H5007NL is a Gigabit single-port network transformer, specially designed for use with high-speed network cards. It is a type of network filter used to improve signal transmission quality, reduce electromagnetic interference (EMI), and enhance signal stability.

This type of transformer is commonly used in telecommunications and networking equipment for signal transmission and isolation. H5007NL is commonly used for data transmission and isolation applications in telecommunications and network equipment, such as Ethernet, LAN, WAN, etc.

Ⅰ.H5007NL specifications

•Number of channels:1
•Number of pins:24
•Packaging:Pipe fittings
•Type:Module
•Inductor:350 uH
•Insulation voltage:1.5 kV
•Number of channels:Single
•Length:17.53 mm
•Width:12.2 mm
•Height:5.51 mm
•Humidity Sensitivity:Yes
•Isolation voltage:1.5 kV
•Minimum operating temperature:0℃
•Maximum operating temperature:+70℃
•Termination type:SMD/SMT
•Frequency range:1 MHz to 100 MHz
•Turns ratio–Primary:Secondary:1CT: 1CT
•Frequency range:1 MHz to 100 MHz
•Product Category:Audio Transformer/Signal Transformer
•Transformer type:isolation and data interface (encapsulated)
•Common mode rejection ratio (Min):-33dB @100MHz

 

Ⅱ.Features of H5007NL

•High performance: H5007NL may feature high performance to meet data transmission and isolation requirements.

•Package form: H5007NL may adopt specific packaging forms, such as surface mount (SMT) packaging, to adapt to various circuit board design needs.

•High-frequency bandwidth: Such transformers may have high-frequency bandwidth, capable of supporting high-speed data transmission.

•Photodiode characteristics: Integrated high-performance photodiode with fast response and high photosensitivity.

•Low power consumption: Some models of H5007NL may have low power consumption features that help reduce energy consumption and extend the life of the device.

•High isolation performance: H5007NL may have good isolation performance and can effectively isolate transmission signals to ensure data security and stability.

•Phototransistor characteristics: It also contains a phototransistor, which can achieve higher amplification and lower output noise.

•Comply with standards: The component may comply with relevant standards and certification requirements in some electrical, electronic or communication fields to ensure its stability and reliability in various application environments.

•Operating temperature range: Can operate in a wide temperature range and is suitable for various environmental conditions. Specifically, its operating temperature range is -40°C to +85°C, and its storage temperature range is -50°C to +125°C.

•Electrical performance: Meets or exceeds the Gigabit Ethernet IEEE 802.3ab standard, has an 8mA bias current design, reaches a minimum inductance of 350uH, and has superior EMI suppression capabilities. At the same time, it meets the minimum 1500 volt insulation guarantee required by IEEE 802.3.

Ⅲ.H5007NL performance optimization method

1.Enhance transmission rate

•Optimize driving voltage and current: Ensure that the driving voltage and current comply with the rated working conditions of H5007NL to obtain the best transmission effect.

•Optimize input and output circuits: Select appropriate resistors, capacitors and other components to match the characteristic impedance of H5007NL and reduce noise and signal loss on the transmission line.

•Use high-speed data interface: Combined with high-speed data interface standards, such as USB, Ethernet or optical fiber communication, etc., to achieve higher transmission rates.

2.Improve the anti-interference ability of the system

•Optimize grounding and wiring: Properly plan grounding and wiring to reduce the loop area and electromagnetic radiation of the current loop to reduce the possibility of interference.

•Choose materials with high voltage resistance and high insulation properties: Ensure that the optical coupling device and related components have sufficient voltage resistance and insulation properties to reduce the impact of interference and leakage current.

•Strengthen shielding and isolation: Use good shielding design and isolation measures to prevent external interference signals from entering the system and maintain signal integrity.

3.Improve signal amplification and stability

•Optimize the amplification circuit: According to the actual application requirements, select an appropriate amplification circuit, such as a differential amplifier or operational amplifier, to improve the signal amplification effect.

•Increase feedback mechanism: Introduce feedback mechanism, such as negative feedback or automatic gain control (AGC), to achieve automatic adjustment and stability control of the signal.

•Add filter circuit: By adding appropriate filter circuit, high-frequency noise and interference can be eliminated, thereby improving signal stability and anti-interference ability.

IV.Electrical specifications of H5007NL

 

Ⅴ.H5007NL size chart

 

Ⅵ.Ensure the compatibility of H5007NL

1.Circuit design matching: Ensure that the input and output circuit design matches the characteristics of the H5007NL chip. This includes selecting appropriate resistors, capacitors, inductors and other components, as well as rationally designing the circuit topology to ensure matching between the input and output circuits and the H5007NL chip.

