SP68价格

参考价格:¥12.0161

型号:SP688-C 品牌:Panduit 备注:这里有SP68多少钱,2025年最近7天走势,今日出价,今日竞价,SP68批发/采购报价,SP68行情走势销售排行榜,SP68报价。
型号 功能描述 生产厂家 企业 LOGO 操作
SP68

Mounting Capacitors

MACOM

Ultra-Low Power Inverting Voltage Doubler

DESCRIPTION The SP682 is a monolithic charge pump voltage converter that produces a doubled, negative voltage from a single positive supply. The SP682 charge pump outputs a –10V voltage from a +5V input. Three external charge pump capacitors are required to support the voltage conversion and volt

Sipex

3V Low Power Voltage Inverters

DESCRIPTION The SP6828/6829 devices are CMOS Charge Pump Voltage Inverters that can be implemented in designs requiring a negative voltage from a +3V battery source. The SP6828/6829 devices are ideal for both battery-powered and board level voltage conversion applications with a typical operati

Sipex

3V Low Power Voltage Inverters

DESCRIPTION The SP6828/6829 devices are CMOS Charge Pump Voltage Inverters that can be implemented in designs requiring a negative voltage from a +3V battery source. The SP6828/6829 devices are ideal for both battery-powered and board level voltage conversion applications with a typical operati

Sipex

3V Low Power Voltage Inverters

DESCRIPTION The SP6828/6829 devices are CMOS Charge Pump Voltage Inverters that can be implemented in designs requiring a negative voltage from a +3V battery source. The SP6828/6829 devices are ideal for both battery-powered and board level voltage conversion applications with a typical operati

Sipex

3V Low Power Voltage Inverters

DESCRIPTION The SP6828/6829 devices are CMOS Charge Pump Voltage Inverters that can be implemented in designs requiring a negative voltage from a +3V battery source. The SP6828/6829 devices are ideal for both battery-powered and board level voltage conversion applications with a typical operati

Sipex

3V Low Power Voltage Inverters

DESCRIPTION The SP6828/6829 devices are CMOS Charge Pump Voltage Inverters that can be implemented in designs requiring a negative voltage from a +3V battery source. The SP6828/6829 devices are ideal for both battery-powered and board level voltage conversion applications with a typical operati

Sipex

3V Low Power Voltage Inverters

DESCRIPTION The SP6828/6829 devices are CMOS Charge Pump Voltage Inverters that can be implemented in designs requiring a negative voltage from a +3V battery source. The SP6828/6829 devices are ideal for both battery-powered and board level voltage conversion applications with a typical operati

Sipex

3V Low Power Voltage Inverters

DESCRIPTION The SP6828/6829 devices are CMOS Charge Pump Voltage Inverters that can be implemented in designs requiring a negative voltage from a +3V battery source. The SP6828/6829 devices are ideal for both battery-powered and board level voltage conversion applications with a typical operati

Sipex

Ultra-Low Power Inverting Voltage Doubler

DESCRIPTION The SP682 is a monolithic charge pump voltage converter that produces a doubled, negative voltage from a single positive supply. The SP682 charge pump outputs a –10V voltage from a +5V input. Three external charge pump capacitors are required to support the voltage conversion and volt

Sipex

Ultra-Low Power Inverting Voltage Doubler

DESCRIPTION The SP682 is a monolithic charge pump voltage converter that produces a doubled, negative voltage from a single positive supply. The SP682 charge pump outputs a –10V voltage from a +5V input. Three external charge pump capacitors are required to support the voltage conversion and volt

Sipex

Ultra-Low Power Inverting Voltage Doubler

DESCRIPTION The SP682 is a monolithic charge pump voltage converter that produces a doubled, negative voltage from a single positive supply. The SP682 charge pump outputs a –10V voltage from a +5V input. Three external charge pump capacitors are required to support the voltage conversion and volt

