4608H-102-202LF

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• Resistor Networks, Arrays
• Introduction to 4608H-102-202LF

The 4608H-102-202LF is a type of resistor network, array, manufactured by CTS Corporation. It is a 50 ohm four-terminal network with a trace width of 0201 inches. The package size is 2.0mm x 1.2mm x 0.6mm. It is a surface mount resistor network that can be used in many applications from automotive to communications and medical fields.

• Application Field

The 4608H-102-202LF is a flexible device that can be used in a wide variety of applications. It is suitable for a low-power DC signal, in process control, data transmission, etc. It is also suitable for AC signal in communications, automotive electronics, medical equipment, etc. The four-terminal 50 ohm resistor network is also suitable for the applications that need better isolation and immunity from EMI noise, such as the low noise amplifier in the wireless communication equipment.

• Working Principle

The 4608H-102-202LF is a four-terminal resistor network which consists of precision resistors. The resistors in the 4608H-102-202LF are connected in series-parallel structures, or divided into sub-networks for multi-load balancing applications. The four-terminal resistor network, the 4608H-102-202LF\'s low resistance and low profile enable a very high common-mode impedance, thus providing superior EMI noise suppression. The resistors in the 4608H-102-202LF are constructed using single-layer of high precision thin-film technology on a ceramic substrate. The 4608H-102-202LF has a small size and a very low maximum voltage rating, capable of supporting only high frequency signals.

• Conclusion

The 4608H-102-202LF is a four-terminal 50 ohm resistor network, array. It is suitable for many different applications, from automotive to medical and communication devices. Due to its small size, low resistance and high frequency capability, it is suitable for use in EMI noise suppression applications. It is a precision resistor network that is built on a ceramic substrate with single-layer of high-precision thin-film technology.

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