Part Number: TPS281C100 Tool/software: Hello,
Is this part a good option if we just want to use a 3.3V MCU logic signal to enable a direct 6S (up to 25.2V) switch to a payload?
Thanks!
Hey Ortal,
Maximize the copper coverage on the PCB to increase the thermal conductivity of the board. The major heat-flow path from the package to the ambient is through the copper on the PCB. Maximum copper is extremely important when there are not any…
Cezar,
For short-to-ground, the biggest factor here would be peak power. The device reacts to the short-to-ground event within a matter of ~5uS or so (by engaging the current limit), so the level of impedance on the "short" would play a factor here. For…
Part Number: TPS281C100TPS281C100 datasheet: SLVSH72 error
In the table in Section 6.7, tDR is up to 45 us and tON is up to 40 us, so tDR is longer than tON. On the other hand, in Figure 7-2, tDR is always shorter than tON. Please tell me the correct specifications…
Part Number: TPS1HC30-Q1 Other Parts Discussed in Thread: LM5117 , TPS281C100 , LM5060 , TPS2400 Hello,
We are developing regulated current sources using the LM5117 in multiple current ranges and wish to add a series mosfet switch Q4 in the output as in the…
Hi Andy,
Yes for devices with integrated VDS clamps to demagnetize inductive loads (TPS281C30A, TPS281C30B, TPS281C100, TPS1H100-Q1, etc), the ability to demagnetize inductive loads is maintained when the device turns off due to its internal protection…
Hi Grady,
What is the PWM frequency of this application? Our high side switches are not meant for PWM applications higher than 2kHz.
If f ≤2kHz, we have the following single channel devices (linked) capable of handling 24V and 2.5A: options
Our new …
