Datasheet gs7108 Datasheets

VOUT

GND

GS7108

EN

VDD

0.47uF

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Low Noise 150mA LDO Regulator GS7108

Features

 Low Supply Current ~ 36uA (Typ.)

General Description

The GS7108 is a CMOS linear regulator. It is

 Low Shutdown Current ~0.1uA (Typ.)  Output Current ~150mA  High Power Supply Rejection Ratio

~78db@1KHz

 1.7~6.5V Operation  ±1.0% Initial Voltage Accuracy  Low Temperature Drift Coefficient ~50ppm  Line Regulation ~0.02%/V(Typ.)  Low ESR Capacitor ~0.47uF ceramic

capacitor

 uDFN4-1x1、SOT-23-5、SC-82、MSOT-23

package

 Green Product (RoHS, Lead-Free,

Halogen-Free Compliant)

Applications

 Portable communication equipment

featuring ultra-high power supply rejection ratio, low output voltage noise, low dropout voltage, low quiescent current and fast transient response. It guarantees delivery of 150mA output current, and supports preset 1.2V, 1.3V, 1.5V, 1.8V, 1.85V,

1.9V, 2.0V, 2.3V, 2.5V, 2.6V, 2.7V, 2.8V, 2.85V,

2.9V, 3.0V, 3.1V, 3.3V, 3.8V, 4.0V, 4.2V, 4.5V,

4.75V, 4.8V, 5.0V output voltage versions.

Based on its low quiescent current consumption and its less than 1uA shutdown mode, the GS7108 is ideal for battery- powered applications. The high power supply rejection ratio of the GS7108 holds well for low input voltages typically encountered in battery- operated systems. The regulator is stable with small ceramic capacitive loads (0.47µF typical).

 Notebook Computer  Battery Powered Systems

Typical Application

Figure.1 Typical Application of GS7108

Green Solution Technology Co.,LTD. Rev.:1.71 1 Nov-14

Current Limit

Vref

EN

+

-

EN Control

VDD

EN

GND

VOUT

0.3uA

Current Limit

Vref

EN

+

-

EN Control

VDD

EN

GND

VOUT

0.3uA

Low Noise 150mA LDO Regulator GS7108

Function Block Diagram

Figure 2a with auto discharge function (default)

Figure 2b without auto discharge function (special order)

Figure 2 Function Block Diagram

Green Solution Technology Co.,LTD. Rev.:1.71 2 Nov-14

1

2 3

4

5

VDD GND EN

NCVOUT

4

3

2

1

EN GND

VOUTVDD

GND

1

2

3

VOUT

VDD

No

Name

I/O type

Description

uDFN4-1x1

SOT-23-5

SC-82

MSOT-23

1

5 3 2

VOUT

O

Output pin

2

2 2 1

GND

O

Ground pin

3

3 1

EN

I

Enable Pin

4

1 4 3

VDD

I

Input Pin

5

4

NC

“Pin5 do not connect to

other wires or land patterns

VOUT

GND

EN

VDD

EN

VDD

GND

VOUT

NC

Low Noise 150mA LDO Regulator GS7108

Pin Configuration

Figure 3a uDFN4-1x1 Package

Figure 3b SOT-23-5 Package Figure 3c SC-82 Package Figure 3d MSOT-23 Package

Pin Descriptions

Green Solution Technology Co.,LTD. Rev.:1.71 3 Nov-14

No

Item

Contents

1

Package

UD: uDFN4-1x1 ST: SOT-23-5 SC: SC-82 SR: MSOT-23

2

Output Voltage

1P2: 1.2V, 1P3: 1.3V, 1P5: 1.5V, 1P8: 1.8V, 185: 1.85V, 1P9: 1.9V, 2P0: 2.0V, 2P3: 2.3V, 2P5: 2.5V, 2P6: 2.6V, 2P7: 2.7V, 2P8: 2.8V, 285: 2.85V, 2P9: 2.9V, 3P0: 3.0V, 3P1: 3.1V, 3P3: 3.3V, 3P8: 3.8V, 4P0: 4.0V, 4P2: 4.2V, 4P5: 4.5V, 475: 4.75V, 4P8: 4.8V, 5P0: 5.0V