Sipex

Ultra-Low Power Inverting Voltage Doubler

DESCRIPTION The SP682 is a monolithic charge pump voltage converter that produces a doubled, negative voltage from a single positive supply. The SP682 charge pump outputs a –10V voltage from a +5V input. Three external charge pump capacitors are required to support the voltage conversion and volt

Sipex

Ultra-Low Power Inverting Voltage Doubler

DESCRIPTION The SP682 is a monolithic charge pump voltage converter that produces a doubled, negative voltage from a single positive supply. The SP682 charge pump outputs a –10V voltage from a +5V input. Three external charge pump capacitors are required to support the voltage conversion and volt

Sipex

Ultra-Low Power Inverting Voltage Doubler

DESCRIPTION The SP682 is a monolithic charge pump voltage converter that produces a doubled, negative voltage from a single positive supply. The SP682 charge pump outputs a –10V voltage from a +5V input. Three external charge pump capacitors are required to support the voltage conversion and volt

Sipex

Low Power Voltage Inverters With Shutdown

DESCRIPTION The SP6830/6831 devices are CMOS Charge Pump Voltage Inverters that can be implemented into designs which require a negative voltage from a battery voltage source as low as +1.15V or a power supply rail voltage as high as +5.3V. The SP6830/6831 devices are ideal for both battery-pow

Sipex

Low Power Voltage Inverters With Shutdown

DESCRIPTION The SP6830/6831 devices are CMOS Charge Pump Voltage Inverters that can be implemented into designs which require a negative voltage from a battery voltage source as low as +1.15V or a power supply rail voltage as high as +5.3V. The SP6830/6831 devices are ideal for both battery-pow

Sipex

Low Power Voltage Inverters With Shutdown

DESCRIPTION The SP6830/6831 devices are CMOS Charge Pump Voltage Inverters that can be implemented into designs which require a negative voltage from a battery voltage source as low as +1.15V or a power supply rail voltage as high as +5.3V. The SP6830/6831 devices are ideal for both battery-pow

Sipex

Low Power Voltage Inverters With Shutdown

DESCRIPTION The SP6830/6831 devices are CMOS Charge Pump Voltage Inverters that can be implemented into designs which require a negative voltage from a battery voltage source as low as +1.15V or a power supply rail voltage as high as +5.3V. The SP6830/6831 devices are ideal for both battery-pow

Sipex

Low Power Voltage Inverters With Shutdown

DESCRIPTION The SP6830/6831 devices are CMOS Charge Pump Voltage Inverters that can be implemented into designs which require a negative voltage from a battery voltage source as low as +1.15V or a power supply rail voltage as high as +5.3V. The SP6830/6831 devices are ideal for both battery-pow

Sipex

Low Power Voltage Inverters With Shutdown

DESCRIPTION The SP6830/6831 devices are CMOS Charge Pump Voltage Inverters that can be implemented into designs which require a negative voltage from a battery voltage source as low as +1.15V or a power supply rail voltage as high as +5.3V. The SP6830/6831 devices are ideal for both battery-pow

Sipex

Low Power Voltage Inverters With Shutdown

DESCRIPTION The SP6830/6831 devices are CMOS Charge Pump Voltage Inverters that can be implemented into designs which require a negative voltage from a battery voltage source as low as +1.15V or a power supply rail voltage as high as +5.3V. The SP6830/6831 devices are ideal for both battery-pow

Sipex

High Speed, High Efficiency Voltage Inverter

DESCRIPTION The SP6832 device is a CMOS Charge Pump Voltage Inverter that can be implemented in designs requiring a negative voltage from a positive source as low as 1.15V. The SP6832 device is ideal for both battery-powered and board level voltage conversion applications with a typical operating

