Voltage Transient Monitor IP
Filter
Compare
56
IP
from 13 vendors
(1
-
10)
-
Linear Regulator, Fast load transient respons voltage regulator optimized for sensitive application such as RF blocks
- Fast load transient response
- Output voltage drop is less than 10 mV for a 16 to 65 mA load current step change in 50 ns
- Voltage settles withing 2 mV of final voltage in less than 10 us under the same conditions
- Low Bill-of-Material
-
40 mA LDO voltage regulator (3.3/5.0V to 1.8V)
- TSMC 180nm technology
- 1.8V output voltage
- Output voltage trimming
- Maximum output load 40mA
-
30mA 2-channel LDO voltage regulator (output voltage each channel 1.0V)
- Samsung 28nm FD-SOI
- 1.8V analog input voltage
- 1.0V digital input voltage
-
Power regulator - SMIC 130nm Eflash low power
- Input voltage range:4.0~5.6V, output range: 2.93~3.63V;typical output voltage: 3.3V; 250mA driving ability; Fast transient ; IP area : 0.07mm2
-
Low Dropout (LDO) Capless Regulator, 25mA output, GF 22FDX
- Input voltage of 1.2V
- Output voltage of 0.79V to 0.86V
- Up to 25mA output current.
-
Low Dropout (LDO) Capless Regulator
- Input voltage of 1.2V
- Output voltage of 0.8V to 0.95V
- Up to 250mA output current
- Stable with on-chip capacitor up to 1nF capacitance
-
Low Dropout (LDO) Capless Regulator - GF 22FDX
- Input voltage of 1.2V
- Output voltage of 0.8V to 0.95V
- Up to 250mA output current
-
Low Dropout (LDO) Capless Regulator
- Input voltage of 1.2V
- Output voltage of 0.8V to 0.95V
- Up to 250mA output current
- Stable with on-chip capacitor up to 1nF capacitance
-
LDO WITH ULP LUDICROUS MODE
- SGC77100_01_GF_22FDSOI is a low-dropout, high current, fast response linear regulator for integration on SoC
- Presenting high stability and robust regulation, while maintaining low dropout and ultra-low quiescent, it is the ideal solution for IoT applications
- Offering good PSRR, soft start and over current protection, the SGC77100_01_GF_22FDSOI provides an innovative Ludicrous Ultra Low Power Mode that guarantees a quiescent reduction to virtually “0” quiescent
- Being specified from TJ = –40°C to +125°C, it is designed to achieve 3% overall accuracy (over Load / Line / Temperature).