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300 mA small LDO regulator ICs combined low quiescent bias current with high ripple rejection ratio and fast load transient response: TCR3UG series

Product News 2017-11

The package photograph of 300 mA small LDO regulator ICs combined low quiescent bias current with high ripple rejection ratio and fast load transient response: TCR3UG series.

The “TCR3UG series” are 300 mA output and small size LDO regulator ICs for power management system built in IoT modules, wearable devices smartphones etc.
The new products, TCR3UG series regulators feature low quiescent bias current and have improved tradeoff between ripple rejection ratio and load transient response in industry's highest level.
The TCR3UG series regulators deliver the industryʼs best trade-offs between these characteristics[1]. They also deliver various protection features, such as thermal shutdown, overcurrent protection and inrush current suppression.
Housed in the industry-leading small WCSP4F package[1], which measures 0.645×0.645 mm (typ.), t=0.33 mm (max), the TCR3UG series helps reduce the size and thickness of mobile applications.
The new LDO regulators are suitable for use in sensor power supply in applications that require long battery life, and applications susceptible to noise and voltage fluctuations. The series offers 62 LDO regulators, available with 31 output voltages, ranging from 0.8 V to 5.0 V, and with and without automatic output discharging, allowing easy selection for the regulator that best suits the customerʼs requirements.

Notes:
[1] By a output current 300 mA LDO regulator, as of September 2017, from a survey by Toshiba Electronic Devices & Storage Corporation.

Features

  • Low quiescent current: IB(ON1)=0.34 μA (typ.)
  • High ripple rejection ratio, high speed load transient response:
    R.R.=70 dB (typ.), ⊿VOUT=60 mV (typ.)
  • Small WCSP4F package: 0.645×0.645 mm (typ.), t=0.33 mm (max)

Applications

  • IoT modules, wearable devices and smart phones

Product Specifications

(@Ta=25°C)

Part
number
Package Absolute
maximum
ratings
Output
voltage
VOUT
typ.
(V)
Input
voltage
VIN
@IOUT=
1 mA
(V)
Quiescent
current
IB(ON1)
typ.
@VOUT
1.5 V,
IOUT=
0 mA[2]
(μA)
Ripple
rejection
ratio
R.R.
typ.
@VOUT=
0.8 V,
IOUT=
10 mA,
f=1 kHz[2]
(dB)
Drop-out
voltage
VIN-VOUT
typ.
@VIN=
3.3 V,
IOUT=
300 mA
(mV)
Load
transient
response
⊿VOUT
typ.
@VIN=
3.3 V,
VOUT=
0.8 V,
IOUT=
1⇔50 mA[2]
(mV)
Name Size
typ.
(mm)
Output
current
IOUT
(mA)
TCR3UG
series
WCSP4F 0.645×0.645,
t=0.33 (max)
300 0.8 to 5.0 1.5 to 5.5 0.34 70 140 ±60

Notes:
[1] By a output current 300 mA LDO regulator, as of September 2017, from a survey by Toshiba Electronic Devices & Storage Corporation.
[2] Common test conditions (Unless otherwise specified) @VIN=VOUT+1 V (VOUT>1.5 V), VIN=2.5 V (VOUT≤1.5 V), CIN=1.0 μF, COUT=1.0 μF

Lineup

No. Part number Output
voltage
typ.
(V)
Auto-
discharge
No. Part number Output
voltage
typ.
(V)
Auto-
discharge
No. Part number Output
voltage
typ.
(V)
Auto-
discharge
1 TCR3UG08A 0.8 Yes 22 TCR3UG30A 3.0 Yes 43 TCR3UG15B 1.5 No
2 TCR3UG085A 0.85 23 TCR3UG31A 3.1 44 TCR3UG175B 1.75
3 TCR3UG09A 0.9 24 TCR3UG32A 3.2 45 TCR3UG18B 1.8
4 TCR3UG095A 0.95 25 TCR3UG33A 3.3 46 TCR3UG185B 1.85
5 TCR3UG10A 1.0 26 TCR3UG35A 3.5 47 TCR3UG19B 1.9
6 TCR3UG105A 1.05 27 TCR3UG36A 3.6 48 TCR3UG25B 2.5
7 TCR3UG11A 1.1 28 TCR3UG41A 4.1 49 TCR3UG26B 2.6
8 TCR3UG115A 1.15 29 TCR3UG42A 4.2 50 TCR3UG27B 2.7
9 TCR3UG12A 1.2 30 TCR3UG45A 4.5 51 TCR3UG28B 2.8
10 TCR3UG13A 1.3 31 TCR3UG50A 5.0 52 TCR3UG285B 2.85
11 TCR3UG135A 1.35 32 TCR3UG08B 0.8 No 53 TCR3UG30B 3.0
12 TCR3UG15A 1.5 33 TCR3UG085B 0.85 54 TCR3UG31B 3.1
13 TCR3UG175A 1.75 34 TCR3UG09B 0.9 55 TCR3UG32B 3.2
14 TCR3UG18A 1.8 35 TCR3UG095B 0.95 56 TCR3UG33B 3.3
15 TCR3UG185A 1.85 36 TCR3UG10B 1.0 57 TCR3UG35B 3.5
16 TCR3UG19A 1.9 37 TCR3UG105B 1.05 58 TCR3UG36B 3.6
17 TCR3UG25A 2.5 38 TCR3UG11B 1.1 59 TCR3UG41B 4.1
18 TCR3UG26A 2.6 39 TCR3UG115B 1.15 60 TCR3UG42B 4.2
19 TCR3UG27A 2.7 40 TCR3UG12B 1.2 61 TCR3UG45B 4.5
20 TCR3UG28A 2.8 41 TCR3UG13B 1.3 62 TCR3UG50B 5.0
21 TCR3UG285A 2.85 42 TCR3UG135B 1.35 - - - -

Pin Assignment and Application Circuit Example

The illustration of pin assignment and application circuit example of 300 mA small LDO regulator ICs combined low quiescent bias current with high ripple rejection ratio and fast load transient response: TCR3UG series.

The application circuits shown in this document are provided for reference purposes only. Thorough evaluation is required, especially at the mass-production design stage. Toshiba Electronic Devices & Storage Corporation does not grant any license to any industrial property rights by providing these examples of application circuits.

Information in this document, including product prices and specifications, content of services and contact information, is correct on the date of the announcement but is subject to change without prior notice.

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·Before creating and producing designs and using, customers must also refer to and comply with the latest versions of all relevant TOSHIBA information and the instructions for the application that Product will be used with or for.