Kiwi Instruments KP101, KP1030, KP201, KP3110 AC-DC Adapter Product Introduction

A product introduction for Kiwi Instruments' KP101, KP1030, KP201 and KP3110 AC‑DC adapters, covering features, specifications and applications.


Kiwi Instruments KP101, KP1030, KP201, KP3110 AC-DC Adapter Product Introduction - cover page
Brand
Kiwi Instruments
Category
Power Management
Document type
Product Leaflet
Language
Chinese
Pages
28
File format
PDF
File size
4.1 MB
Published
30 September, 2026
Updated
30 September, 2026
MD5 checksum
3609B639CEEA314A980BED6DBBFAF1A3

About this manual

Kiwi Instruments Corp. (必易科技) is a semiconductor company founded in 2009 that focuses on AC‑DC power‑management chips. The document presents an overview of the company, its development philosophy and its global presence in Silicon Valley, Shenzhen, Hangzhou and Hong Kong.

The brochure details the AC‑DC adapter product line, highlighting the KP101, KP1030, KP201 and KP3110 models. It describes each model’s key features, typical applications such as lighting, motor drives and chargers, and provides technical specifications and protection functions for the various series. This manual is written in Chinese.

What's inside

  • Company Overview
  • Product Line Introduction
  • Product Features and Applications
  • New Product Development
  • KP213X Series Specifications
  • KP212X Series Specifications
  • KP201 Series Specifications

Specifications

VCBO rating (KP2130)800V
Operating voltage range (KP213X)5V‑24V
Standby power consumption (KP213X)<75mW
Maximum output power (KP201)65W

Frequently asked questions

What is the standby power consumption of the KP213X series?

The KP213X series has a standby power consumption of less than 75 mW.

What protection features are integrated in the KP213X series?

It includes overload protection (OLP), short‑circuit protection (SCP), leading‑edge blanking (LEB), over‑heat protection (OTP) and over‑voltage protection (OVP).

What is the operating voltage range of the KP212X series?

The KP212X series operates over a VDD range of 11 V to 27 V.

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