Hey Ryan,
Correct, R4 and R3 or R5 and R6 will allow for gain adjustment. It is important that R5=R6 and R4=R3, but we can change the ratio of these resistor pairs to adjust the gain
R5 and R6 = 10k :
R5 and R6 = 5k:
A biproduct of this change is…
Part Number: OPA564 Tool/software: HI:
I need a unit gain buffer (G=1), and input voltage -15v ,voltage rising time (from 0~90%) as 20us, so I choose OPA564
I tried following two cases:
case 1.
vin = -15V , V+ = 0V ,V- = -24V => This case failed …
Part Number: OPA564 Hi,
I'm using the OPA564 with Vanalog = +/-5,5V.
I read in the datasheet that (V–) + 3.0V ≤ VDIG ≤ (V–) + 5.5V
So I understand that I my Vdig must be comprised between -2.5V and 0V, so it must be negative.
But…
Part Number: OPA564 Hi support team all.
I have two question about temperature spec.
<Question>
1.Do the above two temperature ranges refer to ambient temperature, junction temperature, or case temperature?
2.What part of the device is TCASE?
…
Part Number: OPA564 Hi Experts,
Please find below label copy and explain what is meant by SWR?.
Also verify the part markings are inline with the TI requirements.
Looking forward for your valuable support.
Thank you.
Regards
Manoj Balakrishnan.
Part Number: OPA564 Other Parts Discussed in Thread: AFE030 , OPA521 , AFE031 , AFE032 In the OPA564 datasheet there is Figure 58 entitled "Detailed Powerline Communication Circuit" but there is no additional detailed information about the circuit in the…
Other Parts Discussed in Thread: OPA564 , PSPICE-FOR-TI , OPA564-Q1 Hi. I'm trying to use the OPA564 "AC Reference Design" directly as-is from PSPICE. When I place a voltage probe on the output and try to run a simulation, I get errors, including the attached…
Part Number: OPA564-Q1 Other Parts Discussed in Thread: OPA564 , Hello team,
When customer tested the OPA564 power supply sequence, measured voltage rose from 0V to 3V, the rise time difference between Vsupply and VDIG was very small, basically the same…
