Product Description:
The HB3602NL is a dual-port 10/100Base-T Ethernet transformer module featuring
a 1:1 turns ratio in a 20-pin through-hole (THD) package. Built with NPB core material and TU construction, it delivers reliable signal isolation, EMI suppression, and
consistent performance for Ethernet applications.
HB3602NL 20Pin LAN Transformer Key Features:
- Product Type: LAN Magnetic Transformer
- Dual-port configuration for 10/100Base-T networks
- 1:1 turns ratio, optimized for signal integrity
- 20-pin through-hole package for stable PCB mounting
- Provides electrical isolation and EMI reduction
- Suitable for LAN switches, routers, NICs, and embedded Ethernet
devices
Specifications:
Parameter | Specification |
---|
Application | Ethernet Transformer |
Supported Speed | 10/100Base-T |
Number of Ports | Dual-port |
Turns Ratio | 1CT:1CT (1:1) |
Inductance | 350 µH |
Isolation Voltage | 1.5 kVrms |
Mounting Type | Through-Hole |
Dimensions (L × W × H) | 25.40 mm × 10.00 mm × 6.60 mm |
Operating Temperature | 0 °C to +70 °C |
PoE | Non-PoE |
RoHS Compliance | Yes (fully RoHS compliant) |
Applications of HB3602NL LAN Magnetics:
The HB3602NL Dual-Port LAN Transformer Module is designed for 10/100Base-T Ethernet and provides signal isolation, EMI suppression, and reliable data
transmission. Typical applications include:
- LAN Switches & Hubs – Enable stable Ethernet connections with a dual-port design.
- Routers & Gateways – Ensures signal integrity and isolation for WAN/LAN interfaces.
- Network Interface Cards (NICs) – Provide magnetic support for desktop, server, and industrial
NICs.
- Embedded Ethernet Systems – Used in industrial controllers, IoT devices, and automation
equipment requiring Ethernet connectivity.
- IP Phones & VoIP Gateways – Ensures PoE compatibility and reliable voice/data transmission.
- PoE-Powered Devices (up to 15W) – Supports low-power PoE applications in networking and telecom
equipment.
- Industrial & Commercial Networking Equipment – Offers durability and compliance with IEEE standards in harsh
environments.