of 200mm/s, the fastest in its class. This high-speed and high-density printing meets the needs of ATMs, kiosks, and ticket printers, which are increasingly being called upon to produce graphical output.


ROHM KD3002-DF10A Printhead Datasheet - cover page
Brand
ROHM
Category
Printer
Document type
Datasheet
Language
English
Pages
5
File format
PDF
File size
79 KB
Published
01 June, 2012
Updated
30 September, 2023
MD5 checksum
C548B12C8FE56376E02E61177D14F05A

About this manual

The KD3002-DF10A is a compact high‑speed thick‑film thermal printhead designed for label, ticket and terminal printers. It supports both thermal and thermal‑transfer printing and achieves a print speed of 200 mm/s, making it suitable for ATM, kiosk and ticket‑printing devices.

The datasheet details electrical characteristics, pin assignments, dimensions and performance curves. Key specifications such as a 54.208 mm effective printing width, 0.0847 mm dot pitch, and a maximum clock frequency of 16 MHz are provided to aid designers in integrating the printhead into their systems.

What's inside

  • Applications
  • Features
  • Dimensions
  • Equivalent circuit
  • Pin assignments
  • Timing chart
  • Characteristics
  • Electrical characteristic curves
  • Appendix

Specifications

Effective printing width54.208 mm
Dot pitch0.0847 mm
Total dot number640 dots
Average resistance value1000 Ω
Applied voltage24 V
Applied power0.53 W
Print cycle0.82 ms
Maximum clock frequency16 MHz
Operating temperature5 to 45 °C

Frequently asked questions

What is the print speed of the KD3002-DF10A?

The KD3002-DF10A can print at a speed of 200 mm/s.

What driving voltage range does the KD3002-DF10A require?

It requires a driving voltage between 3.15 V and 5.25 V.

How many dots can be energized simultaneously in the KD3002-DF10A?

Up to 640 dots can be energized at the same time.

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