•Understand the H5007NL chip specification: Carefully read and understand the H5007NL chip specification to learn about its recommended working conditions, electrical characteristics, driving and receiving parameters, etc. Determine key parameters such as the maximum and minimum drive current, voltage range, rise and fall times required by the chip.

•Choose appropriate driving and receiving circuit components: According to the specifications of the H5007NL chip, select appropriate resistors, capacitors, inductors and other components. Ensure component tolerances and characteristics meet the chip's requirements to reduce signal distortion and noise.

•Optimize circuit topology: Design an appropriate circuit topology to minimize signal transmission delays and losses. Consider using low-impedance transmission paths and appropriate decoupling measures to reduce noise and interference.

•Power management: Ensure a stable power supply voltage for the H5007NL chip, and consider using power supply decoupling capacitors to reduce power supply noise.

•Signal integrity: Consider the integrity of the signal in the input and output circuit, including the amplitude, phase and timing of the signal.

•Thermal design: Ensure that the chip has adequate heat dissipation measures, such as heat sinks, fans, etc., to maintain normal operating temperature.

•Testing and verification: Use oscilloscopes, logic analyzers and other tools to measure key parameters such as driving current, receiving voltage, transmission delay, etc. to ensure that they meet the requirements of the H5007NL chip.

2.Environment matching: Consider the matching between the working environment of the input and output circuit and the working environment of the H5007NL chip. This includes the influence of environmental factors such as temperature, humidity, and electromagnetic interference to ensure that the input and output circuits can work stably and reliably under various environmental conditions.

•Humidity: If the working environment of the H5007NL chip and its input and output circuits may face high humidity, moisture-proof measures should be taken, such as using packaging materials with good sealing properties and applying moisture-proof coating on the surface of the circuit board. Regularly check the insulation performance of the circuit board to ensure that problems such as short circuits or leakage will not occur in high humidity environments.

•Mechanical stress: If there may be mechanical vibration or shock in the working environment, the input and output circuits should be designed to resist shock, such as using shock-absorbing materials and ensuring that the chip and circuit board are firmly fixed.

•Electromagnetic interference (EMI): Add appropriate filters and decoupling capacitors to the input and output circuits to reduce electromagnetic interference signals from entering the circuit. When laying out the circuit board, try to keep the H5007NL chip and its related circuits away from components that may produce electromagnetic interference, such as switching power supplies, motors, etc.

•Protective measures: Since static electricity may cause damage to electronic components, when handling the H5007NL chip and its input and output circuits, electrostatic protective measures should be taken, such as wearing an anti-static bracelet and using an anti-static workbench and tools.

3.Impedance matching: The impedance of the input and output circuit should match the impedance characteristics of the H5007NL chip. This includes the impedance design of the input and output ports and the design of the matching network to ensure maximum transmission of signal energy without reflection or loss.

4.Power matching: The power of the input and output circuit should match the power characteristics of the H5007NL chip. This includes the design of power supply and power management circuits to ensure that the input and output circuits provide sufficient power to meet the needs of the H5007NL chip and ensure stable and reliable operation. In some application scenarios, the power requirements of the H5007NL chip may change over time and workload. Therefore, it is necessary to design circuits that can cope with this dynamic power demand to ensure that sufficient power can be provided during high peak power demands.

5.Signal matching: The signal of the input and output circuit should match the signal characteristics of the H5007NL chip. This includes matching of signal level, signal frequency, signal waveform, etc. to ensure that the signal can be transmitted accurately and processed correctly.

•Signal level matching: Ensure that the signal level input to the H5007NL chip is within the range acceptable to the chip. A signal level that is too high may cause damage to the chip, while a signal level that is too low may cause the signal to be distorted or not recognized correctly by the chip.

•Signal frequency matching: If the H5007NL chip processes high-frequency signals, then the input and output circuits also need to be able to handle the corresponding frequency range. Use transmission lines and components with appropriate bandwidth to reduce signal distortion and attenuation.

•Signal waveform matching: The shape and quality of the signal waveform are crucial to the accurate transmission and processing of signals. Make sure that the signal waveform generated by the input and output circuit matches the waveform expected by the H5007NL chip.

•Digital signal matching: If the H5007NL chip involves digital signal processing, the matching of digital signals also needs to be considered. Ensure that the logic levels, rates, and timing of digital signals match the chip's requirements.

•Noise and interference suppression: Noise and interference can seriously affect signal quality. When designing input and output circuits, appropriate measures should be taken to suppress noise and interference, such as using low-noise amplifiers, filters, shielded wires, etc.

•Analog signal matching: For analog signals, attention should be paid to the DC offset, gain, bandwidth and other parameters of the signal to ensure that they match the analog interface of the H5007NL chip.

 

Ⅶ.Application fields of H5007NL

1.Medical equipment: In medical equipment, the H5007NL chip can be used in medical imaging equipment, medical monitoring equipment and other fields to achieve data transmission, isolation and protection functions.

