Part Number: BUF602 Hello Again:
Does anybody know the output overdrive recovery time of a buf602?
This is a case where its input might go to the negative rail (gnd for single supply), and the output can't reach the rail. What then is the recovery…
Part Number: BUF602 Hello,
I am try to attenuate a 6V CCD analog output using 2 BUF602 buffers in order to digitize the signal using an AFE. In the first stage, the BUF602 acts as a voltage follower buffer and in the second stage, it is used to buffer…
Part Number: BUF602 Other Parts Discussed in Thread: BUF634 , TINA-TI I'm looking at using a BUF602 in a closed servo loop, driving a single mosfet with gate capacitance in the 400pF-800pF range. This is in an analog pulse application. Mosfet is common…
Part Number: BUF602 I had given 5V TTL signlas from LVC series level translator to BUF602 but o/p TTL level is 3.3V. The power supplies to BUF602 are +5V and -5V. PLease provide a solution to take 5V TTL level as O/P.
If BUF602 cannot give 5V TTL Level…
Hi David,
To answer your questions:
1. The BUF602 cannot operate on +/-15V supplies as you have used in TINA-TI. The maximum supply voltage it can operate at is +/-6.3V supply. Also, you would need to be careful of not overdriving the BUF602 input beyond…
Part Number: BUF602 Hello everyone,
I'm designing a Final Test board for a new DC-DC converter. This device has two SYNC pins which are I/O pins that either output a clock @ 500KHz or take in an
external input clock.
When its configured as an output…
Hi Will,
Is it possible for you to disconnect the BUF602 and only connect maybe an electronic load instead? I suspect the BUF602 caused the load current changing.
And according to your video, the VNEG has raised up to higher than -4.5V and then the VNEG…
Part Number: TPS65133 Other Parts Discussed in Thread: BUF602 , , LM3671 , CC2650 , FDC2214 Dear TI experts,
Can the ±5V output of TPS65133 supply power to BUF602 a high speed unit gain buffer?
Sorry, this question might be too basic. According to…
Yes, Anant, the BUF634 is an open loop buffer, so it has a relatively high output impedance - that becomes part of the gain equation into your load and will look like offset voltage but is probably more like a gain error. The BUF602 is closed loop, but…