Image not available
Illustrative purposes only
CAN4313330019191B
ANTENNA, MMCX, 900/1800/1900MHZ
⚠️ Reference pricing provided. In case of supply shortages, we will connect you with our trusted procurement partners to ensure your project's continuity.
- Manufacturer: YAGEO
- Product type: RF Antennas
- Gain: 1dB
- VSWR: 3.5
- Input Power: 1W
- Antenna Type: DCS / GSM / PCS
- Input Impedance: 50ohm
- Antenna Mounting: MMCX Connector
- Antenna Polarisation: Linear
| Delivery and price | |
|---|---|
| Units per pack | 1 |
| Price | 5.09 € |
| Current stock | 10+ |
| Lead time | 30 days |
Datasheet
## ~~ee~~ _**ANTENNA PRODUCTS**_ ## **0.9/1.8/1.9GHz Triple Band Antenna with Cable & Connector for Mobile Application** Preliminary product specification 2004 Aug. 10 Rev. 9 Supersedes data of 9th Aug., 2004 **4313 330 00919** — 6 Mar. 17, 03 **0.9/1.8/1.9GHz Triple Band Antenna 4313 330 01919** ► **with Cable & Connector for Mobile Application 4313 330 03919** — 7 Mar. 26, 03 **Part No. 4313 330 09919** ► **CAN 4313330109191B 4313 330 10919** 8 Aug. 9, 04 ► SH nr. — **BY Cliff SUPER TLL.SH** 8 **PAGE** 1 ► 9 Aug. 10, 04 **CHECK DATE** Aug. 10, 2004 —► ~~oars~~ **GSM/DCS/PCS (900/1800/1900MHz) Antenna with Connector/Cable** ## **Product Specification[1]** ## **QUICK REFERENCE DATA** Frequency Range GSM900 880-960 MHz DCS1800 1710-1880 MHz PCS1900 1850-1990 MHz Peak Gain GSM900 0~0.5 dBi DCS1800/PCS1900 0.5~1 dBi (Dependent on ground plane size and tuning circuit of customer) VSWR 3.5 max (Dependent on ground plane size and after tuning of customer) Polarization Linear Impedance 50 Ohm Operating Temperature -40~85[ o] C Size 35X6X0.4 mm Maximum Power 1W Antenna Flammability Grade Antenna Patch: UL94V0; Antenna Cable: E56198 MMCX Type ob 2 3 “$6 7 a $ 0 om wm Ss 6 1 m8 Mini Coaxial/ Mini Connector Type 1 All the technical data and information contained herein are subject to change without prior notice |**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**4313 330 00919**<br>**4313 330 01919**|**4313 330 00919**<br>**4313 330 01919**|**4313 330 00919**<br>**4313 330 01919**|**4313 330 00919**<br>**4313 330 01919**|||—<br>►|6|Mar. 17, 03| |---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---| |**with Cable & Connector for Mobile Application**|**with Cable & Connector for Mobile Application**<br>**Part No.**||||**with Cable & Connector for Mobile Application**<br>**Part No.**||**4313 330 03919**<br>**4313 330 09919**|**4313 330 03919**<br>**4313 330 09919**|**4313 330 03919**<br>**4313 330 09919**||||—<br>►|7|Mar. 26, 03| |||**CAN 4313330109191B**|**CAN 4313330109191B**||||**4313 330 10919**|**4313 330 10919**|**4313 330 10919**||||||| ||||||||||||||►|8|Aug. 9, 04| |**BY**||**Cliff**|**Cliff**||**SUPER**||**TLL.SH**|8||**PAGE**|2|SH nr.|—<br>►|9|Aug. 10, 04| |**CHECK**|||||||**DATE**|**DATE**||Aug. 10, 2004|Aug. 10, 2004|Aug. 10, 2004|—<br>►||| **DIMENSIONAL DATA and Connector/Cable Information (unit: mm).** Tolerance of radiation patch length and width is +-1 mm and thickness is +-0.1 mm Cable length tolerance is +- 1 mm **APPLICATION IN MOBILE: Place antenna in non-metal positions for best radiation** |**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**4313 330 00919**<br>**4313 330 01919**|**4313 330 00919**<br>**4313 330 01919**|**4313 330 00919**<br>**4313 330 01919**|**4313 330 00919**<br>**4313 330 01919**|||—<br>►|6|Mar. 17, 03| |---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---| |**with Cable & Connector for Mobile Application**|**with Cable & Connector for Mobile Application**<br>**Part No.**||||**with Cable & Connector for Mobile Application**<br>**Part No.