Looking for Pin Diode Driver solution

The families of CCD drivers might be useful here, that is kind of a higher voltage range - not sure those cover that and are usually a min dual config. The other avenue might be the THS3491 linear amp, but then you will need to add an iso R to the Cload which may slow you down too much. 

Hello Archie,

  Michael's THS3491 suggestion would be the best option (output current + high voltage + extended BW) from high speed amplifier side. 

  Our LED driver product line will be too slow and our low-side driver product line would be too high on the power side for this application. So, I will be moving this thread to our CCD driver group. It might need to also go through our buffer and drivers group.

Thank you,

Sima 

Hello Michael/Sima,

Thanks for the details.

Looking forward to hear it also from CCD driver team.

Regards,
Archie A.

Hi Sima,

Got update from customer.

I need to place a resistor about 50-80 ohm at the output of driver in order to control pin diode current whose turn on voltage is about 1V. THS3491 can be a solution but it will be an overspec solution with high price for this application

I find LM5110 and LM5112 gate drivers and they are capable of providing negative output. But, the negative output is limited to -5V maximum. I can satisfy VCC-VEE=14V max. specification but my VEE voltage should be -9V.

Is there another low side driver capable of -9V VEE voltage? Thank you for your confirmation.

Thank you.

Regards,
Archie A.

Hello Archie,

  Thank you for the additional information.

  Since, the customer is limiting the output current and adding an isolation resistor, here are other options that could work sorted by price: 

https://www.ti.com/amplifier-circuit/op-amps/high-speed/products.html#p1261max=14;44&p23typ=100;8000&p512=100;3100&p22typ=200;8000&!p2192=Decompensated;Differential%20to%20Single-ended%20conversion;Shutdown,%20Decompensated&p1498=Catalog&sort=p1130;asc

  All the devices in the link will work with above or at 14V max with any split supply configuration. 

Thank you,

Sima