50 Ohm Driver Circuit - 50 ohm driver circuit rf oscillator when you are connected to buffer a tester to outside tool we should have an booster with enough bandwidth and power disposition ability the sn54128 is designed to drive 75 ohm lines the sn74128 is designed to drive 50 ohm lines the sn74128 is designed to drive 50 ohm lines the sn54128 is characterized for operation over the full military temperature range of 55 176 c to 125 176 c this article describes a 50 ohm driver circuit bc550 the principle is very simple very practical the circuit ponents can help you understand better grasp this principle when you are connected to buffer a tester to outside tool we should have an booster with enough bandwidth and power disposition ability this circuit is a very simple for unity gain buffer it is only two pairs of emitter followers circuit notes to buffer a test generator to the outside world requires an lifier with.

sufficient bandwidth and power handling capability the circuit is a very simple unity gain buffer it has a fairly high input impedance a 50 ohm output impedance a wide bandwidth and high slew rate the circuit is simply two pairs of emitter ollowers 5v pecl to cmos 50 ohm driver logic level translators 5v pecl to cmos 50 ohm driver this circuit is intended to translate a 5v differential pecl input to cmos levels in a 50 ohm load span class news dt 09 09 2014 span nbsp 0183 32 i m building a programmable analog signal generator to drive some scientific equipment the equipment says it has an input impedance of 50 ohms and uses 50 ohm a 50 ohm cable chapter 14 transmission lines early in my explorations of electricity i came across a length of coaxial cable with a label of 50 ohms printed along its outer sheath figure below 50 ohm 50 ohm rf solutions with a wide variety of industry standard.

cables ponents and board level interconnects or with mix and match flexibility on cable assemblies span class news dt 30 09 2009 span nbsp 0183 32 hi robert thanks for your reponse you re right the 50 ohm load termination makes a significant difference my scope can do 1m and 50r the problem was not the driver but the capacitance of the tvs causing the slow rise time large rc time constant



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