Part Number: TLV2460 Hello Team,
The TL2460 has a shutdown pin, which does not appear to be specified in the Absolute Maximum Ratings table in the data sheet.
Should the absolute maximum negative rating of the /SHDN pin be '-0.5V' like any other device…
Part Number: TLV2460 Dear Sir or Madam,
Please could you inform me about terminal finish for each one of the 2 parts TLV2460IDBVR & TLV2460IDBVT. Please could you tell me the thickness of Au in case the terminal finish is NiPdAu or NiAu or Au.
…
Part Number: TLV2460 Other Parts Discussed in Thread: TINA-TI , TLV2464 , AMC1200 , TL431 Hello everyone,
I have inherited a circuit in which multiple reference voltages are derived from a single reference voltage: resistance divider outputs are buffered…
Hi Rohit,
Sorry I forgot to provide more details.
The input will be between 3.08-4.2V and output 2.5V.
I will feed one LMP7731 and one TLV2460.
With this spec your best recommendation would still be TPS7A94 and TPS7A30?
Part Number: TLV2460 Other Parts Discussed in Thread: TINA-TI Tool/software: TINA-TI or Spice Models Hi,
Can I set the input value over 3V?
In the following simulation, Vin is a triangle wave from 0 to 5V with DC level 2.5V. When it is 5V, the positive…
Hi,
And also I guess that the IN+ of TLV2460 has two ESD protection diodes as below. Is my understanding correct? This simplified equivalent circuit is referred from Fig.54 in datasheet.
Best Regards,
Satoshi
Part Number: TLV2460-Q1 Dear all,
*Could you teach me your recommend device?
>Condition
input signal: square wave with some mega heltz(max)
output: 1nF capacitance, (and we think to add resistor in series)
Rail: Out
Gain: x1 (voltage follower)
features;…
Other Parts Discussed in Thread: TLV2460 Hi, I am using a TLV2460 OpAmp as a voltage follower. 99% of the time (99% DC) there is a 2.65V difference in the non-inverting input and the output of the OpAmp. The non-inverting input sees 2.65V, while the output…
Hello Renan,
Thank you for your patience. Unfortunately, we do not seem to have the ESD data for this exact part.
The good news is that we do have data for the TLV2460 part, which is a very similar part. The data is for SOIC and not for the SOT-23. However…
Guang Zhou said: If you don’t like “20 V/V”, you can convert to anything that makes you comfortable - 20mV/mV, 20KV/KV, 20000mV/V, 0.02V/mV, 0.00002KV/mV…
Again the reason to convert is to keep both sides of the equation (V/V)…
