Part Number: TLV6002-Q1 Tool/software: Dears,
The model used by the customer is TLV6002QDRQ1, packaged in SOIC-8, as shown on page 29 of the specification. As discussed over the phone, please refer to the information on the coplanarity dimensions…
Part Number: TLV6002 Hi, I recently decap TLV6002QDRQ1 and realized that there's no TI logo, die marking inconclusive.
I am testing these parts for the first time. Is this a common phenomenon?
Part Number: TLV6002 Other Parts Discussed in Thread: TLV9002 Dear,
Our ctm want to find a PA that has the similar parameter,but has lower power dissipation than TLV6002IDGKR.
Could you give some advice? Thank!
Part Number: TLV6002 Other Parts Discussed in Thread: OPA2376 , TLV272 , Could you share the Temperature Dependency Data for TLV6002, TLV272, and OPA2376 ?
Our customer is just working on these devices for their next gen system, then they want to…
Part Number: TLV6002
Hi,
My customer hopes that TLV6002 can output 5mV on V+=5V, V-=GND, RL=50 kΩ connected to GND (not Vs/2), Ta=-20℃~70℃. If RL=50 kΩ is connected to GND, is this realized?
How should we judge this?
We are referring the below…
Part Number: TLV6002 Hi,
Input negative voltage range is specified GND - 0.2V.
Does this value depend on temperature?
My customer hopes to output 0V at -30℃~70℃.
Is this realistically?
Best Regards,
Kuramochi
Part Number: TLV6002 Other Parts Discussed in Thread: TLV6001 , TLV9001 , TLV9002 Hi
I have some question about the output current.
#1: The short circuit current is defined on the datasheet as below.
How much is the Min and Max value? (It…
Part Number: AMP-PDK-EVM Other Parts Discussed in Thread: TLV6002 Tool/software: Hello,
Today, I came across a document by chance, and I found it to be very well written. However, there is a section where I believe the description might be incorrect…
Part Number: LMV321 Other Parts Discussed in Thread: LM321LV , TLV6002 , TLV9151 , TLV9001 Hi,
Customer looks for replacement for ST LMV321. His concercern is p2p(SOT23-5) and offset.
The offset of ST/LMV321 is 0.1mV(TYP). TI LM321LV is 1mV, and…
Please label both axis of the graph below so I can understand how much phase shift per unit time (not count) you measure - see below.
Please note that -3dB bandwidth of your circuit configuration is about 428kHz and therefore at 5kHz input signal…
