NYQUEST NY9M008A Motor Driver Datasheet

The NYQUEST NY9M008A datasheet provides specifications, pin descriptions, electrical characteristics, and application circuits for the single‑channel 0.9 A…


NYQUEST NY9M008A Motor Driver Datasheet - cover page
Brand
NYQUEST
Category
Motor
Document type
Datasheet
Language
Chinese
Pages
9
File format
PDF
File size
389 KB
Published
06 October, 2026
Updated
06 October, 2026
MD5 checksum
78B05E9F0C70399821321C4CA7D93052

About this manual

The NY9M008A is a single‑chip, bi‑directional motor driver IC designed for low‑voltage applications. It features an H‑bridge architecture with built‑in PMOS/NMOS power switches, supporting forward, reverse, brake, and stop functions. The device is offered in SOP‑8 and ESOP‑8 packages and includes protection features such as thermal shutdown and 5 kV human‑body model ESD protection.

The datasheet details the pinout, electrical limits, and typical application circuits for both single‑motor and dual‑motor configurations. It also lists ordering information, package dimensions, and recommended PCB layout guidelines. This manual is written in Chinese.

What's inside

  • Overview
  • General Description
  • Features
  • Pin Description
  • Electrical Characteristics
  • Application Circuit
  • Package Dimension
  • Ordering Information

Specifications

Operating voltage (logic)1.8 V – 6.8 V
Operating voltage (MOSFET)1.8 V – 9.0 V
Standby current (typical)0.1 µA
Continuous output current (SOP‑8)900 mA
Package typesSOP‑8, ESOP‑8
Thermal shutdownBuilt‑in TSD circuit
ESD protection5 kV HBM

Frequently asked questions

What operating voltage range does the NY9M008A support?

The device operates from 1.8 V up to 9.0 V, with the logic circuit ranging 1.8 V–6.8 V and the MOSFET output circuit up to 9.0 V.

What protection features are included in the NY9M008A?

The driver includes built‑in thermal shutdown (TSD) and 5 kV human‑body model ESD protection.

What is the maximum continuous output current of the NY9M008A?

The device can continuously source up to 900 mA (SOP‑8) or 1.2 A (ESOP‑8) with proper PCB heat dissipation.

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