EASTRA PREMIUM QUALITY DC-DC Step up Down Boost Buck Voltage Power Converter Module Electronic Components Electronic Hobby Kit Price in India - Buy EASTRA PREMIUM QUALITY DC-DC Step up Down Boost Buck Voltage Power Converter Module Electronic Components Electronic Hobby Kit online at Flipkart.com

Explore Plus

Become a Seller

EASTRA Electronic Kits

EASTRA PREMIUM QUALITY DC-DC Step up Down Boost Buck Voltage Power Converter Module Electronic Components Electronic Hobby Kit

Be the first to Review this product

₹380

₹799

52% off

Available offers

Bank Offer5% cashback on Flipkart Axis Bank Credit Card upto ₹4,000 per statement quarter

T&C

Bank Offer5% cashback on Axis Bank Flipkart Debit Card up to ₹750

T&C

Bank OfferUp To ₹30 Instant Cashback on BHIM Payments App. Min Order Value ₹199. Offer Valid Once Per User

T&C

Bank OfferFlat ₹10 Instant Cashback on Paytm UPI Trxns. Min Order Value ₹199. Valid once per Paytm account

T&C

Delivery

Check

Enter pincode

Delivery by15 Aug, Friday

View Details

Highlights

Power Source: DC
RoHS Compliant
Material: Plastic
Weight: 20

Services

Cash on Delivery available
?

Description

Module nature: non-isolated buck-boost constant current, constant voltage module (CC CV) charging module Input voltage: 4-35V Output voltage: 1.25-25V continuously adjustable (default delivery voltage 4.2V current 1A, other voltages can be adjusted by yourself) Adjustment method: first correctly connect the input power supply (between 4-35V), then use a multimeter to monitor the output voltage and adjust the potentiometer (generally turn forward to boost, reverse to reduce voltage)

Specifications

In The Box

LM2596S

General

Brand	EASTRA
Model Number	PREMIUM QUALITY DC-DC Step up Down Boost Buck Voltage Power Converter Module
Skillset	Creativity & Imagination
Type	Electronic Components
ROHS Complaint	Yes
Material	Plastic
Age Group	7-8 Years
Key Features	Output short circuit protection: yes, constant current (currently set constant current value) Wiring method: can be directly soldered on the PCB, Determine the floating charge voltage and charging current of the battery you need to charge, and the input voltage of the module;