3

Shipping

R: Tape & Reel

Parameter

Symbol

Limits

Units

VIN to GND

VIN

-0.3 < VIN< 7

V

VEN to GND

VEN

-0.3 < VEN< 7

V

Output Voltage

V

OUT

-0.3 < V

OUT<VIN

+0.3

V

Output Current

I

OUT

200

mA

Package Power Dissipation at TA≦25°C

P

D_uDFN4-1x1

400

mW

Package Power Dissipation at TA≦25°C

P

D_SOT-23-5

420

mW

Package Power Dissipation at TA≦25°C

P

D_SC82

380

mW

Package Power Dissipation at TA≦25°C

P

D_MSOT-23

380

mW

Junction Temperature

TJ

- 45 ~ 150

°C

Storage Temperature

T

STG

- 65 ~ 150

°C

Lead Temperature (Soldering) 10S

T

LEAD

260

°C

ESD (Human Body Mode) (Note 2)

V

ESD_HBM

4K

V

ESD (Machine Mode) (Note 2)

V

ESD_MM

400

V

GS7108PP-XXX- R

3. Shipping

2. Output Voltage

1. Package

Low Noise 150mA LDO Regulator GS7108

Ordering Information

Example: GS7108 SC-82 2.5V Tape & Reel ordering information is “GS7108SC-2P5-R”

Absolute Maximum Rating (Note 1)

Green Solution Technology Co.,LTD. Rev.:1.71 4 Nov-14

Parameter

Symbol

Limits

Units

Thermal Resistance Junction to Ambient

θ

JA_uDFN4-1x1

250

°C/W

Thermal Resistance Junction to Case

θ

JC_uDFN4-1x1

67

°C/W

Thermal Resistance Junction to Ambient

θ

JA_SOT-23-5

238

°C/W

Thermal Resistance Junction to Case

θ

JC_SOT-23-5

110

°C/W

Thermal Resistance Junction to Ambient

θ

JA_SC-82

263

°C/W

Thermal Resistance Junction to Ambient

θ

JA_MSOT-23

263

°C/W

Thermal Resistance Junction to Case

θ

JC_MSOT-23

140

°C/W

Parameter

Symbol

Limits

Units

VIN to GND

VIN

1.7 to 6.5

V

Junction Temperature Range

TJ

-40 ~ 125

°C

Operating Temperature Range

TA

-40 ~ 85

°C

Parameter

Symbol

Conditions

Min

Typ

Max

Units

SUPPLY VOLTAGE SECTION

Supply Voltage

VIN

1.7 6.5

V

Supply Current

I

VIN

Unload

36

60

uA

Standby Current

I

STBY

VEN=0

0.1

1.0

uA

EN Input Current

IEN

VEN=VIN=7V

0.3 uA

Output Current

I

OUT

150

mA

OUTPUT SECTION

Output Voltage

V

OUT

TA = 25°C

V

OUT

>2.0V

x0.99

x1.01

V

OUT

≤2.0V

-20 20

mV

TA = -40°C to +85°C

V

OUT

>2.0V

x0.985

x1.015

V

OUT

≤2.0V

-30 30

mV

Low Noise 150mA LDO Regulator GS7108

Thermal Information (Note 3)

Recommend Operating Condition (Note 4)

Electrical Characteristics

(VIN = V

+ 1V, TA = -40°C to +85°C, CIN=CL=0.47uF, I

OUT

=1mA, unless otherwise specified)

OUT

Green Solution Technology Co.,LTD. Rev.:1.71 5 Nov-14

Dropout Voltage (Note 5)

V

DROP

I

OUT

=150mA

1.2V≤V

OUT

<1.5V

0.50

0.62

V

1.5V≤V

OUT

<1.7V

0.38

0.47

1.7V≤V

OUT

<2.0V

0.34

0.42

2.0V≤V

OUT

<2.5V

0.28

0.36

2.5V≤V

OUT

<2.8V

0.22

0.30

2.8V≤V

OUT

≤3.3V

0.21

0.27

3.3V≤V

OUT

≤4.0V

0.20

0.26

4.0V≤V

OUT

≤5.0V

0.19

0.25

Line Regulation

△V

LNR

VIN = V

OUT

+0.5V to 6.5V,

I

OUT

=1mA

0.02

0.10

%/V

Load Regulation

△V

LDR

VIN = V

OUT

+1V,

I

OUT

=1mA to 150mA

15

30

mV

Ripple Rejection Rate

PSRR

VIN=MAX{V

OUT

+1.0V, 3V}, Ripple

0.2Vp-p, I

OUT

=30mA, f=1KHz

78 dB

Limit Current

Ilim

VEN=VIN

260 mA

Short Current

Ishort

V

OUT

=0V

35 mA

EN Input Voltage High

V

ENH

1.5 V EN Input Voltage Low

V

ENL

0.3

V

CL Auto-Discharge Resistance (Note 6)

