Categories
  • Analog Switches - Special Purpose(279)
View Mode:result_1_0result_1_1result_2_0result_2_1
Email

Leave Us A Message!

We`re not around but we still want to hear from you! Leave us a note:

SEND
EmailWhatsApp
*You can contact us directly on WhatsApp!
  • img

    PI3USB3102QZLEX

    USB3 SWITCH W-QFN3060-32

    Diodes Incorporated

  • img

    PI3SSD1914NKE+DX

    DDR SWITCH TFBGA-115

    Diodes Incorporated

  • img

    PI3DBS16413ZHEX-55

    PCIE SWITCH V-QFN3590-42

    Diodes Incorporated

  • img

    PI3DBS16412ZLCEX-55

    PCIE SWITCH W-QFN3060-40

    Diodes Incorporated

  • img

    PI3USB31534ZTFEX

    IC SWITCH USB3 U-QFN2545-34

    Diodes Incorporated

  • img

    PI3SSD1624NMEX

    DDR SWITCH T-FBGA8080-144 T&R 2.

    Diodes Incorporated

  • img

    PI2DDR321ZLEX

    DDR SWITCH W-QFN1316-10 T&R 3.5K

    Diodes Incorporated

  • img

    PI3WVR12412ZHE+DRX

    DISPLAY SWITCH V-QFN3590-42 T&R

    Diodes Incorporated

  • img

    PI3PCIE3412AZLE

    PCIE SWITCH W-QFN3060-40 TRAY 49

    Diodes Incorporated

  • img

    PI3USB302-AUWF

    WAFER USB3 SWITCH 0.18UM CMOS

    Diodes Incorporated

  • img

    PI3PCIE3412ZHE+DAX

    PCIE SWITCH V-QFN3590-42 T&R 3.5

    Diodes Incorporated

  • img

    PI3PCIE3412AZHE

    PCIE SWITCH V-QFN3590-42 TRAY 40

    Diodes Incorporated

  • img

    PI5USB2544AZHE

    IC USB HOST CONTROLLER 16TQFN

    Diodes Incorporated

  • img

    PI3VST01UEX

    IC HPD SIGNAL GEN VGA 8-MSOP

    Diodes Incorporated

  • img

    PI3VST01UE

    IC HPD SIGNAL GEN VGA 8-MSOP

    Diodes Incorporated

  • img

    PI3VDP3212ZLE+DAX

    IC DEMULTIPLEXER 2LANE 32TQFN

    Diodes Incorporated

  • img

    PI3VDP3212ZLE+DA

    IC DEMULTIPLEXER 2LANE 32TQFN

    Diodes Incorporated

  • img

    PI3USB32224BXEAEX

    IC SWITCH SPST USB 2.0 8TQFN

    Diodes Incorporated

  • img

    PI3USB14-ALE+CX

    IC USB SWITCH 4:1 16TSSOP

    Diodes Incorporated

  • img

    PI3USB10ZEE+DMX

    IC USB SWITCH DUAL 2X1 12TDFN

    Diodes Incorporated

  • Total 279
    • 1
    • 2
    • 3
    • 4
    • 5
    • 6
    • 14

    Description of Analog Switches - Special Purpose

    Special Purpose Analog Switches direct analog signals using solid-state technology. What sets these switches apart is that they are designed for specific applications, featuring unique attributes that are not usually found in general-purpose analog switches.

    Analog Switches

    Frequently Asked Questions

    What does an analog switch do?

    An analog switch controls analog signals. For example, it can turn an audio signal on or off based on a MUTE signal, or it can choose between two signals to send to a headphone amplifier. These switches are commonly made using CMOS technology, and Maxim offers a wide range of options.

    What is the difference between a digital and analog switch?

    An analog switch handles analog signals like audio and sensor inputs but often works well with digital signals too. In contrast, a digital switch, or bus switch, is designed specifically for digital signal levels, either passing them through or isolating them.

    What are the applications of analog switches?

    Analog switches are used in many areas including data acquisition, industrial process control, test and measurement, and medical systems. They also play a role in signal switching for cell phones, set-top boxes, PDAs, media players, and video games.

    What is the difference between mechanical and analog switches?

    Mechanical switches work by making physical contact between metal parts, which can wear out over time. Analog optical switches, on the other hand, use an infrared beam. When you press the switch, it interrupts the beam, sending a signal without causing physical wear on the components.

    Why use analog instead of digital?

    Analog signals can carry more detailed information and use less bandwidth than digital signals. They provide a more accurate representation of changes in physical phenomena like sound, light, temperature, position, or pressure.

    Is a toggle switch analog or digital?

    A toggle switch is digital—it simply turns the light fully on or off. A slider switch, however, is analog because it lets you adjust the light to any level between fully on and off, allowing for a range of brightness levels.

    Are light switches analog?

    Yes, light switches are analog. While they have simple on-off functions, the control devices in photosensitive applications that use digital (on-off) states are managed by additional circuitry to switch at preset limits.

    How do analog switches work on a keyboard?

    An analog switch on a keyboard doesn't rely on a mechanical contact point to work. Instead, it can sense and detect movement throughout its entire range of travel. In contrast, a mechanical switch only detects at a single point where it’s pressed.

    What are the cons of analog?

    The main drawback of analog signals is that they can be affected by interference from things like electric motors, radio waves, or lightning strikes. They also aren't great at storing large amounts of data, as each value has to be stored individually.

    Filters
    ApplyReset All
    • Manufacturers
    • Stocking Options
    • Environmental Options
    • -3db Bandwidth
    • Applications
    • Features
    • Grade
    • Mounting Type
    • Multiplexer/Demultiplexer Circuit
    • Number of Channels
    • On-State Resistance (Max)
    • Operating Temperature
    • Package / Case
    • Qualification
    • Supplier Device Package
    • Switch Circuit
    • Voltage - Supply, Dual (V±)
    • Voltage - Supply, Single (V+)
    Attribute column