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Chip Termination
Chip Termination is a common form of electronic component packaging, commonly used for surface mount of circuit boards. Chip resistors are one type of resistor used to limit current, regulate circuit impedance, and local voltage.
Unlike traditional socket resistors, patch terminal resistors do not need to be connected to the circuit board through sockets, but are directly soldered to the surface of the circuit board. This packaging form helps to improve the compactness, performance, and reliability of circuit boards.
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Leaded Termination
Leaded Termination is a resistor installed at the end of a circuit, which absorbs signals transmitted in the circuit and prevents signal reflection, thereby affecting the transmission quality of the circuit system.
Leaded Terminations are also known as SMD single lead terminal resistors. It is installed at the end of the circuit by welding. The main purpose is to absorb signal waves transmitted to the end of the circuit, prevent signal reflection from affecting the circuit, and ensure the transmission quality of the circuit system.
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Flanged Termination
Flanged terminations are installed at the end of a circuit, which absorb signals transmitted in the circuit and prevent signal reflection, thereby affecting the transmission quality of the circuit system.
The flanged terminal is assembled by welding a single lead terminal resistor with flanges and patches. The flange size is usually designed based on the combination of installation holes and terminal resistance dimensions. Customization can also be made according to the customer’s usage requirements.
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Coaxial Inset Termination
Inset Coaxial Termination is a common electronic device component used for testing and debugging RF circuits and systems. Its main function is to ensure the performance stability and reliability of circuits and systems at different frequencies and powers.
The Inset coaxial load adopts a coaxial structure with internal load components, which can effectively absorb and disperse power in the circuit.
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Coaxial Low PIM Termination
Low intermodulation load is a type of coaxial load. The low intermodulation load is designed to solve the problem of passive intermodulation and improve communication quality and efficiency. At present, multi-channel signal transmission is widely used in communication equipment. However, the existing testing load is prone to interference from external conditions, resulting in poor test results. And low intermodulation loads can be used to solve this problem. In addition, it also has the following characteristics of coaxial loads.
Coaxial loads are microwave passive single port devices widely used in microwave circuits and microwave equipment.
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Coaxial Fixed Termination
Coaxial loads are microwave passive single port devices widely used in microwave circuits and microwave equipment.
The coaxial load is assembled by connectors, heat sinks, and built-in resistor chips. According to different frequencies and powers, connectors typically use types such as 2.92, SMA, N, DIN, 4.3-10, etc. The heat sink is designed with corresponding heat dissipation dimensions according to the heat dissipation requirements of different power sizes. The built-in chip adopts a single chip or multiple chipsets according to different frequency and power requirements.
