XC6706C281PR-G is a XC6706 series high speed 3-pin voltage regulator. It is a high-speed 3-pin LDO regulator IC using CMOS process. This series are low supply current 1.2µA, despite achieves high accuracy, and high ripple rejection. Internal circuitry includes a reference voltage supply, error amplifier, Pch driver FET, current limit circuit, thermal shutdown and phase compensation circuit. It is built-in with a soft start function to suppress inrush current and overshoot at startup. The series start up the output voltage in 1.0ms. Application includes industrial equipment, smart meters, gas detectors, smoke detectors, sensor / IoT devices, FA devices, domestic electrical appliances, consumer equipments, energy harvest, devices with 2~4 Li-ion rechargeable battery directly connection, devices with 2 Li-ion battery directly connection / 4 or more dry batteries (other).
- 1.2µA low supply current, 3.5V to 20.0V operating voltage range
- Accuracy is ±1.5%, 200mA maximum output current, 2.8V output voltage
- 50dB at 1KHz high ripple rejection, seamless GO, soft-start function
- Current limit, thermal shutdown protection function
- Ceramic capacitor input / output capacitor, C type, 1 fixed number
- SOT-89 package, operating ambient temperature range from -40 to 105°C
Product details
| Output Type:
Fixed
|
| Input Voltage Min:
3.5V
|
| Input Voltage Max:
20V
|
| No. of Outputs:
1Outputs
|
| Output Voltage Nom:
2.8V
|
| Output Voltage Min:
-
|
| Output Voltage Max:
-
|
| Polarity:
Positive Output
|
| Output Current Max:
200mA
|
| Dropout Voltage Typ @ Current:
500mV
|
| IC Mounting:
Surface Mount
|
| IC Case / Package:
SOT-89
|
| No. of Pins:
3Pins
|
| Operating Temperature Min:
-40°C
|
| Operating Temperature Max:
105°C
|
| Product Range:
2.8V 200mA LDO Voltage Regulators
|
Other details
| Brand |
TOREX |
| Part Number |
XC6706C281PR-G |
| Quantity |
Each (Supplied on Cut Tape) |
| Technical Data Sheet EN |
 |
All product and company names are trademarks™ or registered® trademarks of their respective holders. Use of them does not imply any affiliation with or endorsement by them.
