What Is H1102N Pulse Ethernet Transformer?
16 October 2023
Ⅲ. Pin configuration, symbol and footprint of H1102NL
Ⅳ. Technical parameters of H1102NL
Ⅵ. Working principle of H1102NL
Ⅶ. Dimensions and package of H1102NL
Ⅷ. What are the uses of H1102NL?
Ⅸ. How does H1102NL ensure the reliability of network communication?
The network transformer plays a important role in electronics by primarily converting digital signals into voltage to meet the transmission needs of network port signals. In certain network port configurations, a separate network signal transformer is devised to streamline circuits and cut down expenses. The H1102NL transformer is a well-established choice for standard 100M network port signals in traditional product design. In this article, we will learn more about the H1102NL transformer from the aspects of technical parameters, features, working principle and application.
The transformer is a crucial electrical device that operates on the principle of electromagnetic induction. It consists of two interlinked coils, which transform electrical energy into magnetic field energy to adjust voltage levels. When one coil receives alternating current, it generates an alternating magnetic field. This field alters the magnetic flux in the second coil, inducing an electromotive force. This mechanism facilitates the transmission and distribution of electrical energy, ensuring a dependable and steady power supply for diverse equipment.
The H1102NL, a versatile transformer module manufactured by Pulse Electronics, is suitable for a wide range of power and audio equipment applications. It operates reliably in temperatures spanning from 0°C to 70°C and can withstand diverse environmental conditions. Encased in a durable tubular package, it safeguards its internal components. This module is available in two turns ratios: 1:1 and 1:2, offering flexibility in its usage. Notably, it employs a single-port transformer to ensure seamless 10/100base-t network transmission, making it an excellent choice for network equipment. Both the primary and secondary sides of the transformer exhibit low DC resistance (DCR) values of 0.65 ohms, ensuring exceptional electrical performance and minimal energy loss. Furthermore, its compact dimensions, measuring 12.7 mm in length, 9.53 mm in width, and 6.09 mm in height, make it easy to integrate into a variety of electronic devices.
Replacement and equivalent:
• H1260NL
• H5015NLT
• H5062NLT
• H1199NL
• FETRA1493
H1102NL has a total of 16 pins. Its pin names and functions are as follows:
Pin 1 (Transformer 1 inputs): Signal input pins for the first transformer
Pin 2 (Transformer 1 inputs): Signal input pins for the first transformer
Pin 3 (Transformer 1 inputs): Signal input pins for the first transformer
Pin 6 (Transformer 2 inputs): Signal inputs for the second transformer
Pin 7 (Transformer 2 inputs): Signal inputs for the second transformer
Pin 8 (Transformer 2 inputs): Signal inputs for the second transformer
Pin 9 (Transformer 2 outputs): Signal output pins for the second transformers
Pin 10 (Transformer 2 common): Secondary common for the second transformer
Pin 11 (Transformer 2 outputs): Signal output pins for the second transformers
Pin 14 (Transformer 1 outputs): Signal output pins for the first transformer
Pin 15 (Transformer 1 common): Secondary common for the first transformer
Pin 16 (Transformer 1 outputs): Signal output pins for the first transformer
• High compatibility: Besides conventional routers and switches, it can offer flexible utility in a range of network adapters like USB network cards and portable Wi-Fi devices, significantly enhancing user convenience.
• Strong scalability: The H1102NL module exhibits robust scalability, accommodating various transmission rates and protocols while remaining adaptable and upgradeable to meet the specific requirements of customers.
• Built-in center bias circuit: This circuit has the capacity to enhance signal quality, reliability, and deliver more consistent performance.
• Supports 10/100Mbps data transmission rate: This module facilitates data transmission at a speed of 10/100Mbps, enabling the rapid transfer of substantial data volumes, making it ideal for situations demanding high-speed data transmission.
• Compliant with RoHS standards: It follows environmental protection and health guidelines during the production process, and has less impact on the environment and human health.
• Low cross-coupling and noise: By effectively minimizing mutual interference among modules, we secure the stability and reliability of data transmission. In intricate systems, substantial interference and noise not only diminish system performance but also compromise data transmission quality and reliability, jeopardizing system security. Therefore, when designing electronic systems, we must fully consider the effects of low cross-coupling and noise to ensure the stability and reliability of data transmission.
H1102NL, a magnetic transformer, comprises the primary coil and the secondary coil, constructed from insulated wires coiled around each other. In communication equipment, for signal transmission between locations, the input signal is typically linked to the primary coil, and the output signal is typically linked to the secondary coil. The flow of current through the primary coil generates a magnetic field within it.
According to Faraday's law of electromagnetic induction, when the current in the primary coil changes, it induces a voltage in the secondary coil. The working principle of the transformer is based on this principle, changing the voltage and current of the output signal by controlling the current changes in the main coil. This allows the transformer to be used for signal transmission, isolation, impedance matching and other electronic applications.
The H1102NL measures 12.7 mm in length, 9.53 mm in width, and 6.09 mm in height and is housed in an SOP-16 package.
• Audio equipment: In audio amplifiers and audio processing equipment, it can be used to reduce noise and interference and improve audio quality.
• Automotive electronics: H1102NL can be employed within automotive electronic control units (ECUs) to mitigate electromagnetic interference and maintain the proper functioning of vehicle electronic systems.
• Power management: It can be used in power management circuits to help filter noise and stabilize the power supply voltage.
• Medical equipment: H1102NL can be employed in medical devices like electrocardiographs, magnetic resonance imaging (MRI) machines, and X-ray equipment to mitigate electromagnetic interference, thereby ensuring the precision and dependability of these instruments.
• Power inverter: It can be employed to mitigate electromagnetic interference in circuits within various applications, including solar inverters and electric vehicle chargers.
• Data communications: It is also suitable for incorporation into network and communication equipment, including Ethernet switches, routers, network cards, and more, to mitigate electromagnetic interference and enhance signal quality.
First of all, H1102NL has the characteristics of low latency and high throughput, which can quickly process large amounts of data in a short time and improve the efficiency and quality of network communication.
Secondly, H1102NL has good electromagnetic compatibility, which can effectively suppress interference, prevent signal distortion and deformation, and ensure the stability and reliability of data transmission.
Furthermore, H1102NL has the capability to validate both transmitted and received data packets, guaranteeing the integrity and precision of data. Should a data packet contain errors, H1102NL will autonomously retransmit it until the data transmission is successful.
H1102NL also adopts signal redundancy technology, which can automatically switch to backup signals in the event of signal failure. This design greatly improves the reliability of data transmission. Not only that, it also ensures the stability of the network connection, allowing users to conduct various network activities smoothly.
In addition, H1102NL also supports automatic negotiation of transmission rate and duplex mode, which can automatically select the best transmission rate and duplex mode based on the performance of the connected device and the network environment, improving the stability and reliability of data transmission. This design greatly facilitates user use and avoids the trouble and possible problems of manual settings.
Frequently Asked Questions
1. What is H1102NL?
H1102NL is a part number from Pulse Electronics, commonly associated with common mode chokes used for EMI filtering in electronic circuits.
2. What is the use of H1102NL?
A component known as an ethernet transformer is utilized to prevent this from influencing the transmitting and receiving circuits. The H1102NL is one such transformer, with two magnetics for transmitting and receiving sections, as well as common mode protection.
3. What is the purpose of a common mode choke like H1102NL?
Common mode chokes are used to suppress electromagnetic interference (EMI) that occurs on both signal lines in a cable or circuit.
4. What are the key specifications and features of H1102NL?
The specifications and features of H1102NL may include inductance values, current ratings, impedance at certain frequencies, and physical dimensions.