Rdischg

VIN=4.0V, VEN=0V

100 Ω

Temperature Drift

△V

OUT

/△TA

I

OUT

=1mA,

TA = -40°C to +85°C

50

ppm/°C

Low Noise 150mA LDO Regulator GS7108

Note 1. Stresses listed as the above “Absolute Maximum Ratings” may cause permanent damage to the

device. These are for stress ratings. Functional operation of the device at these or any other conditions beyond those indicated in the operational sections of the specifications is not implied. Exposure to absolute maximum rating conditions for extended periods may remain possibility to affect device reliability.

Note 2. Devices are ESD sensitive. Handling precaution recommended. Note 3. θ

is measured in the natural convection at TA=25°C on a high effective thermal conductivity test

JA

board (4 Layers, 2S2P) of JEDEC 51-7 thermal measurement standard.

Note 4. The device is not guaranteed to function outside its operating conditions. Note 5. The dropout voltage is defined as VIN - V Note 6. The output voltage Auto discharge function is optional.

Green Solution Technology Co.,LTD. Rev.:1.71 6 Nov-14

, which is measured when V

OUT

is 98%*V

OUT

.

Output Voltage vs. Output Current

V

OUT

=1.8V, VDD=2.8V

V

OUT

=2.5V, VDD=3.5V

V

OUT

=2.8V, VDD=3.8V

V

OUT

=3.3V, VDD=4V

Output Voltage vs. Input Voltage

Low Noise 150mA LDO Regulator GS7108

Typical Characteristics

Green Solution Technology Co.,LTD. Rev.:1.71 7 Nov-14

V

OUT

=1.8V, I

OUT

=1mA,30mA,50mA

V

OUT

=2.5V, I

OUT

=1mA,30mA,50mA

V

OUT

=2.8V, I

OUT

=1mA,30mA,50mA

V

OUT

=3.0V, I

OUT

=1mA,30mA,50mA

Supply Current vs. Input Voltage

V

OUT

=1.2V, I

OUT

=unload

V

OUT

=2.5V, I

OUT

=unload

V

OUT

=2.8V, IOUT=unload

V

OUT

=3.3V, I

OUT

=unload

Low Noise 150mA LDO Regulator GS7108

Green Solution Technology Co.,LTD. Rev.:1.71 8 Nov-14

Output Voltage vs. Temperature

V

OUT

=1.8V, I

OUT

=1mA, VDD=2.8V

V

OUT

=2.5V, I

OUT

=1mA, VDD =3.5V

V

OUT

=2.8V, I

OUT

=1mA, VDD=3.8V

V

OUT

=3.0V, I

OUT

=1mA, VDD=4.0V

Supply Current vs. Temperature

Low Noise 150mA LDO Regulator GS7108

Green Solution Technology Co.,LTD. Rev.:1.71 9 Nov-14

V

OUT

=1.8V, I

OUT

=1mA, VDD=2.8V

V

OUT

=2.5V, I

OUT

=1mA, VDD =3.5V

V

OUT

=2.8V, I

OUT

=1mA, VDD=3.8V

V

OUT

=3.0V, I

OUT

=1mA, VDD=4.0V

Dropout Voltage vs. Output Current

V

OUT

=1.8V,Temp=-40℃,25℃,85℃

V

OUT

=2.5V,Temp=-40℃,25℃,85℃

Low Noise 150mA LDO Regulator GS7108

Green Solution Technology Co.,LTD. Rev.:1.71 10 Nov-14

V

OUT

=2.8V,Temp=-40℃,25℃,85℃

V

OUT

=3.0V,Temp=-40℃,25℃,85℃

Dropout Voltage vs. Set Output Voltage

I

OUT

=30mA,60mA, 90mA, 120mA,150mA, Temp = 25°C

Ripple Rejection vs. Input Bias Voltage

I

OUT

=1mA, V

OUT

=2.8V, Freq=1kHz,10kHz,100kHz

I

OUT

=30mA, V

OUT

=2.8V, Freq=1kHz,10kHz,100kHz

Ripple Rejection vs. Frequency

Low Noise 150mA LDO Regulator GS7108

Green Solution Technology Co.,LTD. Rev.:1.71 11 Nov-14

V

OUT

=1.8V, VDD=2.8V, I

OUT

=1mA

V

OUT

=2.5V, VDD=3.5V, I

OUT

=1mA

V

OUT

=2.8V, VDD=3.8V, I

OUT

=1mA

V

OUT

=3.0V, VDD=4.0V, I

OUT

=1mA

Input Transient Response

V

OUT

=1.8V, VDD=2.8V~3.8V~2.8V, I

OUT

=30mA

tr=tf=5us

V

OUT

=2.5V, VDD=3.5V~4.5V~3.5V, I

OUT

=30mA

tr=tf=5us

Low Noise 150mA LDO Regulator GS7108

