Part Number: TLV9034 Hello!
I am using the TLV9034 and I have a difficulty.
I am using it in the basic mode without hysteresis. The following is a list of characteristics of the schematic:
V+ :3.3V;
V- : 0V(GND);
IN+:input signal,amplitude from 6mV to 50mV…
Part Number: TLV9034-Q1 Other Parts Discussed in Thread: UCC44273 , UCC27517 Hello,
I want to use TLV9034-Q1 to drive 4 different MOS gates.
I want to use full range of output current available for sinking and sourcing (apparently 90-100mA according…
Part Number: TLV9034 Hi,
I am using the TLV9034PWR comparator and am facing great difficulty with eliminating chatter at the output. I have followed the datasheet's recommendation for an inverting comparator with hysteresis in section 8.1.2.1, but have…
Part Number: TLV9034 Hi,
Is there more information about the switching characteristics of the TLV9034 with Vs=3.3V (like table 6.9 in the datasheet)? I am specifically interested in the min/max toggle frequency at this supply voltage.
Thanks,
Michael …
Other Parts Discussed in Thread: OPA994 , OPA2544 , TLV9034 Hi Input +/- 10V driving below 10mA Current. i need buffer output same voltage +/-10v i need current 50mA each channel drive output Required.
Please suggest device or circuit Reference this is…
Hi Shreeneet,
TLV7012 (dual push pull) should be ok for this application. I only recommended TLV903x and TLV3202 as they have better speed capabilities and accuracy which would be helpful in terms of phase lag and duty cycle of the waveforms. TLV9034…
A typical value is 4 mA at V CC = 3.3 V. But the maximum is not specified.
To stabilize the voltage, use a larger decoupling capacitor.
To avoid the shoot-through current, use a comparator like the TLV9034.
Part Number: SN74LVC8T245 Other Parts Discussed in Thread: ISO7740 , TLV9034 Hi sir,
I wanna find a 245 series Voltage level translat ors like SN74LVC4245APWR but can connect different GND.
In my design, GND1 and GND2 have 0.8V Dropout Voltage。
thank you for…