National High-Tech Enterprise

  • Home
  • Products
    • Field effect tube
    • Low current MOS tube
    • Super Junction Field Effect Transistor
    • Three-terminal regulator tube
    • Fast recovery diode
    • Silicon Carbide Field Effect Transistor
    • Silicon carbide diode
  • Application Field
    • Switching Power Supply
    • Adapter
    • Inverter
    • Vehicle Electronics
    • Communication Equipment
  • Services
    • Free analysis
    • Customized service
    • Problem
    • Technical Article
  • News
    • Company Dynamics
    • Industry Information
  • About Us
    • Company Profile
    • Company Culture
    • Honor
    • Partner
  • Contact Us
    • Contact Details
    • Talent Recruitment
    • Message Information
CN

National High-Tech Enterprise

  • Home
  • Products
    Field effect tube Low current MOS tube Super Junction Field Effect Transistor Three-terminal regulator tube Fast recovery diode Silicon Carbide Field Effect Transistor Silicon carbide diode
  • Application Field
    Switching Power Supply Adapter Inverter Vehicle Electronics Communication Equipment
  • Services
    Free analysis Customized service Problem Technical Article
  • News
    Company Dynamics Industry Information
  • About Us
    Company Profile Company Culture Honor Partner
  • Contact Us
    Contact Details Talent Recruitment Message Information
CN EN
News Center
Know the world's major events, and show off grand plans

Home  >  Service Support

Company Dynamics Industry Information
  • The relationship between carrier mobility and gate voltage in MOSFET channel

    The relationship between the carrier mobility at the interface and the gate voltage is so far, the carrier mobility in the channel μch has not been involved too much, and it is regarded as a constant.

    2021.3.26

    The relationship between carrier mobility and gate voltage in MOSFET channel

    The relationship between the carrier mobility at the interface and the gate voltage is so far, the carrier mobility in the channel μch has not been involved too much, and it is regarded as a constant.

    2021.3.26

  • Analysis of working state of MOS field effect transistor after pinch-off

    Analysis of the working state of MOS field effect transistor after pinch-off, as explained in the previous section, the limit of the theoretical formula for the area after pinch-off is: the leakage co

    2021.3.26

    Analysis of working state of MOS field effect transistor after pinch-off

    Analysis of the working state of MOS field effect transistor after pinch-off, as explained in the previous section, the limit of the theoretical formula for the area after pinch-off is: the leakage co

    2021.3.26

  • Analysis when there is space charge formed by impurity ions in the substrate of MOS field effect transistor

    MOS field effect crystal space charge region, the analysis of the space charge formed by impurity ions in the substrate The previous section ignored the space charge 2 formed by impurity ions in the s

    2021.3.25

    Analysis when there is space charge formed by impurity ions in the substrate of MOS field effect transistor

    MOS field effect crystal space charge region, the analysis of the space charge formed by impurity ions in the substrate The previous section ignored the space charge 2 formed by impurity ions in the s

    2021.3.25

  • The working principle and static characteristic analysis of MOS field effect transistor

    The working principle of MOS field effect transistor is divided into the discussion of the working principle of MOS field effect transistor. We assume that it has a simple structure as shown in Figure

    2021.3.24

    The working principle and static characteristic analysis of MOS field effect transistor

    The working principle of MOS field effect transistor is divided into the discussion of the working principle of MOS field effect transistor. We assume that it has a simple structure as shown in Figure

    2021.3.24

  • Detailed analysis of the working principle of MOS field effect transistors and related devices

    The working principle of MOS field effect transistors is to apply a voltage of appropriate polarity between the metal electrode of the MOS diode and the silicon substrate. For example, when a P-type s

    2021.3.24

    Detailed analysis of the working principle of MOS field effect transistors and related devices

    The working principle of MOS field effect transistors is to apply a voltage of appropriate polarity between the metal electrode of the MOS diode and the silicon substrate. For example, when a P-type s

    2021.3.24

  • Switched capacitor full wave detector and peak detector circuit working principle

    Switched capacitor full wave detector and peak detector, using switched capacitor circuit to form full wave detector and peak detector, the former is to transform the input signal Vin (t) into its abs

