LM20333MH/NOPB by:

Overview of: LM20333MH/NOPB by Texas Instruments

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Price & Stock for: LM20333MH/NOPB

Distributor Stock MOQ Package QTY Break / Prices
View this part on Newark 0 1 Bulk
  • 1 $6.0400
  • 10 $5.5600
  • 25 $5.2600
  • 50 $5.0300
  • 100 $4.8200
  • 250 $4.5800
  • 500 $4.5000
View this part on Bristol Electronics 243 2
  • 2 $3.3600
  • 9 $2.1840
  • 24 $1.6800
  • 76 $1.5681
  • 161 $1.4559
View this part on element14 Asia-Pacific 0 1 Each
  • 1 $6.2906
  • 10 $5.6478
  • 25 $5.3436
  • 100 $5.0740
View this part on Farnell 0 1 Each
  • 1 $5.9470
  • 10 $5.3502
  • 25 $5.0517
  • 50 $4.3803
  • 100 $4.2950

Market Price Analysis

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Distributors with Stock

Total Inventory

243

Parametric Data

Part Details for: LM20333MH/NOPB

CAD Models

Resources and Additional Insights

Reference Designs

  • Multiple Output Power Solution for Kintex 7 Application
    PMP7804.4: The approach for this reference design is based on “ease of use” and low risk to manufacture. Simple Switcher power modules along with the LM2121x low voltage synchronous buck regulators allow for fast turn prototyping and quick time to manufacturer with minimal technical issues.
  • Multiple Output Power Solution for Kintex 7 Application
    PMP7804.1: The approach for this reference design is based on “ease of use” and low risk to manufacture. Simple Switcher power modules along with the LM2121x low voltage synchronous buck regulators allow for fast turn prototyping and quick time to manufacturer with minimal technical issues.
  • Multiple Output Power Solution for Kintex 7 Application
    PMP7804.2: The approach for this reference design is based on “ease of use” and low risk to manufacture. Simple Switcher power modules along with the LM2121x low voltage synchronous buck regulators allow for fast turn prototyping and quick time to manufacturer with minimal technical issues.
  • PMP7804 Multiple Output Power Solution for Kintex 7 Application | TI.com
    PMP7804: The PMP7804 reference design provides all the power supply rails necessary to power the Xilinx ® Kintex ® 7 series family of FPGAs. This design utilizes Simple Switcher power modules along with the LM2121x low voltage synchronous buck regulators for "ease of use" and shorter design cycles. This design is optimized for a 12V input.
  • Multiple Output Power Solution for Kintex 7 Application
    PMP7804.5: The approach for this reference design is based on “ease of use” and low risk to manufacture. Simple Switcher power modules along with the LM2121x low voltage synchronous buck regulators allow for fast turn prototyping and quick time to manufacturer with minimal technical issues.
  • Multiple Output Power Solution for Kintex 7 Application - PMP7804.5 - TI Tool Folder
    PMP7804: The approach for this reference design is based on “ease of use” and low risk to manufacture. Simple Switcher power modules along with the LM2121x low voltage synchronous buck regulators allow for fast turn prototyping and quick time to manufacturer with minimal technical issues.
  • Multiple Output Power Solution for Kintex 7 Application
    PMP7804.3: The approach for this reference design is based on “ease of use” and low risk to manufacture. Simple Switcher power modules along with the LM2121x low voltage synchronous buck regulators allow for fast turn prototyping and quick time to manufacturer with minimal technical issues.
  • Multiple Output Power Solution for Kintex 7 Application - PMP7804.6 - TI Tool Folder
    PMP7804: The approach for this reference design is based on “ease of use” and low risk to manufacture. Simple Switcher power modules along with the LM2121x low voltage synchronous buck regulators allow for fast turn prototyping and quick time to manufacturer with minimal technical issues.
  • Multiple Output Power Solution for Kintex 7 Application
    PMP7804.9: Complete power reference for Xilinx Series 7 FPGAs
  • Xilinx 7 Series Power Module Reference design
    PMP7804: The PMP7804 reference design provides all the power supply rails necessary to power the Xilinx ® Kintex ® 7 series family of FPGAs. This design utilizes Simple Switcher power modules along with the LM2121x low voltage synchronous buck regulators for "ease of use" and shorter design cycles. This design is optimized for a 12V input.
  • PMP7804 Multiple Output Power Solution for Kintex 7 Application | TI.com
    PMP7804: The PMP7804 reference design provides all the power supply rails necessary to power the Xilinx ® Kintex ® 7 series family of FPGAs. This design utilizes Simple Switcher power modules along with the LM2121x low voltage synchronous buck regulators for "ease of use" and shorter design cycles. This design is optimized for a 12V input.
  • Multiple Output Power Solution for Kintex 7 Application
    PMP7804.6: The approach for this reference design is based on “ease of use” and low risk to manufacture. Simple Switcher power modules along with the LM2121x low voltage synchronous buck regulators allow for fast turn prototyping and quick time to manufacturer with minimal technical issues.
  • Multiple Output Power Solution for Kintex 7 Application
    PMP7804.8: The approach for this reference design is based on “ease of use” and low risk to manufacture. Simple Switcher power modules along with the LM2121x low voltage synchronous buck regulators allow for fast turn prototyping and quick time to manufacturer with minimal technical issues.
  • Multiple Output Power Solution for Kintex 7 Application
    PMP7804.7: The approach for this reference design is based on “ease of use” and low risk to manufacture. Simple Switcher power modules along with the LM2121x low voltage synchronous buck regulators allow for fast turn prototyping and quick time to manufacturer with minimal technical issues.
  • Multiple Output Power Solution for Kintex 7 Application - PMP7804.2 - TI Tool Folder
    PMP7804: The approach for this reference design is based on “ease of use” and low risk to manufacture. Simple Switcher power modules along with the LM2121x low voltage synchronous buck regulators allow for fast turn prototyping and quick time to manufacturer with minimal technical issues.

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