Part Number: TPS2596 Using tps259631 as an efuse to protect motor driver. Current limit set at 1.2A
device functions under min load conditions , but when load is applied to motor such that more than 1.2 A is being consumed, the tps259631 trips, then…
Part Number: TPS2596 Hi, I am using TPS259620 latched version in my design and I have set I_LIMIT to 1.2A. I am obeserving that at current limit the VOUT is not zero insteal it is a sawtooth wave ( pink waveform) with a High of 5.2( same as Vin) and a…
Part Number: TPS2596 Hi Team,
Can you please help us understanding a seeming inconsistency we see in the spec sheet for this component.
The spec sheet gives two ways of calculating Rlim for a given desired I limit.
Graph
Equation
The issue…
Part Number: TPS2596 Other Parts Discussed in Thread: TPS2595 Hi sir,
Do we have Efuse with OVP/OVP/OTP auto retry feature?
I can't tell if TPS2596 is auto retry or not, seems its behavior is latch and clamp.
Vout: 12V, Iout: 2.5A
Pls suggest…
Part Number: TPS2596 I'm analyzing a block of circuit on a design and saw that pin8(OVLO) is shorted to ground using a resistor but I cannot find any information on what happens when this config is used in the datasheet.
Part Number: TPS2596 Hi,
I've designed my circuit to limit the current to 750mA using TPS259631. In lab testing, I found that if I connect a load that wants to draw more than 750mA, it is limited to 750mA (using E-load in CC mode). However, if I short…
Part Number: TPS2596 Tool/software: Hi,
In my design, I use TPS259631. If a short circuit happens at the device's output, the overtemperature protection activates. How long can the device remain in this protected state? Will it continue functioning…
Part Number: TPS2596 Hi,
Currently i am using TPS259620 in my design. My initial testing shows decrease in efficiecny and increase in power dissipatioin when i try to draw current higher that 0.7A
Vin
Vout
Iout
Pd
…
Part Number: TPS2596 Hi team,
My customer is checking overload their board (TPS259631(auto retry), ILIM=1A, VIN=12V).
They use e-load then set 1A, 1.5A accordingly.
But the waveform shows different current waveforms : 1.5A does not show 1A limit…
