PART CODE:
SDR418M000S012
SPECIFICATION SHEET
SPECIFICATION SHEET NO.
Q0526-SDR418M000S012
DATE
May 26, 2023
REVISION
A0
DESCRIPITION
SMD SAW Resonator L3.0*W3.0*H1.25mm 3030 Type 6 Pads SDR Series
418.000MHz, 1-Port, Insertion Loss: 2.0 dB Max.
Tolerance ±75KHz
Operating Temp. Range -40°C ~+85°C,
Reflow Profile Condition 260 °C Max. Tape/Reel, 3000pcs/Reel
RoHS/RoHS III compliant
CUSTOMER
CUSTOMER PART NUMBER
CROSS REF. PART NUMBER
ORIGINAL PART NUMBER
TGS SDR 418.0MA TLF
PART CODE
SDR418M000S012
VENDOR APPROVE
Issued/Checked/Approved
DATE: May 26, 2023
CUSTOMER APPROVE
DATE:
5/26/2023
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PART CODE:
SDR418M000S012
SMD SAW RESONATOR
SMD CRYSTAL
30302520
TYPETYPE
SDR 4SERIES
PADS
MAIN FEATURE
• SMD SAW Resonator L3.0*W3.0*H1.25mm 3030 Type 6 Pads
• One Port SAW Resonator
• Electrostatic Sensitive Device(ESD)
• Low-loss and Short Lead time
• Cross more competitors part
• RoHS/RoHS III compliant
APPLICATION
• Bluetooth, wireless communication set
• Communication Electronics
RFQ
PART CODE GUIDE
Request For Quotation
SDR
418M000
S
012
1
2
3
4
1) SDR: Series Code: SMD SAW Resonator L3.0*W3.0*H1.25mm 3030 Type 6 Pads
2) 418M000: Frequency range code for 418.0000MHz
3) S: SMD type, Package Tape/Reel,
4) 012: Internal code (A~Z or 1~9 or Blank)
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PART CODE:
SDR418M000S012
SMD SAW RESONATOR 3030 TYPE SDR SERIES
DIMENSION (Unit: mm, Tol.: +-0.15mm)
Image for reference
Marking
Standard
SDR series
Pin
Configuration
L3.0*W3.0*H1.25mm
2
Input
3030 Type
5
Output
1,3,4,6
Ground
Test Circuit
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PART CODE:
SDR418M000S012
SMD SAW RESONATOR 3030 TYPE SDR SERIES
ELECTRICAL PARAMETERS
Parameter
Part No.
Symbol
Units
Value
Min.
Typical
Max.
Original Manufacturer
TGS
TGS Crystals
Holder Type
SDR
SMD SAW Resonator
L3.0*W3.0*H1.25mm
3030 Type 6 Pads
Frequency Range (f0)
418.0M
MHz
418.0000
Frequency Tolerance
A
KHz
±75
Operation Temperance
°C
-40
+85
Storage Temperance
°C
-55
+125
DC Voltage
V
±10
dBm
10
dB
1.6
RF Power Dissipation
Insertion Loss
Quality Factor (Q) @Unload
13769
Quality Factor (Q) @50 Ω Loaded
2026
℃
Turnover Temperature
Frequency Temp. Coefficient
Aging (Absolute Value during the First Year)
DC Insulation Resistance
25
40
ppm/℃
-0.032
ppm/Year
≤±10
MΩ
2.0
55
1.0
RF Equivalent RLC Model @Motional Resistance
Ω
17.2
25.0
RF Equivalent RLC Model @Motional Inductance
µH
90.5
120
RF Equivalent RLC Model @Motional
Capacitance
fF
1.6
Static Capacitance
pF
2.2
2.5
Package
T
Tape/Reel
RoHS Status
LF
RoHS III compliant
Add Value
Blank: N/A
Internal Control Code
Blank: N/A
2.8
Note: 1) Test Temperature: 25℃±2℃, Terminating source impedance: 50Ω Terminating load impedance: 50Ω
2) Original Part Number: TGS SDR 418.0MA TLF
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PART CODE:
SDR418M000S012
SMD SAW RESONATOR 3030 TYPE SDR SERIES
FREQUENCY RESPONSE
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PART CODE:
SDR418M000S012
SMD SAW RESONATOR 3030 TYPE SDR SERIES
EQUIVALENT LC MODEL
TEMPERATURE CHARACTERISTICS
Note: The curve shown above accounts for resonator
contribution only and does not include LC component
temperature contributions.
