Part Number: TL7660 Currently design a transimpedance amplifier system with multiple op amps operating under dual supply conditions. I was looking into using a TL7660 to convert a 3 V input supply to a -3V so that I can supply both 3 V (Vcc) and -3 V…
Hi Nini,
Thanks for confirming that a DC input (V+) will become an inverted DC output (Vout) using the TL7660. I will post my query regarding LODs in another forum/post then!
Have a good day.
Part Number: TL7660 hi team,
customer intended to use the TL7660 to design a circuit that turns a positive (0, 5V) signal into a negative (-5V, 0V) level, but the actual test did not meet expectations, the actual situation as shown in the oscilloscope…
Part Number: TL7660
The image shows that if we draw less current from the IC then the change in output resistance with temperature is more. Can we extrapolate this logic to conclude that if the current drawn is even lower, i.e. of the order of one micro…
Part Number: TL7660 Hi All,
I have aquestion about TL7660.
1) Can the TL7660 pass an output current (Iout) of 100mA?
2) Does RSW fluctuate depending on the specification conditions? Please tell me Min and Max of RSW.
3) I have a question about the graph…
Part Number: TL7660 Hi Support Team.
In the Qualification Summary, the results of ESD-HBM and CDM are described as "See data sheet". However, the datasheet does not show the results of ESD.
Please tell me ESD data (HBM data , CDM data) of TL7660IDGKR…
Part Number: TL7660 Other Parts Discussed in Thread: TIDA-01423 , , LM27761 Hi Experts,
Good day.
Can you help me select recommended charge pump device that can output -5V with 5V input?
I am seeing TL7660IDR, can this be used on this conversion? In page…
Part Number: TL7660 Hi, Support Team
We need to know TL7660CDR for Power dissipation.
We saw datasheet Tj=150 deg and ambient temp=30 deg
we calculator PD=(150-30)/97=1.23W is correct?
if any, Please advise me.
Thanks,
Best regards,
Lawrence