Hi,
As the title mentions, I am looking for a signal (sine, square, etc.) capable of more than the standard 10 Vp-p in a 50 Ohm load. My current need is 15 MHz but of course wouldn't mind if it goes higher than this. Arbitrary and GPIB capability is a bonus. Can you recommend models of generators that can achieve this?
Michel
As the title mentions, I am looking for a signal (sine, square, etc.) capable of more than the standard 10 Vp-p in a 50 Ohm load. My current need is 15 MHz but of course wouldn't mind if it goes higher than this. Arbitrary and GPIB capability is a bonus. Can you recommend models of generators that can achieve this?
Michel
I have a HP 3325B with the high-voltage option (002). The output goes to 40 Vpp into high-Z loads (500 Ohm, 500 pF) up to 1 MHz.
If you truly need high voltage up to 15 MHz into 50 Ohm, a dedicated amplifier might be the better/only option.
Samuel
If you truly need high voltage up to 15 MHz into 50 Ohm, a dedicated amplifier might be the better/only option.
Samuel
Hi Michel,
I'm going to agree with Samuel. You really need a power amplifier, which then frees you up on the choice of generator. Of course, you are looking for an RF power amplifier and you'll have to watch the match between load and amplifier.
-Chris
I'm going to agree with Samuel. You really need a power amplifier, which then frees you up on the choice of generator. Of course, you are looking for an RF power amplifier and you'll have to watch the match between load and amplifier.
-Chris
Hi Guys,
Thanks for the comments. You have convinced me to amplify the signal. The Mini-Circuits ZHL-2-8X-S+ appears to me to be adequate for my needs. My application is to drive a laser diode (having a 50 Ohm load).
Thanks.
Michel
Thanks for the comments. You have convinced me to amplify the signal. The Mini-Circuits ZHL-2-8X-S+ appears to me to be adequate for my needs. My application is to drive a laser diode (having a 50 Ohm load).
Thanks.
Michel
You might be better off with a specific laser diode driver. Either build a recommended circuit or get one of the instruments meant for this: https://www.avtechpulse.com/laser/ or Picosecond to nanosecond laser diode pulser - T165 It depends on what you need to do. If a square wave drive is OK you may be able to do something with a bunch of paralleled Shottky buffers. What is the forward voltage of the diode?
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