601L ENI RF Amplifier
The 601L is a 1 GHz 1.2 Watt RF Amplifier from ENI. Amplify RF and Microwave signals to measure, test, and design circuits. Applications include radio communications, cellphones, EMI testing, and much more.
- 1 Watt Linear UHF Amplifier
- For Signal Distribution
- Rugged Compact Design
- Operates into any load
- Low Distortion
- Class of Operation: Class A
- Frequency Range: 800 kHz to 1000MHz
- Rated Output Power: 1.0 Watt (0.8 – 1000 MHz)
- Gain: 40 dB
- Gain Flatness: ± 2.5dB
- Input for Rated Output: 0.1 mw (-10dBm)
- Input Impedance / VSWR
- 50 2.5:1
- Output Impedance / VSWR: 50 3.0:1
- Harmonic Level: <-22 dBc @ 1.0 W output
- Ruggedness: OO :1 VSWR
- Noise Figure: 10 dB Typical
- Spurious Output: <-60dBc
- Primary Power: 100 – 240 VAC 47-63 Hz.; 1 A @ 120 V; 0.5 A @ 240 V
- Temperature Range: 0 to 45 degrees C
- Cooling: Forced Air
- Front Panel
- Controls: AC On/Off
- Indicators: AC Power On
- Connectors: RF Input/Output (BNC)
The 601L Broadband Amplifier is a rugged source of RF power suitable for a variety of UHF signal distribution and general laboratory applications. It is a compact fully solid state design. It features low-level intermodulation distortion and inherent protection against short and open circuit loads. The 601L amplifies the inputs of AM, FM, SSB, pulse and other complex modulations within its output and bandwidth capability.
The 601L produces 1 Watt of Class A linear output power over a frequency range of 800 kHz to 1000 MHz with a nominal gain of 40 dB (+/-2.5dB). In order to provide exceptionally low levels of IMD, highly linear RF devices are used, with feedback, in the driver and output amplifier stages. All harmonics are more than 22 dB below the fundamental frequency at 1.0 Watt Pout.
An integral power supply allows for operation directly from an input of 115/230 V single phase. Both the power supply and the forced air cooling are conservatively designed for operation over a wide temperature range.
Complete stability and instantaneous fail-safe protection ensure operation in to mismatch and overdrive conditions. The 601L will withstand a + 13dBm Input signal for all load conditions.