HD66720 - Panel Controller/Driver

Product Overview

Hitachi

Datasheet Details

Part number	HD66720
Manufacturer	Hitachi
File Size	429.81 KB
Description	Panel Controller/Driver
Datasheet	HD66720 Datasheet
Additional preview pages of the HD66720 datasheet.

Product details

Description

The HD66720 dot-matrix liquid crystal display controller (LCD) and driver LSI incorporates a key-scan function and an LED display function, and displays alphanumeric character and symbols.

Features

Control and drive of a dot matrix LCD with built-in scanning.
Wide field-of-division display with low duty cycle of 1/9 (1 line) and 1/17 (2 lines).
10-character single line (5 × 8-dot font) and 50-segment display with a single chip (two 8-character line display by setting a register).
Maximum 40-character single line display with extension drivers (see list 1).
Built-in key scan matrix buffer circuit: 5 × 6 (30 keys) input (at strobe cycle: 5 ms to.

📁 Similar Datasheet

HD66724 - (Graphics LCD Controller/Driver with Key Scan Function) (Hitachi Semiconductor)
HD66725 - (Graphics LCD Controller/Driver with Key Scan Function) (Hitachi Semiconductor)
HD66727 - Low-Power Dot-Matrix Liquid Crystal Display Controller/Driver (Hitachi Semiconductor)
HD66728 - 112 x 80-dot Graphics LCD Controller/Driver (Hitachi Semiconductor)
HD66702 - Dot-Matrix Liquid Crystal Display Controller/Driver (Hitachi Semiconductor)
HD66704 - Liquid Crystal Display Controller/Driver (Hitachi Semiconductor)
HD66705U - Low-Power Dot-Matrix Liquid Crystal Display Controller/Driver (Hitachi Semiconductor)
HD66710 - (Dot Matrix Liquid Crystal Display Controller/Driver) (Hitachi Semiconductor)

Other Datasheets by Hitachi

HD66726 - Graphics LCD Controller/Driver
HD66729 - Low-power 105 x 68-dot Graphics LCD Controller/Driver
HD66712 - Dot-Matrix Liquid Crystal Display Controller/Driver
HD66712U - Dot-Matrix Liquid Crystal Display Controller/Driver
HD66726 - Graphics LCD Controller/Driver
HD66729 - Low-power 105 x 68-dot Graphics LCD Controller/Driver

Published: Apr 16, 2018 |