•Medical imaging equipment: The H5007NL chip can be used for high-speed data transmission between medical imaging equipment, such as the connection between ultrasound, MRI, CT and other imaging equipment and image processing and analysis systems. It can ensure the fast and accurate transmission of high-quality imaging data and provide doctors with a clear basis for diagnosis.

•Medical monitoring equipment: The H5007NL chip can be used in medical monitoring equipment to realize real-time transmission of patient physiological data (such as electrocardiogram, blood pressure, blood oxygen saturation, etc.). This helps doctors obtain patients' physiological information in a timely manner and make accurate diagnosis and treatment decisions. In medical monitoring systems, real-time communication and data exchange are required between multiple devices. The H5007NL chip can provide a high-speed and stable data transmission channel to ensure smooth and accurate communication between devices.

•Medical instruments and equipment: The H5007NL chip can be used for communication and data transmission within medical instruments, such as the connection between sensors and processors. It can ensure the accurate transmission and processing of data within the instrument and improve the performance and reliability of the instrument. The H5007NL chip also has an isolation protection function to prevent medical equipment from external interference and damage. This helps improve the stability and service life of the device.

2.Network communication: H5007NL chip is widely used in the field of network communication. Due to its high-speed data transmission capabilities and support for multiple network protocols, it is often used in network equipment such as routers and switches to provide stable and smooth data transmission effects.

•Data Center: In data centers, large amounts of data need to be transferred quickly between servers, storage devices, and network devices. The high performance and stability of the H5007NL chip make it an ideal choice for data center network equipment.

•Routers and switches: The H5007NL chip's high-speed data transmission capabilities make it ideal for routers and switches. These devices need to forward large amounts of data quickly and accurately, and the H5007NL chip can provide stable and efficient data transmission effects to ensure smooth network traffic.

•Cybersecurity equipment: As network security threats increase, network security equipment becomes increasingly important. The H5007NL chip's high-speed data processing capabilities and support for multiple network protocols make it an ideal choice for network security equipment such as firewalls and intrusion detection systems.

•Wide Area Network (WAN) and Local Area Network (LAN): The H5007NL chip is suitable for building network equipment for WAN and LAN. It provides reliable connections and high-speed data transfer, ensuring optimal performance for every device on the network.

3.Network security equipment: H5007NL chip can be used in network security equipment to implement security functions such as data encryption, isolation, and authentication, such as firewalls, intrusion detection systems, etc.

•Isolation function: In network security equipment, the isolation function is used to divide the network into different security areas to prevent potential security threats from spreading from one area to another. The H5007NL chip can provide powerful isolation functions to reduce security risks by physically or logically isolating different network parts.

•Data encryption: The H5007NL chip has powerful data processing capabilities and can be used to perform advanced encryption algorithms, such as AES (Advanced Encryption Standard) or RSA (RSA public key encryption algorithm). Through data encryption, it is possible to ensure that sensitive information in network transmission (such as user passwords, payment information, etc.) is not intercepted or abused by unauthorized persons.

•Firewalls and intrusion detection systems: The H5007NL chip's high-speed data processing capabilities and powerful network protocol support make it an ideal choice for firewalls and intrusion detection systems. The firewall uses the H5007NL chip to filter network traffic more effectively and prevent malicious access and attacks. The intrusion detection system can use the chip to conduct real-time network traffic analysis and detect abnormal behaviors, thereby promptly discovering and responding to network attacks.

•Authentication: The H5007NL chip can be used to implement advanced authentication mechanisms such as certificate-based authentication, two-factor authentication, etc. By verifying a user's identity and access rights, unauthorized users can be prevented from accessing network resources, thereby protecting the network from malicious attacks.
•Network security policy and management support: The H5007NL chip can also support complex network security policy and management functions. It can work together with other security devices to achieve unified network security management, including access control, log analysis, incident response, etc.

4.Power system: In the power system, the H5007NL chip can be used in smart grids, power monitoring systems and other equipment to achieve data communication, isolation and protection functions.

•Smart Grid: The H5007NL chip's high-speed data transmission capabilities and network protocol support make it an ideal choice in smart grids. Smart grid requires the real-time and accurate collection, transmission and processing of large amounts of data, including information on all aspects of power consumption, generation, distribution and transmission. The H5007NL chip can ensure the stable and efficient transmission of these data and provide strong data support for smart grid decision-making.

•Data communication: In the power system, a large amount of data communication is required between various devices, including device status, control instructions, fault information, etc. The H5007NL chip has high-speed and stable data transmission capabilities, which can meet these communication needs and ensure that all parts of the power system can exchange information in real time and accurately.

