WMSIC Electronic Components

XBLW CD4060BDTR

ModelCD4060BDTR(XBLW)
PackageSOP-16
BrandXBLW
Price Price on request Electronic component prices change quickly with market supply and demand. Please refer to the latest WMSIC quotation for current pricing.
Configuration
1 options
Configuration 25+

Available for RFQ

Technical data

Product details

19 specifications

Core information

Product name
XBLW CD4060BDTR(XBLW)
Type
XBLW
Minimum package
2500 圆盘

Technical parameters

Electronic Component
Electronic Component
Electronic Component
XBLW
Electronic Component
CD4060BDTR(XBLW)
Electronic Component
1
Package
SOP-16
Electronic Component
Counter / Divider
Electronic Component
0.297g
Electronic Component
Electronic Component
Electronic Component
1
Features
positions; Static
Electronic Component
BM0265609046
Reset
Electronic Component
Operating Temperature
40℃~+85℃
Operating Voltage
3V~15V
Electronic Component
12MHz
Electronic Component
Electronic Component

For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.

CD4060BDTR(XBLW)14级二进制波纹计数器/振荡器产品概述

一、产品核心功能定位

CD4060BDTR是芯伯乐(XBLW)推出的14级二进制波纹计数器+集成RC振荡器复合逻辑器件,采用CMOS工艺制造,具备异步复位、下降沿触发、宽电压工作等特性。其核心作用是将输入时钟(或内部振荡信号)进行14级二进制分频,同时支持异步清零,可替代传统“计数器+振荡器”的分立方案,简化电路设计,降低成本。

二、关键性能参数

该器件核心参数如下(典型值/额定值):

参数项 规格要求 备注 逻辑类型 14级二进制波纹计数器+振荡器 内部集成振荡电路,支持外部RC或时钟输入 工作电压范围 3V ~ 15V 兼容3.3V/5V/12V系统,无需电平转换 触发方式 时钟下降沿触发 级联为波纹计数,异步计时无同步延迟 复位方式 异步高有效复位 复位时所有计数级立即清零,与时钟无关 最高计数速率 12MHz(典型值) 随工作电压升高,计数速率线性提升 传播延迟(tpd) 100ns(5V下典型值) 信号输入到输出的延迟时间,满足高速需求 工作温度范围 -40℃ ~ +85℃ 工业级温度适应性,覆盖 harsh环境 封装形式 SOP-16(窄体) 贴片封装,适配常规PCB焊接与小型化设计

三、引脚功能与封装说明

采用SOP-16贴片封装,引脚布局紧凑,核心功能如下:

  1. 电源端:Pin16(VDD)、Pin7(GND)—— 供电输入,需匹配3V~15V电压;
  2. 异步复位端:高有效异步复位(具体引脚需参考 datasheet,使用时需接稳定电平,避免悬空);
  3. 振荡器接口:Pin1(OSCIN)、Pin2(OSCOUT)、Pin3(OSCIN2)—— 外接RC网络(电阻R、电容C)可构成振荡电路,振荡频率近似公式:f ≈ 1/(2.3×R×C);
  4. 计数输出端:Pin4Pin15(Q4Q14)—— 14级计数的级联输出,Q1~Q3为内部振荡计数级(未引出),每级分频比为2^n(n为级数)。

四、典型应用场景

该器件因集成度高、功耗低(CMOS工艺),广泛用于以下场景:

4.1 定时电路设计

  • 例:厨房电子定时器——外接R=1MΩ、C=10μF的RC网络,振荡频率≈43Hz,经14级分频后得到约16分钟定时;异步复位端接按键,触发后清零重新计时。

4.2 分频器应用

  • 例:12MHz时钟分频——输入12MHz时钟(或内部振荡器产生),经14级分频后输出12MHz/(2^14)≈732Hz,可用于驱动LED闪烁或低频信号源。

4.3 微控制器辅助定时

  • 替代MCU内部定时器,降低MCU负载:比如工业设备的间歇工作定时,通过CD4060分频后输出脉冲,触发MCU中断,无需MCU持续计时。

4.4 脉冲计数与频率检测

  • 异步计数特性适合高速脉冲计数(最高12MHz),可用于流量传感器、转速计等场景的脉冲累计。

五、使用注意事项

  1. 电源与复位:避免电源电压超过15V,复位端需接稳定电平(GND为正常工作,VDD为复位),不可悬空;
  2. 振荡器设计:RC网络的R选1kΩ~1MΩ(功率≥1/8W),C选100pF~10μF(陶瓷/电解电容),避免高ESR电容影响振荡稳定性;
  3. 防静电:CMOS器件对静电敏感,焊接/存储时需接地、使用防静电袋;
  4. 温度适应性:-40℃~+85℃为额定工作温度,超出范围可能导致性能下降。

六、产品优势

  1. 集成度高:内置振荡器,无需外部晶振/分立计数器,减少PCB面积与成本;
  2. 宽电压适配:3V~15V覆盖主流嵌入式系统,兼容性强;
  3. 工业级可靠性:-40℃~+85℃温度范围,满足工业现场需求;
  4. 低功耗:CMOS工艺静态功耗极低(典型值μA级),适合电池供电设备。

该器件已通过工业级可靠性测试,广泛应用于消费电子、工业控制、智能家居等领域,是定时/分频场景的高性价比选择。

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