TQDLYKHS 12 Pcs SN74AHCT125N 74AHCT125 DIP-14 Quad Bus Buffer Gates 3-State IC SN74AHCT125

Customer rating 4.3 stars

Imported from USA | Ships in 10 working days

5% instant discount on UPI | Cash On Delivery available

1

₹ 5300/-

The price at cart2india.com is inclusive of custom duties, GST, freight forwarding and other charges.

Free Shipping across India. Powered by BlueDart

Product Information


Specification
Brand : TQDLYKHS
BulletPoint1 : Quantity: 12 Pcs SN74AHCT125N DIP-14 Quad Bus Buffer Gates 3-State IC Chip
BulletPoint2 : Encapsulation: DIP-14, Material: Electrical Components
BulletPoint3 : Size: 19.2 mm x 8.6 mm x 7.2 mm, Color: See Pictures
BulletPoint4 : SN74AHCT125N Is Mainly Used As A Four-Bus Buffer Gate With Independent Line Driver, Suitable For The Application Scenarios Requiring Three-State Output, It Has TTL Compatible CMOS Input And Three-State Output, And Can Work In The Voltage Range Of 4.5V To 5.5V
BulletPoint5 : The SN74AHCT125N Devices Are Quadruple Bus Buffer Gates Featuring Independent Line Drivers With 3-State Outputs. Each Output Is Disabled When The Associated Output-Enable (OE) Input Is High. When OE Is Low, The Respective Gate Passes The Data From The A Input To Its Y Output, To Ensure The High-Impedance State During Power Up Or Power Down, OE Should Be Tied To VCC Through A Pullup Resistor; The Minimum Value Of The Resistor Is Determined By The Current-Sinking Capability Of The Driver
IncludedComponents : NOT
ItemName : TQDLYKHS 12 Pcs SN74AHCT125N 74AHCT125 DIP-14 Quad Bus Buffer Gates 3-State IC SN74AHCT125
ItemPackageDimensions_Height : 1 centimeters
ItemPackageDimensions_Length : 8 centimeters
ItemPackageDimensions_Width : 5 centimeters
ItemTypeKeyword : buffer-logic-gates
Manufacturer : TQDLYKHS
NumberOfItems : 12
PartNumber : SN74AHCT125N
ProductDescription : The SN74AHCT125N Devices Are Quadruple Bus Buffer Gates Featuring Independent Line Drivers With 3-State Outputs. Each Output Is Disabled When The Associated Output-Enable (OE) Input Is High. When OE Is Low, The Respective Gate Passes The Data From The A Input To Its Y Output, To Ensure The High-Impedance State During Power Up Or Power Down, OE Should Be Tied To VCC Through A Pullup Resistor; The Minimum Value Of The Resistor Is Determined By The Current-Sinking Capability Of The Driver.
ProductSiteLaunchDate : 2025-03-06T02:39:55.906Z
SupplierDeclaredDgHzRegulation : not_applicable
SupplierDeclaredHasProductIdentifierExemption : 1
UnspscCode : 32101600

Questions & Answers

Have a question? Ask experts

?
No question found

Ratings & Review

Rating Breakdown (average)

5*
3
4*
7
3*
0
2*
0
1*
0

Read all 10 customer reviews

Happy with the quality and performance.

Solid build and decent design.

Meets expectations, good buy.

Happy with the quality and performance.

Performs perfectly and looks amazing.

Very useful and nicely packaged.

Well priced and good quality.

One of the best things IÕve ever bought.

Very useful and nicely packaged.

Remarkably good and exceeded all expectations.

Have an opinion on this page? Let's hear it.