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Home/Diodes & Rectifiers

Category: Diodes & Rectifiers

A Diodes & Rectifiers is a two- lead semiconductor that allows current to pass in only one direction. They can be used in switch mode power inventories and direct power supplies, RF signal demodulation, RF power seeing and veritably much more. Rectifier diode is able of conducting current values varying from several miliamperes to many kiloamperes and voltages up to many kilovolts. Generally, the P- N junction diode is formed by joining together n- type and p- type semiconductor materials. You may find your results or share your thought about to Diodes & Rectifiers by using our Volt.Tech support forums that are supported by thousands of contributing Volt.Tech experts.

volt.tech Latest Questions

nidhi singh
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nidhi singh
Asked: September 1, 2022In: Diodes & Rectifiers

Definition of “Lead Free”?

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What Is Diodes Incorporated’s Definition of “Lead Free”?

What Is Diodes Incorporated’s Definition of “Lead Free”?

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diodesleadrectifiers
  1. dev krishnan
    Added an answer on September 6, 2022 at 9:43 am

    Diodes Incorporated's products defined as" Lead Free" contain no purposefully added Lead either internally or externally. Only trace elements may remain.

    Diodes Incorporated’s products defined as” Lead Free” contain no purposefully added Lead either internally or externally. Only trace elements may remain.

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Twinkle Garg
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Twinkle Garg
Asked: August 29, 2022In: Diodes & Rectifiers

Difference between Intel and Diodes’ FIFO sizes

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What’s the difference between Intel and Diodes’ FIFO sizes?

What’s the difference between Intel and Diodes’ FIFO sizes?

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diodesfifointelrectifiers
  1. nidhi singh
    Added an answer on August 31, 2022 at 10:09 am

    The Intel 21154 has( in bytes). Primary write = 88 bytes, read = 72 bytes, Delayed entries = 3 secondary write = 152 bytes. read = 152 bytes, Delayed entries = 3. For the Diodes' PI7C8154( posted write buffer and delayed sale buffer data size for FIFOs) primary write = 128 128 bytes. Read = 128 128Read more

    The Intel 21154 has( in bytes). Primary write = 88 bytes, read = 72 bytes, Delayed entries = 3 secondary write = 152 bytes. read = 152 bytes, Delayed entries = 3. For the Diodes’ PI7C8154( posted write buffer and delayed sale buffer data size for FIFOs) primary write = 128 128 bytes. Read = 128 128 bytes. Delayed entries = 8. The same for the secondary. therefore the Diodes’ 8154 has further FIFO buffering than Intel.

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Manoj
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Manoj
Asked: August 24, 2022In: Diodes & Rectifiers

How to Use PI7C7300 in Hot-Swap Hardware

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When using the PI7C7300 in hot-swap hardware, which Voltage Source Supply do I connect it to?

When using the PI7C7300 in hot-swap hardware, which Voltage Source Supply do I connect it to?

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diodeshot-swappi7c7300rectifiers
  1. nidhi singh
    Added an answer on August 26, 2022 at 10:09 am

    According to the hot- exchange specification modification 1.0., the ground should be linked to early power. All other chips on the board should be connected to switched power, which comes latterly, driven from the Hot- exchange regulator.

    According to the hot- exchange specification modification 1.0., the ground should be linked to early power. All other chips on the board should be connected to switched power, which comes latterly, driven from the Hot- exchange regulator.

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geek
  • 1
geek
Asked: August 20, 2022In: Diodes & Rectifiers

Hot- Insertion is Safe in PI7C7300D Device

  • 1

Hot- Insertion: Is it guaranteed “Safe” to Remove or fit a module containing the PI7C7300D device from a powered up” live” system?

Hot- Insertion: Is it guaranteed “Safe” to Remove or fit a module containing the PI7C7300D device from a powered up” live” system?

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devicediodespi7c7300drectifiers
  1. Techworld
    Added an answer on August 22, 2022 at 5:06 pm

    The PI7C7300D is" hot- exchange friendly", which basically means it can affiliate to a hot- exchange power regulator. But by itself can not withstand Vcc = 0V and live signals at the I/ O pins-- in this mode, current will flow through our ground. Thus, if ever there's a possibility of this passing,Read more

    The PI7C7300D is” hot- exchange friendly”, which basically means it can affiliate to a hot- exchange power regulator. But by itself can not withstand Vcc = 0V and live signals at the I/ O pins– in this mode, current will flow through our ground. Thus, if ever there’s a possibility of this passing, we require a hot- exchange power regulator and switches for isolation. However, also the less expensive or PI3C32X245 switches are applicable for the signal switches. Most of our guests use this switch in their operations.

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geek
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geek
Asked: August 17, 2022In: Diodes & Rectifiers

How Does we Diodes Define “Green” Products?

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Can you please explain how we Define Diodes “Green” Products?

Can you please explain how we Define Diodes “Green” Products?

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diodesproductsrectifiers
  1. Techworld
    Added an answer on August 20, 2022 at 9:34 am

    Diodes defines "Green" products as those which are RoHS compliant and contain <900ppm bromine, <900ppm chlorine (<1500ppm total Br Cl) and <1000ppm antimony compounds.

    Diodes defines “Green” products as those which are RoHS compliant and contain <900ppm bromine, <900ppm chlorine (<1500ppm total Br Cl) and <1000ppm antimony compounds.

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Manoj
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Manoj
Asked: August 16, 2022In: Diodes & Rectifiers

Are Diodes’ Dual Transistor Devices?

  • 1

Are Diodes’ dual transistor devices, such as the MMDT series, made with monolithic die?

Are Diodes’ dual transistor devices, such as the MMDT series, made with monolithic die?

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devicesdiodestransistor
  1. geek
    Added an answer on August 17, 2022 at 4:23 pm

    Yes, Diodes manufactures its binary transistor products using separate die which are wire clicked to the lead frames. They aren't monolithic devices.

    Yes, Diodes manufactures its binary transistor products using separate die which are wire clicked to the lead frames. They aren’t monolithic devices.

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Jatin Sharma
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Jatin Sharma
Asked: May 17, 2022In: Diodes & Rectifiers

SPD

  • 0

If I am using 10kV external SPD, then why we need to add extra cost in surge protected components in driver. Why external SPD is not enough to stop the surge ?

If I am using 10kV external SPD, then why we need to add extra cost in surge protected components in driver. Why external SPD is not enough to stop the surge ?

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diodespdspd device
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