E-TA2012 T 5DB N3

Attenuators are devices used to reduce the strength of signals, usually referred to as power signals. E-TA2012 T 5DB N3 is one of the models of attenuators for power signals.

Application Field

E-TA2012 T 5DB N3 is a heavy-duty, high-powered, thermoplastic attenuator, which is specifically designed for transmitting impedance signals in the range of 1 dB to 100 dB. This model is commonly used in RF and microwave applications, such as WiFi, satellite communication, RFID systems, and commercial cellular applications. It provides excellent performance and stability over wide temperature and frequency ranges.

Working Principle

The working principle of E-TA2012 T 5DB N3 attenuator lies in the use of a current limiting diode connected in parallel with the input impedance. The diode prevents the current from exceeding a predetermined level, thus protecting the device from damage. The diode also limits the amplitude of the signal, thus reducing the power level of the signal.The input impedance of E-TA2012 T 5DB N3 attenuator is adjustable and can be tailored to match the frequency, power level, and impedance of the signal. The adjustable impedance allows the user to adjust the attenuation level to optimal levels.

Performance Characteristics

E-TA2012 T 5DB N3 attenuator has a wide frequency range of DC to 100 GHz. It has good linearity and high isolation levels. The adjustable input impedance allows the user to select the optimal signal level for each situation. The signal loss is lower than 10 dB in both the high and low frequency ranges. The operating temperature range of the device is from -55°C to +125°C, which means it can be used in extreme environment conditions.

Conclusion

E-TA2012 T 5DB N3 attenuator is a versatile, high-performance device designed for RF and microwave applications. It provides excellent performance and stability over a wide temperature and frequency range. The adjustable input impedance allows the user to select the optimal signal level for each situation. Its low signal loss makes it an ideal choice for applications that require optimal signal strength.