Part Number: TLV61224 Hi,
I have two different designs using the TLV 61224 step-up converter. The input voltage comes from 2 AA alkaline batteries. We need a stable Vout = 3V. The load of the circuit is around 9mA. The first PCB layout works fine. The…
Part Number: TLV61224 Hi, I'm using this chip tlv61224 to obtain a constant power output supply of 3.0V out of two AA batteries. The load is about 20mA. I'm wiring this chip as stated in page 1 of the datasheet "Typical Application Schematic". No matter…
Part Number: TLV61224 Hi, An inductor of 2.2 μH or more is recommended in 8.2.2.2 "Inductor Selection" of Data Sheet P.10. Is this value effective? Or is it a nominal value? If it is nominal value, how much is required as an effective value? …
Part Number: TLV61224 Other Parts Discussed in Thread: TLV61220 , TPS61098 , TPS61099 Hello guys!
One quick question. I would like to have a stabilized (and fixed) output voltage of 3V. TLV61224 it's perfect for me, but... The input voltage must not be…
Part Number: TLV61224 Other Parts Discussed in Thread: INA129 I have a simple MSP430 FRAM circuit with a few sensors powered by the TLV61224 and a single AAA battery (1.5V). I am using the recommended layout and components from the datasheet.
I have measured…
Hi,
Our application is a simple BLE tag with TLV61224 to supply power for BLE chip Nordic nRF52832 from 1 cell battery.
We use the reference circuit provided in the datasheet as shown above with the following issues in first 5000pcs mass-production…
Thank you for the response. The ADXL is an accelerometer from Analog Device. I decided to go with the TLV61224 instead since I am not space constrained.