Green Solution Technology Co.,LTD. Rev.:1.71 12 Nov-14

V

OUT

=2.8V, VDD=3.8V~4.8V~3.8V, I

OUT

=30mA

tr=tf=5us

V

OUT

=3.0V, VDD=4.0V~5.0V~4.0V, I

OUT

=30mA

tr=tf=5us

Load Transient Response

V

OUT

=1.8V, I

OUT

=50mA~100mA~50mA, VDD=2.8V

tr=tf=0.5us

V

OUT

=1.8V, I

OUT

=1mA~150mA~1mA, VDD=2.8V

tr=tf=0.5us

Low Noise 150mA LDO Regulator GS7108

Green Solution Technology Co.,LTD. Rev.:1.71 13 Nov-14

V

OUT

=2.5V, I

OUT

=50mA~100mA~50mA, VDD=3.5V

tr=tf=0.5us

V

OUT

=2.5V, I

OUT

=1mA~150mA~1mA, VDD=3.5V

tr=tf=0.5us

V

OUT

=2.8V, I

OUT

=50mA~100mA~50mA, VDD=3.8 V

tr=tf=0.5us

V

OUT

=2.8 V, I

OUT

=1mA~150mA~1mA, VDD=3.8V

tr=tf=0.5us

V

OUT

=3.0V, I

OUT

=50mA~100mA~50mA, VDD=4.0 V

tr=tf=0.5us

V

OUT

=3.0 V, I

OUT

=1mA~150mA~1mA, VDD=4.0V

tr=tf=0.5us

Turn On Speed with EN pin

Low Noise 150mA LDO Regulator GS7108

Green Solution Technology Co.,LTD. Rev.:1.71 14 Nov-14

V

OUT

=1.8V, I

OUT

=0MA, VDD=2.8V

V

OUT

=1.8V, I

OUT

=30MA, VDD=2.8V

V

OUT

=1.8V, I

OUT

=150MA, VDD=2.8V

V

OUT

=2.5V, I

OUT

=0MA, VDD=3.5V

V

OUT

=2.5V, I

OUT

=30MA, VDD=3.5V

V

OUT

=2.5V, I

OUT

=150MA, VDD=3.5V

Low Noise 150mA LDO Regulator GS7108

Green Solution Technology Co.,LTD. Rev.:1.71 15 Nov-14

V

OUT

=2.8V, I

OUT

=0MA, VDD=3.8V

V

OUT

=2.8V, I

OUT

=30MA, VDD=3.8V

V

OUT

=2.8V, I

OUT

=150MA, VDD=3.8V

V

OUT

=3.0V, I

OUT

=0mA, VDD=4.0V

V

OUT

=3.0V, I

OUT

=30mA, VDD=4.0V

V

OUT

=3.0V, I

OUT

=150mA, VDD=4.0V

Turn Off Speed with EN pin

Low Noise 150mA LDO Regulator GS7108

Green Solution Technology Co.,LTD. Rev.:1.71 16 Nov-14

V

OUT

=1.8V, I

OUT

=0mA, VDD=2.8V

V

OUT

=1.8V, I

OUT

=30mA, VDD=2.8V

V

OUT

=1.8V, I

OUT

=150mA, VDD=2.8V

V

OUT

=2.5V, I

OUT

=0mA, VDD=3.5V

V

OUT

=2.5V, I

OUT

=30mA, VDD=3.5V

V

OUT

=2.5V, I

OUT

=150mA, VDD=3.5V

Low Noise 150mA LDO Regulator GS7108

Green Solution Technology Co.,LTD. Rev.:1.71 17 Nov-14

V

OUT

=2.8V, I

OUT

=0mA, VDD=3.8V

V

OUT

=2.8V, I

OUT

=30mA, VDD=3.8V

V

OUT

=2.8V, I

OUT

=150mA, VDD=3.8V

VOUT=3.0V, I

OUT

=0mA, VDD=4.0V

V

OUT

=3.0V, I

OUT

=30mA, VDD=4.0V

V

OUT

=3.0V, I

OUT

=150mA, VDD=4.0V

Dropout Voltage vs. Temperature

Low Noise 150mA LDO Regulator GS7108

Green Solution Technology Co.,LTD. Rev.:1.71 18 Nov-14

V

OUT

=1.8V, I

OUT

=30mA,90mA,150mA

V

OUT

=2.5V, I

OUT

=30mA,90mA,150mA

V

OUT

=2.8V, I

OUT

=30mA,90mA,150mA

V

OUT

=3.0V, I

OUT

=30mA,90mA,150mA

Low Noise 150mA LDO Regulator GS7108

Green Solution Technology Co.,LTD. Rev.:1.71 19 Nov-14

Low Noise 150mA LDO Regulator GS7108

Application Information

Enable

value might be extremely low. As a result, the The GS7108 has a dedicated enable pin(EN). When the EN pin is in the logic low (VEN<0.3V), the regulator will be turned off, reducing the supply current to less than 1uA. When the EN pin is in the logic high (VEN>1.5V), the regulator will be turned on. Left open, the EN pin is pulled down by a internal resistor to shut down the regulator.

Current Limit

The GS7108 contains an independent current limit and short circuit current protection to prevent unexpected applications. The current limit

monitors and controls the pass transistor’s gate