PLICTYPCIAL APATION CIRCUITS
Typical Low-power Transmitter Application
Typical Local Oscillator Application
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PART CODE:
SDR418M000S012
SMD SAW RESONATOR 3030 TYPE SDR SERIES
RELIABILITY
Test Items
Test Method And Conditions
Requirement
Temperature
(1) Temperature: 85℃±2℃ , Duration: 250h , Recovery time: 2h±0.5h
It shall remain
Storage
(2) Temperature: –40℃±3℃ , Duration: 250h ,Recovery time: 2h±0.5h
electrical
performance
Humidity Test
Conditions: 60℃±2℃ , 90~95% RH
Thermal Shock
Heat cycle conditions: TA=-40℃±3℃, TB=85℃±2℃, t1=t2=30min,
after tests
Duration: 250h
Switch time: ≤3min, Cycle time: 100 times, Recovery time: 2h±0.5h.
Vibration Fatigue
Frequency of vibration: 10~55Hz
Directions: X,Y and Z
Drop Test
Solderability
Amplitude:1.5mm
Duration: 2h
Cycle time: 10 times
Height: 1.0m
Temperature: 245℃±5℃
Duration: 3.0s--5.0s
Depth: DIP--2/3 , SMD--1/5
Resistance to
Soldering Heat
(1)Thickness of PCB:1mm , Solder condition: 260℃±5℃ ,
Duration: 10±1s
(2)Temperature of Soldering Iron: 350℃±10℃ , Duration: 3~4s ,
Recovery time : 2 ± 0.5h
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PART CODE:
SDR418M000S012
SMD SAW RESONATOR 3030 TYPE SDR SERIES
SUGGESTED REFLOW PROFILE (For Reference Only)
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PART CODE:
SDR418M000S012
SMD SAW RESONATOR 3030 TYPE SDR SERIES
TAPE DIMENSION (Unit: mm, 3000pcs/Reel)
Code
Dimension
W
12.0+/-0.30
F
5.50+/-0.10
E
1.75+/-0.10
P0
4.00+/-0.10
P1
8.00+/-0.10
P2
2.00+/-0.10
D0
Ø1.5+/-0.10
D1
Ø1.5+/-0.25
t1
0.30+/-0.01
t2
1.90+/-0.05
A
3.35+/-0.10
B
3.35+/-0.10
REEL DIMENSION (Unit: mm)
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Code
Dimension
A
Ø330+/-1.0
B
Ø100+/-0.5
C
Ø13.0+/-0.5
D
Ø21+/-0.8
E
2.00+/-0.5
T
13.0+/-0.50
t
3.00 Max.
r
1.00 Max.
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PART CODE:
SDR418M000S012
SMD SAW RESONATOR 3030 TYPE SDR SERIES
CAUTION
1.
As a result of the particularity of inner structure of SAW products, it easy to be breakdown by electrostatic, so
we should pay attention to ESD protect in the test.
2.
Static voltage between signal load and ground may cause deterioration and destruction of the component.
Please avoid static voltage.
3.
Ultrasonic cleaning may cause deterioration and destruction of the component. Please avoid ultrasonic
cleaning.
4.
Only leads of component may be soldered. Please avoid soldering another part of component.
5.
There is a close relationship between the device's performance and matching network. The specifications of
this device are based on the test circuit shown above. L and C values may change depending on board layout.
Values shown are intended as a guide only.
6.
The temperature of manual welding should not exceed 300 ℃.
7.
The specifications of this device are based on the test circuit shown above and subject to change or
obsolescence without notice.
8.
All equipment designs utilizing this product must be approved by the appropriate government agency prior to
manufacture or sale.
9.
Our liability is only assumed for the Surface Acoustic Wave (SAW) component(s) perse, not for applications,
processes and circuits implemented within components or assemblies.
10. For questions on technology, prices and delivery, please contact our sales offices or e-mail:
sales@NextGenComponent.com.
DISCLAIMER
NextGen Components, Inc. reserves the right to make changes to the product(s) and or information contained
herein without notice. No liability is assumed as a result of their use or application. No rights under any patent
accompany the sale of any such product(s) or information
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