Part Number: TLC393 Hi team,
just to be sure we are not missing anything here. The TLC393I shall be used with +/-7V bipolar supply. The datasheet does mention the bipolar supply option. But as long as the the inputs are within the supply rails and the…
Part Number: TLC393 TINA TI. How do I insert the second half of a dual comparator like the TLC393. The first time I insert the part it shows it as the first half (pins 1, 2,3 ,4 and 8). How do I insert the second half (pins 5, 6, and 7). Inserting the…
Part Number: TLC393 Other Parts Discussed in Thread: LM2936 Hello,
I'm using the TLC393 as a 12V voltage comparator, but also need to keep the current consumption really low.
The problem is that some IC's show a low consumption, about 250 uA, and…
Part Number: TLC393 Other Parts Discussed in Thread: TLV274 , , LMC6772 , TLV1702 , TLV3402 , LMC6484 , TLV2374
I am trying to design a thermostat and I originally used the op amp TLV274 as a comparator with some success, but I wasn't happy with the response…
Other Parts Discussed in Thread: TLC393 Hello Team,
Would you please let me know the functional block diagram for TLC393?
Because my customer would like to know it.
Regards,
Hidetoshi Matsunami
Other Parts Discussed in Thread: TLC393 , TLV1702 , TLC352 , TLC339 , TLC372 , TLC3702 Hi,
We are considering output voltage is unexpected when low VDD.
The output voltage should be low on this condition.
What is the VDD voltage to change output voltage high…
Other Parts Discussed in Thread: TLC393 , TLC3702 Hi,
from the datasheet I have the impression, that the only difference between TLC393 and TLC7302 is the output stage. Is this true? In the datasheet of the TLC7302 it is written, that the input voltage…
Part Number: LM2903 Other Parts Discussed in Thread: TLC393 I'm trying to test the Electrical Characteristics of the LM2903 on page 10 of the product's datasheet. Some of the parameters I am trying to test (Input Offset Voltage, Large-Signal Differential…
Other Parts Discussed in Thread: TLC393 , LM339 1. I am using TLC393 op-amp as comparator with 15V supply.
2. Inverting terminal is connected with 1:1 voltage divider (10M each), by 3V voltage source.So that voltage at inverting terminal is 1.5V.
3. Non…