Part Number: LM66100-Q1 Other Parts Discussed in Thread: LM66100 , TPS2116 Hello Sir:
We want to use LM66100-Q1 on battery pack protection.
Our function requirements shows below.
1. only discharging from battery side to load side.
2. cannot charge battery…
Part Number: LM66100 Hi TI engineer,
I have a question about RCB application, datasheet show that the max turn on threshold is VCE- VIN=80mV
when the power on so the switch on and VOUT = VCE=VIN, why switch can be maintained ON state?
by the way, because…
Part Number: LM66100 Other Parts Discussed in Thread: LM66200 , TPS2116 , TPS22953 , Hi,
Is it ok to use 2 chips in parallel to double the current handling capacity? If not, do you have other chip to recommend? The specs are: Input voltage 1.5-5.5V, output…
Part Number: LM66100 Other Parts Discussed in Thread: TINA-TI Hi,
I have imported the PSPICE model for the LM66100 (found on the component's page) into LTSpice and when I try to run the simulation, I get the following error: "Undefined subcircuit zx"…
Part Number: LM66100 Hello Experts, My customer would like to know device power consumption current while RCB working. Customer used a circuit as Figure 13 in datasheet. Vout is 5V and Vin is 0V. The reverse current(current through to VIN from VOUT) is…
Part Number: LM66100 Hi Guys.
Good day. Please help to check the customer's circuitry for Battery plus external supply.
I have copied and paste the details below for clearer information.
I was supplied with an electronic prototype device from a supplier…
Part Number: LM66100 Other Parts Discussed in Thread: TPS2113A , TPS2110A , TPS2111A , TPS2114A , TPS2115A , TPS2112A , TPS2116 Hi, I have a related question to this topic. We know that it's generally not a good idea to put batteries in parallel because one…
Part Number: LM66100 Other Parts Discussed in Thread: TPS22916 For my application, the supply voltage to a particular chip (on the VOUT side of LM66100) may come from either an on-board supply (on the VIN side of the LM66100) OR from a programming header…
Part Number: LM66100 Hi
I have connected two LM66100 in parallel for
The Vin1 is 3.4 - 4.8V.
Vin 2 is 5.5V.
The voltage source is slected by CE from a microcontroller with Logics : High (2.6V) and Low(0V). Datasheet seems to say that to TURN OFF, CE should…