Distribution Amplifiers FS73X series — 5 MHz, 10 MHz, broadband & CMOS distribution amplifiers FS735/1/4 rear panel with one Broadband 50 Ω Distribution Amplifier and one 10 MHz Distribution Amplifier side by side. FS73X Series Distribution Amplifiers 5 MHz and 10 MHz Distribution · Amplitude leveling · Low additive phase noise · Excellent isolation CMOS Distribution · High input impedance w/ hysteresis · High current outputs · Fast transition times 50 Ω and 75 Ω Broadband Distribution · Large dynamic range The FS730 (benchtop) and FS735 (19" rack-mount) systems distribute low-noise 5 MHz and 10 MHz frequency references. The FS730 has one input and seven outputs, and the FS735 is a dual-amplifier system with two inputs, each with seven outputs. Inputs are AC coupled, and the source impedance is 50 Ω at 5 MHz or 10 MHz. Each input is conditioned by a limiter which provides several advantages: it removes amplitude modulation from the input signal, fixes the output amplitude, and any input noise that 10 MHz Distribution Amplifier Limiter Characteristic · Flat frequency response Introducing the FS730 and FS735 Distribution Amplifier series — 5 MHz, 10 MHz, CMOS, and Broadband models for a variety of applications. 10 MHz distribution amplifier limiter characteristics Stanford Research Systems

FS730 and FS735 Series Distribution Amplifiers occurs more than 50 mV away from the zero-crossing is blocked. Virtually any waveform with a duty cycle near 50 % may be used as an input. with two inputs, each with seven outputs. All inputs and outputs are logic levels. The Schmitt trigger inputs have a switching threshold of +1.3 VDC with 0.35 V of hysteresis. The input impedance is 1 kΩ. Each output has a 50 Ω source impedance with logic levels of 0 and 5.0 VDC. The 50 Ω source impedance will reverse terminate reflected pulses when driving unterminated lines. High impedance loads will be driven...

FS730 has one input and seven outputs, and the FS735 is a dual-amplifier system with two inputs, each with seven outputs. The inputs and outputs are DC coupled and each have a 50 Q (Opt. 4) or 75 Q (Opt. 5) impedance. Applications include the distribution of frequency references, IRIG timing signals, composite video, audio, etc. There are four indicator LEDs. The “power” LED indicates that the unit has AC power. The “signal” LED indicates that an input signal greater that 300 mV is present. The “overload” LED indicates that the input signal has exceeded ±2 V. (7-ch.) with BNCs on front FS730/2 5...

5 MHz &10 MHz Distribution AmplifiersInput Frequency Level Waveform Impedance Coupling Output Waveform THD Level (50 Q load) Impedance Coupling Bandwidth (-3 dB) Spurious Isolation Pulling TC of phase 5 MHz or 10 MHz, ±1 % 0 dBm to +16 dBm (0.6 Vpp to 4 Vpp) Any with = 50 % duty 50 Q, ±5 % at 10 MHz Series LC (open at DC) CMOS Distribution Amplifiers Input Impedance Threshold (L to H) Threshold (H to L) Transition time Frequency Pulse width Input Impedance Linear range Damage (DC) Damage (1 ps) Output Impedance Nominal load Performance (50 Q loads) Gain (50 Q load) xl.00, ±2 % Gain (high-Z...