PololuPololu· Motor control

A5984 Stepper Motor Driver Carrier, Adjustable Current (Soldered Header Pins)

Name: A5984 Stepper Motor Driver Carrier, Adjustable Current (Soldered Header Pins)
Brand: Pololu

Manufacturer part no. 5343

$6.75≈ 5.93 €

Price summary

Sold by 2 suppliers, from €5.93 to €5.93. The lowest listed price is DigiKey at €5.93. It is also the cheapest delivered: about €37.12 including shipping, VAT and any customs duty. Prices last checked on 2026-09-29.

Delivered cost is an estimate for a single item shipped to mainland France; the seller's checkout is authoritative.

In stock — 338 units

origin USA
RoHS3

View at seller ↗

Estimated landed cost

Landed cost breakdown
Item	€5.93
Shipping	€25.00
VAT (20%)	€6.19
Total delivered	€37.12

Estimate for a single item delivered to mainland France, shipped from outside the EU: customs duty and clearance fees may apply and are charged by the carrier.

Volume pricing

Qty	Unit price	Saving
≥ 1	$6.75
≥ 5	$6.35	−6 %
≥ 25	$5.96	−12 %
≥ 100	$5.61	−17 %

Datasheets & documents

📄 New products: A5984 Stepper Motor Driver Carriers

2 offers for this product

Offers from the different sellers, sorted by price
Seller	Availability	Price	Seller link
DigiKeyBest delivered cost	In stock	€5.93€7.12 incl. VAT	Visit ↗
Pololu	In stock	$6.75€7.12 incl. VAT	Visit ↗

Prices compared incl. VAT: some sellers list ex-VAT trade prices, others VAT-inclusive retail prices. The badge marks the best estimated delivered cost, shipping and duties included — not always the first row.

Specifications (automatically extracted)

Mechanical

Weight

2.3 g

Other characteristics

Current limit	adjustable (potentiometer), 1A max continuous
Header pins	soldered
Other pcb markings	0J15023
Pcb dev codes	md46a
Size	0.6″ × 0.8″

Description

This version is item #5342 with soldered header pins, so no soldering is required to use it with an appropriate 16-pin socket or solderless breadboard. It has an adjustable current limit that can be set with an on-board potentiometer and can deliver up to approximately 1 A continuous per phase without a heat sink or forced air flow (2 A peak).