Part Number: TLV61220 Other Parts Discussed in Thread: TPS61220 Hello.
With the TLV61220, is it possible to boost the output voltage to 5.0V when the input voltage is 0.7V?
Thank You.
Part Number: TLV61220 Hi Team,
My customer is wondering why there's only equation in the datasheet but on the website it shows 500-2000kHz?
Should we consider it as 500-2000kHz? Thanks!
Patty Chuang
Part Number: TLV61220 Other Parts Discussed in Thread: TPS61099 Hi Team,
I see another thread about below question and feedback,
May I know what is the minimum duty for this device? The TLV61220 works in hysteretic current operation. The current ripple…
Part Number: TLV61220 Other Parts Discussed in Thread: BQ25606 Hi Team,
In a customer's application, the TLV61220 is connected to the Sys pin of BQ25606 which outputs 4.2V from a lithium ion battery. The output voltage of TLV61220 drops when connected…
Part Number: TLV61220 Been working on this a few days, but no progress. I'm trying to boost a single AA battery to 3.3V
The main recommendation in the issues I've researched is the output capacitor, so I tried soldering one across the IC.
Inductor…
Part Number: TLV61220 Other Parts Discussed in Thread: TPS61089 ,
Team,
-Can the TLV61220 support pass-through like TPS61089? https://e2e.ti.com/support/power-management/f/196/t/806364
-What will happen if Vin > Vout (for example: Vin: 3.35V or 3.4V / Vout…
Part Number: TLV61220 In our design, the output voltage is very close input voltage. The FB of the divider resistor is 825k and 110k. The output voltage should be regular at 4.25V. But I measure the actually output voltage is different. Please refer below…
Part Number: TLV61220 Other Parts Discussed in Thread: BQ25601 I've designed the boost converter to 5V, 90mA output current for 3.6V input.
Without connecting to the load I'm getting 5V output.
After connecting to the load the volatge is dropping…
Part Number: TLV61220 Other Parts Discussed in Thread: TPS61070 , TPS61073 , TPS61071 Hello,
we are using TLV61220 for 5V design, we implement the design same as application circuit given in datasheet.
when we make EN pin to GND, output voltage remains…