Stanford Research Systems SIM914 is a two-channel, 350 MHz bandwidth, DC-coupled, 50Ω amplifier with a gain of 5× (+14 dB). The two channels may be cascaded for a gain of 25× (+28dB). The full scale input is ±200 mV. The input noise (above 1 kHz) is typically 5.2 nV/ √Hz. The output is linear over ±1 V and should be terminated into a 50 Ω load. Output rise and fall times are 1.3 ns. The output will recover from a 10× full-scale overload within 3 ns. The unit is protected from ±50 V, 1 µs input overloads.
Stanford Research Systems SIM914 is a two-channel, 350 MHz bandwidth, DC-coupled, 50Ω amplifier with a gain of 5× (+14 dB). The two channels may be cascaded for a gain of 25× (+28dB). The full scale input is ±200 mV. The input noise (above 1 kHz) is typically 5.2 nV/ √Hz. The output is linear over ±1 V and should be terminated into a 50 Ω load. Output rise and fall times are 1.3 ns. The output will recover from a 10× full-scale overload within 3 ns. The unit is protected from ±50 V, 1 µs input overloads.
Stanford Research Systems SIM914 is a two-channel, 350 MHz bandwidth, DC-coupled, 50Ω amplifier with a gain of 5× (+14 dB). The two channels may be cascaded for a gain of 25× (+28dB). The full scale input is ±200 mV. The input noise (above 1 kHz) is typically 5.2 nV/ √Hz. The output is linear over ±1 V and should be terminated into a 50 Ω load. Output rise and fall times are 1.3 ns. The output will recover from a 10× full-scale overload within 3 ns. The unit is protected from ±50 V, 1 µs input overloads.
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