    2021.3.23

    Switched capacitor full wave detector and peak detector circuit working principle

    Switched capacitor full wave detector and peak detector, using switched capacitor circuit to form full wave detector and peak detector, the former is to transform the input signal Vin (t) into its abs

    2021.3.23

  • Explain the basic working principle and circuit diagram analysis of the modulator in detail

    The working principle of the modulator circuit When the amplitude of the carrier frequency signal Vc(t) is positive, M7 and M8 are turned on, the clock signal added to the gate of M1 is ф1, and the cl

    2021.3.22

    Explain the basic working principle and circuit diagram analysis of the modulator in detail

    The working principle of the modulator circuit When the amplitude of the carrier frequency signal Vc(t) is positive, M7 and M8 are turned on, the clock signal added to the gate of M1 is ф1, and the cl

    2021.3.22

  • ICM7555 time base internal circuit diagram and its function analysis

    ICM7555 internal circuit diagram, ICM7555 time base internal circuit diagram and its function analysis The internal circuit diagram of ICM7555 is shown in Figure 6.3-2. Corresponding to Figure 6.3-1,

    2021.3.22

    ICM7555 time base internal circuit diagram and its function analysis

    ICM7555 internal circuit diagram, ICM7555 time base internal circuit diagram and its function analysis The internal circuit diagram of ICM7555 is shown in Figure 6.3-2. Corresponding to Figure 6.3-1,

    2021.3.22

  • Explain the working principle of ICM7555MOS integrated time base circuit in detail

    The time base circuit is a timing circuit, which generates a pulse with a fixed time width under the action of a trigger pulse. The time width is determined by the timing resistor and the timing capac

    2021.3.22

    Explain the working principle of ICM7555MOS integrated time base circuit in detail

    The time base circuit is a timing circuit, which generates a pulse with a fixed time width under the action of a trigger pulse. The time width is determined by the timing resistor and the timing capac

    2021.3.22

  • Detailed explanation of the circuit diagram of a sinusoidal oscillator composed of a switched capacitor circuit

    Switched capacitor sine oscillator, a sine oscillator composed of a double second-order switched capacitor circuit (Figure 5.3-12c) is shown in Figure 6.2-3. The op amps A1, A2 and capacitors CA, CB,

    2021.3.19

    Detailed explanation of the circuit diagram of a sinusoidal oscillator composed of a switched capacitor circuit

    Switched capacitor sine oscillator, a sine oscillator composed of a double second-order switched capacitor circuit (Figure 5.3-12c) is shown in Figure 6.2-3. The op amps A1, A2 and capacitors CA, CB,

    2021.3.19

First 456 Last
Products
Field effect tube
Low current MOS tube
Super Junction Field Effect Transistor
Three-terminal regulator tube
Fast recovery diode
Silicon Carbide Field Effect Transistor
Silicon carbide diode
Application Field
Switching Power Supply
Adapter
Inverter
Vehicle Electronics
Communication Equipment
Services
Free analysis
Customized service
Problem
Technical Article
News
Company Dynamics
Industry Information
About Us
Company Profile
Company Culture
Honor
Partner
Contact Us
Contact Details
Talent Recruitment
Message Information

Copyright ©2015 Guangdong Keyia Semiconductor Technology Co., Ltd.

粤ICP备14090673号

SiteMap    

   Internet brand service:CTM

Products
Field effect tube Low current MOS tube Super Junction Field Effect Transistor Three-terminal regulator tube Fast recovery diode Silicon Carbide Field Effect Transistor Silicon carbide diode
Application Field
Switching Power Supply Adapter Inverter Vehicle Electronics Communication Equipment
Services
Free analysis Customized service Problem Technical Article
News
Company Dynamics Industry Information
About Us
Company Profile Company Culture Honor Partner
Contact Us
Contact Details Talent Recruitment Message Information

0755-83888366

ADD:

5C1, CD Block, Tianji Building, Tianan Digital City, Futian District, Shenzhen

QQ截图20201214171905.png

  KIA-The Public 

Copyright ©2015 Guangdong Keyia Semiconductor Technology Co., Ltd.

粤ICP备14090673号

SiteMap    

mos tube

Internet brand service: CTM