PE-65855NLT Filters

Common Mode Chokes are passive components designed to attenuate the amount of noise, signals, or electromagnetic pulses that may contaminate a circuit. This reduces the risk of system malfunction and ensures data integrity. The PE-65855NLT is a common mode choke designed for use in high-performance, high-bandwidth applications.The PE-65855NLT is a high-performance common mode choke specifically designed for use in telecommunications, consumer electronics, and industrial applications. The device has a low-profile design and is constructed using thick-film resistors. It offers excellent attenuation performance up to 10GHz and has a maximum common mode current rating of 500mA.The PE-65855NLT is designed for use as a line-termination device in high-speed signal transmission circuits such as Ethernet, serial, and other applications operating up to 10GHz. The device features a low-impedance differential mode path that helps to reduce signal reflections. The device also has a high-impedancecommon mode path that helps to reduce the noise generated by electromagnetic interference (EMI).The PE-65855NLT is designed using an advanced thick-film resistive material and employs high-efficiency, low-power consumption technology. The device is constructed using two parallel paths; a low-impedance differential path and a high-impedance common mode path. The differential mode path is used to route the signal from one port to the other. The common mode path consists of the device’s integrated inductor, which provides the high-impedance common mode path.The device offers excellent common mode suppression, which helps to reduce EMI generated by radiated emissions. The device also offers low insertion loss, which helps to reduce signal reflections. The low insertion loss of the device helps to ensure that maximum power is delivered to the intended load. The device has a low capacitance, which helps to minimize crosstalk.The PE-65855NLT is an excellent device for use in high-speed telecommunications, consumer electronics, and industrial applications. It offers excellent common mode suppression, low insertion loss, and low capacitance. The device is designed to offer excellent performance up to 10GHz and is highly reliable.