voltage, limiting the output current to higher than 260mA typical. When the output voltage is less than 0.4V, the short circuit current protection starts the current fold back function and maintains

capacitance might be much less than expected

value. In such cases, the operation might be

unstable at low temperature (-25°C or less). In

that case, use a larger capacity, or a large

dimensions’ capacitor. (For example 1.6mm by

0.8mm)

Input Capacitor

Good bypassing is recommended from input to

ground to help improve AC performance. A

0.47uF (X7R) input capacitor or greater located

as close as possible to the IC is recommended.

Place the capacitors physically as close as

possible to the device with wide and direct PCB

traces.

Power Dissipation and Layout Considerations

Excessive power dissipation may cause thermal

overload, and hence the increase of the IC the loading current 35mA. The output can be shorted to ground indefinitely without damaging the part.

Output Capacitor

The GS7108 is specifically designed to employ ceramic output capacitors as low as 0.47uF (X7R). The ceramic capacitors offer significant cost and space savings, along with high frequency noise filtering. Place the capacitors physically as close as possible to the device with wide and direct PCB traces. Ceramic capacitors have different temperature characteristics and bias characteristics which depend on their dimensions and manufacturers. If the setting voltage is 2.5V or more and the

capacitor’s dimensions for V

by 0.5mm or smaller than that, the capacitance

equal to 1.0mm

OUT

junction temperature beyond a safe operating

level. For continuous operation, it is highly

recommended to keep the junction temperature

below the maximum operation junction

temperature 125°C for maximum reliability.

The relationship between θ

and T

JA

J(MAX)

can be calculated as: P Where T

D(MAX)

= ( T

J(MAX)

− TA ) / θJA

J(MAX)

is the maximum operation junction

temperature 125°C, TA is the ambient

temperature and the θ

is the junction to ambient

JA

thermal resistance. The power dissipation definition in device is: PD = (VIN − V

OUT

) x I

+ VDD x IQ

OUT

As the above equations indicate, it is desirable to

work ICs whose θ

T

does not increase strongly with PD. To

J(MAX)

values are small such that

JA

Green Solution Technology Co.,LTD. Rev.:1.71 20 Nov-14

Low Noise 150mA LDO Regulator GS7108

avoid thermally overloading the GS7108, refrain

the IC die temperature significantly.

from exceeding the absolute maximum junction temperature rating of 150°C under continuous operating condition. Overstressing the regulator with high loading currents and elevated input-to-output differential voltages can increase

Green Solution Technology Co.,LTD. Rev.:1.71 21 Nov-14

D

E

e

1

2

3

4

Top View

Bottom View

Detail A

Pin #1 ID Options Note:The configuration of the Pin#1 identifier is optional,but must be located within the zone indicated.

Side View

See Detail A

1

L

b

D2

E2

A1

A

A3

pin 1 dot

Symbol

Dimensions in

Millimeters

Min

Max

A

0.45

0.60

A1

0.00

0.05

A3

0.10

0.152

b

0.15

0.30

D

0.90

1.10

D2

0.40

0.60

E

0.90

1.10

E2

0.40

0.60 e 0.65 REF.

