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Teyleten Robot 100W 6A DC-DC Buck Converter 10-90V 12V 24V 36V 48V 60V 72V 86 to 1.5V-60V 5V 15V 19V Step-Down Power Voltage Regulator Module

Photo 1 of Teyleten Robot 100W 6A DC-DC Buck Converter 10-90V 12V 24V 36V 48V 60V 72V 86 to 1.5V-60V 5V 15V 19V Step-Down Power Voltage Regulator Module
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Photo 1 of Teyleten Robot 100W 6A DC-DC Buck Converter 10-90V 12V 24V 36V 48V 60V 72V 86 to 1.5V-60V 5V 15V 19V Step-Down Power Voltage Regulator Module
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Ended

-

Won For

$1

Description

Features: Module parameters Module nature: synchronous rectification non-isolated buck module Input voltage: 10-90VDC Output voltage: 1.5-60VDC (applicable to applications where the input voltage is higher than the output voltage and cannot be boosted) Output current: Max 6A Maximum power: 100W (maximum current 6A at low voltage output. 100W at high voltage output) Working frequency: 180KHZ Conversion efficiency: 97.5% (typical value) Input anti-reverse connection: Yes Aluminum shell size: 70MM * 38MM * 31MM Weight: about 70g

Item Details

Pickup Location

4000 Meadows Ln

Las Vegas, NV, 89107

Quality

Used
Untested
Minor Damage
No Assembly Needed
In Package
Unknown if Missing Parts

Estimated Retail Price

$11.88

Buyers Premium

15%

Inventory Number

1052110739

Additional Details from the Manufacturer

This item information is coming from the manufacturer. Some of the details may vary from the Nellis Auction listing. Please check the Quality Rating and Notes for information specific to this listing

brand

Teyleten Robot

color

Multicolor

weight

0.15 lbs

More features

  • The potentiometer needs a few more turns to be adjustable,Potentiometer should be at least 20 turns
  • It can greatly improve the efficiency of the DC/DC converter and there is no dead zone voltage caused by the Schottky barrier voltage. Power MOSFET is a voltage-controlled device, and its volt-ampere characteristic is linear when it is turned on.
  • When using a power MOSFET as a rectifier, the gate voltage must be synchronized with the phase of the rectified voltage to complete the rectification function, so it is called synchronous rectification.
  • When using a power MOSFET as a rectifier, the gate voltage must be synchronized with the phase of the rectified voltage to complete the rectification function, so it is called synchronous rectification.
  • Synchronous rectification is a new technology that uses special power MOSFETs with extremely low on-state resistance to replace rectifier diodes to reduce rectification losses.
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