Sipex

Universal High Brightness LED Driver

文件:98.47 Kbytes Page:6 Pages

SYNC-POWER

擎力科技

DC/DC Buck Converter

ETC

知名厂家

Universal High Brightness LED Driver

文件:98.47 Kbytes Page:6 Pages

SYNC-POWER

擎力科技

降压系列

Si-Power

硅动力

Ceramic Capacitors

文件:201.31 Kbytes Page:2 Pages

CDE

Micro Power Inverting Charge Pump

文件:67.3 Kbytes Page:8 Pages

Sipex

3V Low Power Voltage Inverters

文件:258.1 Kbytes Page:17 Pages

Sipex

3V Low Power Voltage Inverters

文件:258.1 Kbytes Page:17 Pages

Sipex

3V Low Power Voltage Inverters

文件:258.1 Kbytes Page:17 Pages

Sipex

3V Low Power Voltage Inverters

文件:258.1 Kbytes Page:17 Pages

Sipex

3V Low Power Voltage Inverters

文件:258.1 Kbytes Page:17 Pages

Sipex

3V Low Power Voltage Inverters

文件:258.1 Kbytes Page:17 Pages

Sipex

3V Low Power Voltage Inverters

文件:258.1 Kbytes Page:17 Pages

Sipex

3V Low Power Voltage Inverters

文件:258.1 Kbytes Page:17 Pages

Sipex

3V Low Power Voltage Inverters

文件:258.1 Kbytes Page:17 Pages

Sipex

3V Low Power Voltage Inverters

文件:258.1 Kbytes Page:17 Pages

Sipex

3V Low Power Voltage Inverters

文件:258.1 Kbytes Page:17 Pages

Sipex

Micro Power Inverting Charge Pump

文件:67.3 Kbytes Page:8 Pages

Sipex

Micro Power Inverting Charge Pump

文件:67.3 Kbytes Page:8 Pages

Sipex

Micro Power Inverting Charge Pump

文件:67.3 Kbytes Page:8 Pages

Sipex

Micro Power Inverting Charge Pump

文件:67.3 Kbytes Page:8 Pages

Sipex

Micro Power Inverting Charge Pump

文件:67.3 Kbytes Page:8 Pages

Sipex

Micro Power Inverting Charge Pump

文件:67.3 Kbytes Page:8 Pages

Sipex

Micro Power Inverting Charge Pump

文件:67.3 Kbytes Page:8 Pages

Sipex

Micro Power Inverting Charge Pump

文件:67.3 Kbytes Page:8 Pages

Sipex

Micro Power Inverting Charge Pump

文件:67.3 Kbytes Page:8 Pages

Sipex

Micro Power Inverting Charge Pump

文件:67.3 Kbytes Page:8 Pages

Sipex

Micro Power Inverting Charge Pump

文件:67.3 Kbytes Page:8 Pages

Sipex

Micro Power Inverting Charge Pump

文件:67.3 Kbytes Page:8 Pages

Sipex

Micro Power Inverting Charge Pump

文件:67.3 Kbytes Page:8 Pages

Sipex

Micro Power Inverting Charge Pump

文件:67.3 Kbytes Page:8 Pages

Sipex

High Speed, High Efficiency Voltage Inverter

文件:212.99 Kbytes Page:15 Pages

Sipex

High Speed, High Efficiency Voltage Inverter

文件:212.99 Kbytes Page:15 Pages

Sipex

High Speed, High Efficiency Voltage Inverter

文件:212.99 Kbytes Page:15 Pages

Sipex

High Speed, High Efficiency Voltage Inverter

文件:212.99 Kbytes Page:15 Pages

Sipex

LOW-POWER OFF-LINE PRIMARY SIDE REGULATION CONTROLLER

文件:442.31 Kbytes Page:8 Pages

SYNC-POWER

擎力科技

LOW-POWER OFF-LINE PRIMARY SIDE REGULATION CONTROLLER

文件:442.31 Kbytes Page:8 Pages

SYNC-POWER

擎力科技

SP68产品属性

  • 类型

    描述

  • 型号

    SP68

  • 功能描述

    变压器音频和信号 10K 10K CT/2K SPLIT PRI/SEC RED SPEC

  • RoHS

  • 制造商

    Skyworks Solutions, Inc.

