Lan Tranformers

Network Transformer Product Introduction

Introducing our Network Transformer series, a high-performance solution meticulously engineered to meet the demanding requirements of modern network communication systems. Designed with advanced technology, this series offers a wide range of specifications, delivering exceptional signal integrity, efficient power transfer, and robust electromagnetic interference (EMI) suppression. With versatile configurations and reliable performance, it is the ideal choice for a variety of high-performance network applications.

Features and Specifications

Our Network Transformer series is available in multiple configurations to suit diverse system needs:

• Impedance Options: Supports both 50Ω and 75Ω impedance, ensuring compatibility with a broad range of network setups.




• Configurations: Includes 2-way, 3-way, and 4-way designs, with port options ranging from single-port (e.g., Pin No. 12, 16, 24) to dual-port (e.g., Pin No. 48, 50), triple-port (e.g., Pin No. 30), and quad-port (e.g., Pin No. 72, 96) models.




• Frequency Range: Covers an extensive bandwidth, with minimum frequencies from 1 MHz to 300 MHz and maximum frequencies from 1000 MHz to 3250 MHz, depending on the model. For instance, certain models support 5 MHz to 1250 MHz (75Ω, B008 package) or 40 MHz to 2050 MHz (B032 package).




• Performance Metrics:
  

• Input Return Loss (RL): Ranges from 5 dB to 38 dB (e.g., 38 dB for 50Ω 2-way B008 model), minimizing signal reflection.




• Insertion Loss (IL): Low values from 0.28 dB to 4.5 dB (e.g., 0.28 dB for 50Ω B008, 1.1 dB max at 100 MHz for PoE models), reducing signal attenuation.




• Isolation: High isolation from 12 dB to 35.48 dB (e.g., 35 dB for B002 model), ensuring minimal crosstalk.






• Package Variety: Offered in compact and diverse packages such as B008, B015, B032, and larger formats like 60x51 mm or 45x61 mm, accommodating different space constraints.




• Power over Ethernet (PoE) Support: Select models support PoE-af (15.4W), PoE-bt (up to 90W), and 4PPoE, with some offering high-voltage isolation (e.g., 1500VAC/1mA/60s or 3000VAC/1mA/2s) for enhanced safety in power-delivery applications.

Performance Highlights

• 50Ω 2-Way Model (B008): Operates from 5 MHz to 1000 MHz with an RL of 38 dB, IL of 0.28 dB, and isolation of 28 dB, perfect for precision applications.




• 75Ω 2-Way Model (B008): Spans 5 MHz to 1250 MHz with an RL of 20 dB, IL of 1.2 dB, and isolation of 20 dB, ideal for broadband systems.




• High-Frequency Model (B032): Supports 40 MHz to 2050 MHz with an RL of 20 dB, IL of 0.5 dB, and isolation of 25 dB, excelling in high-frequency environments.




• PoE-Enabled Models: Deliver reliable power (up to 90W) with minimal signal degradation, featuring crosstalk and CMRR values as low as -30 dB at 100 MHz.

Applications

This Network Transformer series is widely applicable in:

• Telecommunications: Ensures stable signal transmission in LAN, WAN, and broadband equipment.




• Data Communication: Enhances performance in Ethernet switches, routers, and network interface cards (NICs).




• Industrial and Consumer Electronics: Supports high-power devices like IP cameras and wireless access points with PoE capabilities.




• Test Equipment: Provides precision and reliability for signal measurement and analysis systems.

Its low insertion loss, high isolation, and wide frequency coverage make it a versatile component for high-speed data transmission and power delivery in modern network infrastructures.

Why Choose Our Network Transformer?

• Versatility: Offers a broad selection of impedance, port configurations, and package types to meet diverse requirements.




• Superior Performance: Delivers low loss, high isolation, and excellent noise suppression for optimal signal quality.




• Reliability: Built to industry standards with robust designs, ensuring consistent operation in demanding conditions.

Elevate your network systems with our Network Transformer series—a compact, high-performance solution tailored for efficiency, adaptability, and reliability in today’s advanced communication landscape.