Part Number: TLV3502-Q1 Other Parts Discussed in Thread: TLV3502 , TLV3501 , LMH7220
Dear TI expert,
In my design, TLV3502's output is fed to FPGA. For the convenience, I want to design 2 PCBs and TLV3502 , FPGA are on seperate boards as Fig1. Both boards…
Part Number: TLV3502-Q1 Hi Experts,
Could you please let us know the detail of the fMAX definition for TLV3502-Q1? What kind of configuration/circuit and input signal should be assumed for fMAX?
I quoted the table below. fMAX is 80MHz typical under Overdrive…
Part Number: TLV3502-Q1 The datasheet states that the absolute max output current is 74mA, but apart from power/thermal issues, is there any additional information on how the currents can impact performance of this chip? Mainly in regards to rise and…
Pin 7 of the TLV3502-Q1 is high when PULSER_LR is above 2.48 V. Pin 6 of the TLV3502-Q1 is high when PULSER_SR is above 2.48 V.
YOU understand my question
Part Number: TLV3502 Other Parts Discussed in Thread: , TLV3501 Dear sir,
Good evening.
Kindly provide us TLV3502/TLV3502-Q1 spice model to simulate in TI for pspice.
We found only TLV3501 spice model which has shutdown feature in TLV3502 product reference…
Part Number: DRV8343-Q1 Other Parts Discussed in Thread: TLV3502 , TIDA-010031 , MSP430FR2355 Hi team,
Per we talked, my customer plan to use DRV8343-Q1 and need to sensor BEMF. They choose the way that estimate BEMF by using a BEMF comparator. Do we have…
Hi Charles,
Based on these conditions, do you have recommended current shunt resistor value?
I proposed 10mΩ shunt with 0.5W to 2W rating and 1% or better. The resistor dissipation is approx. 1mΩ*4.2^2 = 0.18W.
Since this is low side of current…
Hello,
I imagine the conversion should work, if you ensure the there is enough hysteresis to avoid chatter. I have not personally implemented one before though.
Here are a couple some fast Comparators for your review:
http://www.ti.com/paramsearch/docs…
Hello Hirotaka,
No. 0V and 5V will not damage the inputs. Differential Abs Max is ±5V. But the output condition may not be correct at those levels.
As you saw, the input range limits are (V+) - 2V and (V-) + 1V. The "Common Mode Limits" graphs…