L

0.20

0.30

Low Noise 150mA LDO Regulator GS7108

Package Dimensions, uDFN4-1x1

Note

1.Min.: Minimum dimension specified.

2.Max.: Maximum dimension specified.

3.REF.: Reference. Normal/Regular dimension specified for reference.

Green Solution Technology Co.,LTD. Rev.:1.71 22 Nov-14

A

L

DETAIL A

c

A3 A1

e1

e

E

E1

D

b

5

4

1

2

3

Symbol

Dimensions in

Millimeters

Min.

Max.

A

0.90

1.45

A1

0.00

0.15

A3

0.90

1.30

b

0.30

0.50

c

0.08

0.25

e

0.95 REF.

e1

1.90 REF.

D

2.90 REF.

E

2.80 REF.

E1

1.60 REF.

L

0.30

0.60 θ 0o

8o

Low Noise 150mA LDO Regulator GS7108

Package Dimensions, SOT-23-5

˙

Note

1.Min.: Minimum dimension specified.

2.Max.: Maximum dimension specified.

3.REF.: Reference. Normal/Regular dimension specified for reference.

Green Solution Technology Co.,LTD. Rev.:1.71 23 Nov-14

E1

b1

D

e

A

c

L

DETAIL A

E

b

A2 A1

Symbol

Dimensions in

Millimeters

Min

Max

A

0.70

1.10

A1

0.00

0.10

A2

0.70

1.00

b

0.15

0.40

b1

0.30

0.50

c

0.08

0.26 e 1.30 REF.

D

1.80

2.20

E

1.80

2.45

E1

1.15

1.45

L

0.36 REF.

θ

0o

10o

Low Noise 150mA LDO Regulator GS7108

Package Dimensions, SC-82

Note˙

1.Min: Minimum dimension specified.

2.Max: Maximum dimension specified.

3.REF.: Reference. Normal/Regular dimension specified for reference.

Green Solution Technology Co.,LTD. Rev.:1.71 24 Nov-14

A

L

DETAIL A

c

A3 A1

e1

e

E

E1

D

b

1

2

3

Symbol

Dimensions in

Millimeters

Min.

Max.

A

0.90

1.15

A1

0.00

0.10

A2

0.90

1.05

b

0.30

0.50

c

0.08

0.15 e 0.95 REF.

e1

1.90 REF.

D

2.90 REF.

E

2.40 REF.

E1

1.30 REF.

L

0.30

0.50 θ 0o

8o

Low Noise 150mA LDO Regulator GS7108

Package Dimensions, MSOT-23

Note:

1. Min.: Minimum dimension specified.

2. Max.: Maximum dimension specified.

3. REF.: Reference. Normal/Regular dimension specified for reference.

Green Solution Technology Co.,LTD. Rev.:1.71 25 Nov-14

Low Noise 150mA LDO Regulator GS7108

DISCLAIMERS

Please read the notice stated in this preamble carefully before Admission e accessing any contents of the document attached. Admission of GStek’s statement therein is presumed once the document is released to the receiver.

Notice:

Firstly, GREEN SOLUTION CO., LTD. (GStek) reserves the right to make corrections, modifications, enhancements, improvements, and

other changes to its information herein without notice.. And the aforesaid information does not form any part or parts of any quotation or contract between GStek and the information receiver.

Further, no responsibility is assumed for the usage of the aforesaid information. GStek makes no representation that the interconnect of its circuits as described herein will not infringe on exiting or future patent rights and other intellectual property rights, nor do the descriptions contained herein express or imply that any licenses under any GStek patent right, copyright, mask work right, or other GStek intellectual property right relating to any combination, machine, or process in which GStek products or services are used.

Besides, the product in this document is not designed for use in life support appliances, devices, or systems where malfunction of this product can reasonably be expected to result in personal injury. GStek customers’ using or selling this product for use in such applications shall do so at their own risk and agree to fully indemnify GStek for any damage resulting from such improper use or sale.

At last, the information furnished in this document is the property of GStek and shall be treated as highly confidentiality; any kind of distribution, disclosure, copying, transformation or use of whole or parts of this document without duly authorization from GStek by prior written consent is strictly prohibited. The receiver shall fully compensate GStek without any reservation for any losses thereof due to its violation of GStek’s confidential request. The receiver is deemed to agree on GStek’s confidential request therein suppose that said receiver receives this document without making any expressly opposition. In the condition that aforesaid opposition is made, the receiver shall return this document to GStek immediately without any delay.

Green Solution Technology Co.,LTD. Rev.:1.71 26 Nov-14