  • 频率范围

    810 MHz to 960 MHz

  • 绝缘电压

    23 dB

  • 工作温度范围

    - 40 C to + 85 C

  • 端接类型

    SMD/SMT

  • 尺寸

    6 mm L x 4.9 mm W x 1.6 mm H

  • 产品

    Splitters and Combiners

更新时间:2025-11-4 17:47:00
IC供应商 芯片型号 品牌 批号 封装 库存 备注 价格
SIPEX
22+
SOP-8
5000
只做原装,假一赔十
SIPEX
25+
SOP8
3000
全新原装、诚信经营、公司现货销售!
SIPEX
20+
MSOP-8
2960
诚信交易大量库存现货
SIPEX
24+
SOT23
8500
只做原装正品假一赔十为客户做到零风险!!
SIPEX
23+
SOT23-3
50000
只做原装正品
硅动力
24+
4000
原装正品,技术支持
SIPEX
23+
SOT163
30000
代理全新原装现货,价格优势
SYNC
24+
DIP8
5000
全新原装正品,现货销售
SYNCPOW
14+
SOT23-6
3120
一级代理,专注军工、汽车、医疗、工业、新能源、电力
SIPEX
25+
SOP8
18000
原厂直接发货进口原装

SP68数据表相关新闻

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    SP6685ER-L,全新原装当天发货或门市自取0755-82732291.

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    SP6686ER-L,全新原装当天发货或门市自取0755-82732291.

    2020-3-15
  • SP6680EU-评估板手册

    特点 ■对于蜂窝电话的SIM卡应用的理想选择 ■低调,电感器稳压器 ■高达96%的电源效率 ■2.7 V至6.3 V输入电压范围 ■5.8V输出电压 ■60毫安输出电流 ■75μA静态电流 ■4μA的关断电流 ■外部的32.768kHz的时钟输入 ■三个可编程电荷泵频率:8.192kHz,32.768KHZ,和262.14kHz ■内部振荡器,在16.7kHz,当CLK引脚保持高电平 ■节省空间的10 -引脚μSOIC封装

    2012-12-20
  • SP6828-+3 V,低电源电压的逆变器

    特点 99.9%,电压转换效率 1.15 V至4.2 V输入电压范围 1.15 VIN的保证启动 反转输入电压 20mA的静态电流的SP6828 40毫安静态电流的SP6829 25毫安输出电流 12kHz的工作频率的SP6828 35KHZ工作频率的SP6829 理想为3.6 V锂离子电池 应用 反向3.6 V锂离子电池保护 5引脚SOT23封装+3 V低电源电压逆变器 SP6828/6

    2012-12-19
  • SP6832-高转速,高效率的高压变频器

    特点 99.9%,电压转换效率 1.15 V至5.3 V输入电压范围 1.15 VIN的保证启动 反转输入电压 700毫安静态电流 25毫安输出电流 500kHz的工作频率 理想为3.6 V锂离子电池 应用 反向电池保护 5引脚SOT23封装 19W输出电阻 0.1%或0.33μF的电容 SP6832器件是CMOS电荷泵电压逆变器,可以实现在设计需要一个负电压从低如1.

    2012-12-19
  • SP690-低功耗微处理器监控开关与电池

    SP690A/692A/802L/802M/805L/805M是家庭的微处理器(MP)监督电路,集成了无数的分立解决方案中涉及的组件,显示器powersupply电池控制在MP和数字系统的功能。该系列产品将显着与分立解决方案相比,提高了系统的可靠性和运作效率。SP690A/692A/802L/802M/805L/805M功能包括看门狗定时器,MP复位和备份电池切换和电源故障警告,一个完整的MP监测和监视解决方案。该系列产品是在汽车系统,计算机应用的理想选择,控制器,智能仪表。所有的设计,关键是显示器的电源供应MP和它的相关数字组件会发现该系列是一个理想的解决方案。 *

    2012-11-17