•Power monitoring system: The power monitoring system needs to monitor the status of the power grid in real time, including key parameters such as voltage, current, and frequency. The H5007NL chip's high-speed data processing capabilities and network protocol support make it an ideal choice for power monitoring systems. It can collect, transmit and process power grid data in real time, providing accurate and timely information for the monitoring system.

•Protection function: The H5007NL chip can also achieve protection function through its powerful data processing capabilities. For example, when a power grid fault occurs, the chip can quickly identify the fault type and take corresponding measures, such as isolating the faulty part and adjusting grid parameters, to prevent the fault from having a greater impact on the power system.

5.Network switching equipment: H5007NL chip can be used in network switching equipment to implement data transmission, isolation and protection functions, such as Ethernet switches, routers, etc.

•Data transmission: The H5007NL chip has high-speed data transmission capabilities and is suitable for high-bandwidth applications such as large files and streaming media. In Ethernet switches and routers, this feature ensures fast and stable transmission of data, reduces data transmission delay, and improves the overall performance of the network.

•Protection function: The H5007NL chip also has excellent protection function, able to monitor network traffic, identify abnormal behavior, and take corresponding measures to prevent network attacks. For example, when abnormal traffic or suspicious behavior is detected, the chip can automatically isolate the affected port or device to prevent the attack from spreading.

•Isolation function: In network switching equipment, isolation function is crucial to ensure network security. Through its powerful isolation technology, the H5007NL chip can isolate different network traffic to prevent potential attacks and interference. This helps protect the network from security threats such as malicious access, data leakage, and more.

•Routing function: In routers, the H5007NL chip plays a key role. It supports multiple network protocols and interface standards and can provide flexible network connection methods. Whether it is a wired or wireless connection, the chip can provide high-quality connection performance and ensure stable data transmission.

6.Wireless network: H5007NL chip is also commonly used in wireless network equipment, such as wireless routers and modems. It supports wireless connections and can provide high-quality network connection performance to ensure users' stability and convenience in network use.

•Wireless connection support: The H5007NL chip has built-in advanced wireless communication technology and supports multiple wireless standards, such as Wi-Fi, Bluetooth, etc. This enables wireless routers and modems to provide users with a fast and stable wireless connection experience, meeting the needs of modern users for high-speed networks.

•Security and Stability: In wireless networks, security and stability are crucial. The H5007NL chip uses advanced security technologies, such as WPA3, AES encryption, etc., to ensure that user data transmission is effectively protected from malicious attacks or theft.

•High-quality network connection performance: The H5007NL chip ensures that wireless network equipment provides excellent network connection quality with its high-performance data processing capabilities. Whether it is downloading, uploading or online gaming applications, this chip can maintain stable network connection speed and low latency, providing users with a smooth network experience.

•Compatibility and scalability: The H5007NL chip supports a variety of network interfaces and protocols and has good compatibility and scalability. This means that wireless routers and modems can be seamlessly connected to various devices and network systems, providing users with a broader range of network application scenarios.

7.Automation control system: In the automation control system, the H5007NL chip can be used in optical coupling drive circuits to achieve isolation of input and output signals while providing high-speed response and low transmission delay. This makes it ideal in a variety of communication systems and automation control applications.

•High-speed response and low transmission delay: Automation control systems have strict requirements on response speed and transmission delay. The H5007NL chip has the characteristics of high-speed response and low transmission delay, and can quickly process signals and data in a short time to ensure efficient operation of the system. This fast response capability enables the system to make decisions and adjustments quickly, improving the real-time performance and control accuracy of the system.

•Signal isolation: In automated control systems, signal stability and reliability are crucial. The H5007NL chip uses optical coupling technology to isolate input and output signals, effectively preventing the impact of electrical noise and interference on signal quality. This isolation not only improves the accuracy of the signal, but also enhances the system's ability to resist interference.

•Compatibility with other systems: The H5007NL chip is designed with support for multiple interfaces and protocols, so it can be seamlessly integrated with other systems and devices. This compatibility makes it an indispensable part of the automation control system, providing users with a flexible and scalable solution.

 

Ⅷ.Replacement model of H5007NL

•TG1G-S002NZRL
•HX5004NL
•H5004NL
•H5004
•749020011

Frequently Asked Questions

1.What type of electronic component is H5007NL?
H5007NL is a transformer, specifically designed for telecommunications and networking applications.

2.How does H5007NL ensure signal integrity and isolation in networking applications?
H5007NL utilizes advanced transformer technology to provide high-quality signal transmission while effectively isolating the input and output signals to prevent interference and ensure data integrity.

3.What are some considerations for integrating H5007NL into a circuit design?
When integrating H5007NL into a circuit design, designers should consider factors such as impedance matching, power requirements, signal integrity, and environmental conditions to ensure optimal performance and reliability.