Datasheet4U Logo Datasheet4U.com

ML9272 - 40-Bit Vacuum Fluorescent Display Tube Grid/Anode Driver

Description

The ML9272 is a monolithic IC designed for directly driving the grids and anodes of the vacuum fluorescent display tube.

The device contains a 40-bit bidirectional shift register, a 40-bit latch circuit, and 40-output circuit on a single chip.

Features

  • Logic Supply Voltage (VDD) : 3.3V10%or5V10%.
  • Driver Supply Voltage (VDISP) : 65V.
  • Driver Output Current : IOHVH1 (Only one driver output:.

📥 Download Datasheet

Datasheet Details

Part number ML9272
Manufacturer LAPIS
File Size 120.34 KB
Description 40-Bit Vacuum Fluorescent Display Tube Grid/Anode Driver
Datasheet download datasheet ML9272 Datasheet

📁 Similar Datasheet

Part Number Description Manufacturer
ML927 (ML926 / ML927) Remote Control Receivers Plessey Semiconductors
ML9203 5 x 7 Dot Character x 16-Digit x 2-Line Display Controller/Driver with Character RAM OKI electronic componets
ML9203-01 5 x 7 Dot Character x 16-Digit x 2-Line Display Controller/Driver OKI
ML9203-xx 5 x 7 Dot Character x 16-Digit x 2-Line Display Controller/Driver OKI electronic componets
ML9204-01 5 x 7 Dot Character x 24-Digit x 2-Line Display Controller/Driver OKI

Other Datasheets by LAPIS

Part Number Description
ML9208 5 x 7 Dot Character x 16-Digit Display Controller/Driver
ML9208-01 5 x 7 Dot Character x 16-Digit Display Controller/Driver
ML9212 32-Bit Duplex/Triplex (1/2 duty / 1/3 duty) VF Controller/Driver
ML9213 56-Bit Duplex/Triplex (1/2 duty/1/3 duty) VFD Controller/Driver
ML9289-01 Vacuum fluorescent display tube controller driver

Full PDF Text Transcription

Click to expand full text
LAPIS Semiconductor ML9272 40-Bit Vacuum Fluorescent Display Tube Grid/Anode Driver FEDL9272-02 Issue Date: Mar. 3, 2014 GENERAL DESCRIPTION The ML9272 is a monolithic IC designed for directly driving the grids and anodes of the vacuum fluorescent display tube. The device contains a 40-bit bidirectional shift register, a 40-bit latch circuit, and 40-output circuit on a single chip. Display data is serially stored in the shift register at the rising edge of a CLOCK pulse. Setting the CL pin low allows all the driver outputs to be driven low, which makes it possible to set the display blanking. Also, setting both of the CL and CHG pins high allows all the driver outputs to be driven high, which provides the easy testing of all lights after final assembly of a VFD tube panel.
Published: |