Used JAPAN RADIO COMPANY JEM-413AA #9109160 for sale

JAPAN RADIO company JEM-413AA is high-quality electronic test equipment designed for use in telecommunications, engineering, and research settings. Its main features include a highly sensitive RF amplifier, a diode detector, a peak-hold function, a signal-level meter, and a digital display providing users with easy-to-read measurement readings. JEM-413AA enables accurate and reliable measurements of radio-frequency signals, including frequency, amplitude, and power. Its specific features include a Type-N antenna port, a 10dB attenuator, a 1000 pF maximum capacitance, a 1000nF maximum inductance, a 0-30 dB range, a built-in signal strength meter, and a frequency range of 200 kHz to 1 GHz. JAPAN RADIO company JEM-413AA is equipped with an advanced RF amplifier that allows precise and sensitive measurement of extremely weak signals. It features a wide frequency range, excellent sensitivity, low distortion, and a high signal-to-noise ratio. The sensitivity can be adjusted for even greater accuracy. JEM-413AA also has a diode detector which is used to measure the amplitude of the RF signal. It has a peak-hold feature which captures and holds the peak value of the signal for further analysis. The unit also includes a signal-level meter that displays the incoming signals strength. This feature is useful in troubleshooting and diagnosing signal strength problems. Finally, JAPAN RADIO company JEM-413AA digital display provides easy-to-read readings, allowing users to easily verify accuracy and reliability. This display also shows the results of measurements taken from the various modes, such as frequency, power, and amplitude. JEM-413AA is an effective tool for professionals who require precision and reliability when measuring RF signals. It has a wide frequency range and is capable of detecting even the weakest signals. With its advanced features and easy-to-use display, JAPAN RADIO company JEM-413AA is an excellent choice for professionals who need to monitor or measure RF signals.