ROHM Product Detail

BU33TD2WNVX

200mA 3.3V, Fixed Output, High PSRR, High-Accuracy CMOS LDO Regulator
Data Sheet Buy *
BU33TD2WNVX

BU33TD2WNVX
200mA 3.3V, Fixed Output, High PSRR, High-Accuracy CMOS LDO Regulator

The BU**TD2WNVX / BU**TD3WG series integrates a 200mA output high performance FULL CMOS regulator into an ultra-compact SSON004X1010 package (1.0mm×1.0mm×0.6mm) & SSOP5 package(2.9mm×2.8mm×1.15mm). Additional features include a circuit current of only 35µA for low power consumption along with superior noise and load response characteristics, making them ideal for use in power supplies for a wide variety of applications, including logic ICs, RF circuits, and camera modules.

Data Sheet Buy * Sample *
* This is a standard-grade product.
For Automotive usage, please contact Sales.
Data Sheet Buy * Sample *

Product Detail

 
Part Number | BU33TD2WNVX-TL
Status | Recommended
Package | SSON004X1010
Packing Type | Taping
Unit Quantity | 5000
Minimum Package Quantity | 5000
RoHS | Yes

Specifications:

ch

1

Withstand Voltage (Max.)[V]

6.5

Vin(Min.)[V]

1.7

Vin(Max.)[V]

6

Iout(Max.)[A]

0.2

Vout Type

Fixed

Vout Accuracy

±1.0% (Ta=25℃)

Circuit Current[mA]

0.035

Dropout Voltage (Typ.)[V]

0.22(Io=0.2A)

Ripple Rejection [dB]

70

Load Regulation[mV]

10(Io=0.01mA to 100mA)

Output Capacitor[µF]

0.22

Shutdown Function

Yes

Thermal Shut-down

Yes

Over Current Protection

Yes

Over Voltage Protection

No

Under Voltage Lock Out

No

Discharge Function

Yes

Soft Start

No

Operating Temperature (Min.)[°C]

-40

Operating Temperature (Max.)[°C]

85

Find Similar

Features:

・High-accuracy output voltage of ±1% (±25 mV on Vout < 2.5V products)
・High ripple rejection: 70 dB (Typ., 1 kHz,)
・Compatible with small ceramic capacitor (CIN=Co=0.47 µF)

Reference Design / Application Evaluation Kit

 
    • Reference Design - REF67011
    • NFC Telemetry-Based Rotating Component Torque Sensing

    • In this reference design, a strain sensor and the ML7660-EVK-002 are attached to the shaft. It is now possible to directly measure and collect data on the strain of the rotating shaft, which was previously impossible.

      Specifically, the measurement process follows these steps:
      1) The power supply LSI wirelessly supplies power to the power receiving LSI.
      2) The power receiving LSI supplies power to the strain sensor via a wired connection.
      3) The strain sensor measures the strain of the rotating shaft.
      4) The strain sensor sends the strain measurement data to the power receiving LSI via a wired connection.
      5) The power receiving LSI wirelessly transmits the measurement data to the power supply LSI.

      This reference design uses the STREAL SR300 sensor manufactured by Glosel. If you plan to use Glosel sensors, please check directly with Glosel for availability and procurement details in advance.
      https://www.glosel.co.jp/en/contact/

X

Most Viewed