Hi folks,
I'm really new to electronic and I have a design challenge I'd like to solve for school:
Design a 10 Mhz square wave oscillator with 50% duty cycle and output of 1 VPP.
I'd like to design a real simple but faily accurate and inexpensive circuit so I started looking online and saw the LTC6900 from Linear Technology as a good option, it only requires one external resistor to set the frequency and it offers 50% duty cycle square wave, I can power it with a standard 5v supply, however, the output will then be a 0 to 4.8 - 4.95, I thought about maybe feeding this output to a non-inverting high-speed op-amp with a gain of 1/4.8 but now I'm really confused because I think there might be a better approach, any suggestions please?
I'm really new to electronic and I have a design challenge I'd like to solve for school:
Design a 10 Mhz square wave oscillator with 50% duty cycle and output of 1 VPP.
I'd like to design a real simple but faily accurate and inexpensive circuit so I started looking online and saw the LTC6900 from Linear Technology as a good option, it only requires one external resistor to set the frequency and it offers 50% duty cycle square wave, I can power it with a standard 5v supply, however, the output will then be a 0 to 4.8 - 4.95, I thought about maybe feeding this output to a non-inverting high-speed op-amp with a gain of 1/4.8 but now I'm really confused because I think there might be a better approach, any suggestions please?