LC75832E

购买收藏

LCD Driver, 1/2 Duty, Static Drive

制造商：ON

中文数据手册

产品信息

The LC75832E is a static drive or 1/2-duty drive, microcontroller-controlled general-purpose LCD driver that can be used in applications such as frequency display in products with electronic tuning. In addition to being capable to drive up to 108 segments directly, they can control up to 4 general-purpose output ports. Since the LC75832E use separate power supply systems for the LCD drive block and the logic block, the LCD driver block power-supply voltage can be set to any voltage in the range 2.7 to 6.0 volts, regardless of the logic block power-supply voltage.

Serial data control of switching between static drive mode and 1/2 duty drive mode.
Up to 54 segments can be displayed in static drive (1/1 duty) mode and up to 108 segments can be displayed in 1/2 duty drive mode.
Serial data input supports 'computer control bus' format communication with the system controller.
Serial data control of the power-saving mode based backup function and the all segments forced off function.
Serial data control of switching between the segment output port and general-purpose output port functions (up to 4 general-purpose output ports).
Serial data control of the frame frequency of the common and segment output waveforms.
Either RC oscillator operating or external clock operating mode can be selected with the serial control data.
High generality, since display data is displayed directly without the intervention of a decoder circuit.
Independent VLCD for the LCD driver block (VLCD can be set to any voltage in the range of 2.7 to 6.0 volts. )regardless of the logic block supply-voltage.
The INH pin allows the display to be forced to the off state.
Allows compatible operation with the LC75822 (822 mode transfer function).

在线购买

型号	制造商	描述	购买
LC75832E-E	ON	IC LCD DISPLAY DRIVER 64QLP	立即购买
LC75832EH-E	ON	ICLCDDISPLAYDRIVER	立即购买
LC75832ES-E	ON	ICLCDDISPLAYDRIVER	立即购买

技术资料

标题	类型	大小（KB）	下载
PQFP64 14x14 / QIP64E	PDF	61	点击下载
Static Drive, 1/2-Duty Drive General-Purpose LCD Driver	PDF	376	点击下载

应用案例更多案例

lc振荡电路和lc谐振电路有什么区别？lc振荡电路的原理及特点详解
LC振荡电路，是指用电感L、电容C组成选频网络的振荡电路，用于产生高频正弦波信号，常见的LC正弦波振荡电路有变压器反馈式LC振荡电路、电感三点式LC振荡电路和电容三点式LC振荡电路。
2018-07-19
LC滤波电路分析，LC滤波电路原理及其时间常数的计算
LC滤波器具有结构简单、设备投资少、运行可靠性较高、运行费用较低等优点，应用很广泛。 LC滤波器又分为单调谐滤波器、高通滤波器、双调谐滤波器及三调谐滤波器等几种。
2017-05-04
lc振荡电路分析_lc振荡电路工作原理及特点分析
LC振荡电路，是指用电感L、电容C组成选频网络的振荡电路，用于产生高频正弦波信号，常见的LC正弦波振荡电路有变压器反馈式LC振荡电路、电感三点式LC振荡电路和电容三点式LC振荡电路。LC振荡电路的辐射功率是和振荡频率的...
2018-01-23
lc振荡电路频率怎么计算_lc振荡电路频率计算（计算公式）
LC振荡电路，是指用电感L、电容C组成选频网络的振荡电路，用于产生高频正弦波信号，常见的LC正弦波振荡电路有变压器反馈式LC振荡电路、电感三点式LC振荡电路和电容三点式LC振荡电路。LC振荡电路的辐射功率是和振荡频率的...
2018-01-23
LC Uniboot相比于常规的LC光纤连接器有什么优势
普通的LC双芯连接器一般是由两个LC单芯连接器通过夹子组成的，每个连接器里面都是单根光纤。
2020-04-13
LC谐振频率计算公式 LC串联和并联谐振频率计算
本文介绍LC谐振频率计算公式，LC串联谐振频率、LC并联谐振频率计算方法。
2016-10-10
lc正弦波振荡电路详解_LC正弦波振荡电路振荡的判断方法
　LC正弦波振荡电路与RC桥式正弦波振荡电路的组成原则在本质上是相同的，只是选频网络采用LC电路。在LC振荡电路中，当f=f0时，放大电路的放大倍数数值最大，而其余频率的信号均被衰减到零；引入正反馈后，使反馈电压作为...
2018-01-23
LC谐振回路解析，LC谐振回路的选频特性
　LC谐振回路是高频电路里最常用的无源网络，包括并联回路和串联回路两种结构类型。利用LC谐振回路的幅频特性和相频特性，不仅可以进行选频，即从输入信号中选择出有用频率分量而抑制掉无用频率分量或噪声（例如在选...
2017-05-04

系列产品索引查看所有产品

LC75106V	LPS25H	LAN9210	LB1845
LMH6619-Q1	LMT84	LMP8603	LC75841PE
LMP7701	L3G4200D	LM741QML	LC75833W
LMK04806	LC79431KNE	LMX2492-Q1	LIS302DL
LM111QML	LC898212XD	LP0701	LM614-MIL

元器件商品{{ gnNumber + hkNumber }}