Part Number: TLV1822-Q1 Other Parts Discussed in Thread: LM311 , OPA990 Tool/software:
hi i am using below part for generate 28v PWM output
TLV1822QDRQ1
input given 5 to 10v PWM signal 6 to 16khz frequency i need 28 PWM signal same frequency…
Part Number: TLV1822 Tool/software: Hello team,
For noise filter for output pin, my customer is consider to add large capacitance at output pin of TLV1822.
Do we have maximum value of load capacitance?
Best regards,
Shotaro
Part Number: TLV1822-Q1 Other Parts Discussed in Thread: TLV1822 Hi team,
I am just studying TLV1822 (Open Drain output type comparator)
I have found that if Vin+ >> Vin- , then Vout should be high. it means internal fet should be P Type FET or PNP Transistor…
Part Number: TLV1822 Other Parts Discussed in Thread: TLV3502 , TLV3602 , TLV3202 I am using TLV1822 device as an comparator circuit diagram is attached.
I have faced the issue that, comparator output Pulse OFF time is higher than pulse ON time.
I have…
Part Number: TLV1822-Q1 Other Parts Discussed in Thread: TLV1822 Dear Friend
When I tried setting a narrow hysteresis (400mv) with TLV1822, I wondered if a non-zero Low output of TLV1822 should be countable, the difference seems quite big.
I have Vcc …
Part Number: TLV1702 Other Parts Discussed in Thread: TLV1872 , TLV1822 Tool/software: Hi Team
Customer wanna design a window comparation circuit to sense the power voltage. it is VCC and -VCC, +15V and -15V. the threshold point is +12V and -12V.
is the…
Only the LM2903 and LM2903-N match these requirements.
As bipolar devices, the LM2903(-N) consume about 0.8 mA (total for both comparators). If you want to use a power-saving CMOS device like the TLV1822 or TLV1702, you need to use an SMD-to-DIP adapter…
Part Number: LM361 Other Parts Discussed in Thread: LM119 , TL712 , TL3116 , TLV3604 , LMH7322 , TLV1822 Hello, I have a problem with part LM361. on the datasheet the absolute max. Ratings Temperature os 0 to 70 °C. i want to change this part to LM161, where…
Hello Alessandro,
As usual, Clemens is correct!
The model indeed does force the output to half supply when there is a violation of input range or supply voltage to alert the user that something is wrong...This is mentioned in the header of the model.…