**||**4313 330 03919**<br>**4313 330 09919**|**4313 330 03919**<br>**4313 330 09919**|**4313 330 03919**<br>**4313 330 09919**||||—<br>►|7|Mar. 26, 03| |||**CAN 4313330109191B**|**CAN 4313330109191B**||||**4313 330 10919**|**4313 330 10919**|**4313 330 10919**||||||| ||||||||||||||►|8|Aug. 9, 04| |**BY**||**Cliff**|**Cliff**||**SUPER**||**TLL.SH**|8||**PAGE**|3|SH nr.|—<br>►|9|Aug. 10, 04| |**CHECK**|||||||**DATE**|**DATE**||Aug. 10, 2004|Aug. 10, 2004|Aug. 10, 2004|—<br>►||| **Return Loss Measurement in Mobile Unit (Note: Depending on antenna environment)** |**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**4313 330 00919**<br>**4313 330 01919**|**4313 330 00919**<br>**4313 330 01919**|**4313 330 00919**<br>**4313 330 01919**|**4313 330 00919**<br>**4313 330 01919**|||—<br>►|6|Mar. 17, 03| |---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---| |**with Cable & Connector for Mobile Application**|**with Cable & Connector for Mobile Application**<br>**Part No.**||||**with Cable & Connector for Mobile Application**<br>**Part No.**||**4313 330 03919**<br>**4313 330 09919**|**4313 330 03919**<br>**4313 330 09919**|**4313 330 03919**<br>**4313 330 09919**||||—<br>►|7|Mar. 26, 03| |||**CAN 4313330109191B**|**CAN 4313330109191B**||||**4313 330 10919**|**4313 330 10919**|**4313 330 10919**||||||| ||||||||||||||►|8|Aug. 9, 04| |**BY**||**Cliff**|**Cliff**||**SUPER**||**TLL.SH**|8||**PAGE**|4|SH nr.|—<br>►|9|Aug. 10, 04| |**CHECK**|||||||**DATE**|**DATE**||Aug. 10, 2004|Aug. 10, 2004|Aug. 10, 2004|—<br>►||| **==> picture [508 x 761] intentionally omitted <==** **----- Start of picture text -----**<br> Radiation Pattern Polar Plot (Note: Depending on antenna environment)<br>=<br>sl Plane XY Plane YZ Plane XZ Plane<br>900MHz 0 0 0<br>45 -45 45 -45 45 -45<br>tel<br>90 -90 90 -90 90 -90<br>135 225 135 225 135 225<br>7 [AY] 180 [[] [R] 180 [Y] ©| 180<br>1800MHz 0 0 0<br>45 -45 45 -45 45 -45<br>90 -90 90 -90 90 -90<br>(EN ES) (ES<br>135 225 135 225 135 225<br>See 180 180 180<br>1950MHz 0 0 0<br>45 -45 45 -45 45 -45<br>90 -90 90 KS) -90 90 |F -90<br>135 225 135 225 135 225<br>180 180<br>jee 180<br>4313 330 00919 — 6 Mar. 17, 03<br>0.9/1.8/1.9GHz Triple Band Antenna 4313 330 01919 [fo ►<br>with Cable & Connector for Mobile Application 4313 330 03919 —<br>7 Mar. 26, 03<br>Part No. 4313 330 09919 ►<br>CAN 4313330109191B 4313 330 10919<br>8 Aug. 9, 04<br>►<br>ee:<br>SH nr. —<br>BY Cliff SUPER TLL.SH 8 PAGE 5 ► 9 Aug. 10, 04<br>| | rt<br>CHECK DATE Aug. 10, 2004 —►<br>rr a<br>**----- End of picture text -----**<br> |**RELIABILITY DATA(Reference to IEC Specification)**<br>**IEC**<br>**384-10/**<br>**CECC 32**<br>**100**<br>**CLAUSE**<br>**IEC**<br>**60068-2**<br>**TEST**<br>**METHO**<br>**D**<br>**TEST**<br>**PROCEDURE**<br>**REQUIREMENTS**<br>4.5<br>Visual inspection<br>and dimension<br>check<br>Any applicable method<br>using**× **3 magnification<br>In accordance with<br>specification (pcb<br>damage 2 mm)<br>4.6.1<br>Antenna<br>Frequency = 0.9/1.8/1.9<br>GHz;Triple Band<br>Standard test board<br>4.8<br>Adhesion<br>A force of 5 N applied<br>for 10 s to the line<br>joining the terminations<br>and in a plane parallel to<br>the substrate<br>No visible damage<br>4.12<br>4(Na)<br>Rapid change of<br>temperature<br>-40 °C (30 minutes) to<br>+80°C (30 minutes)**;**5<br>cycles<br>No visible damage<br>Central Freq. Change<br>±6%<br>4.14<br>3(Ca)<br>Damp heat<br>500±12 hours at 60°C;<br>90 to 95 % RH<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>4.15<br>Endurance<br>500±12 hours at 80°C;<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>~~Mioraike Series Aniind fheSiaYAGEO~~|**RELIABILITY DATA(Reference to IEC Specification)**<br>**IEC**<br>**384-10/**<br>**CECC 32**<br>**100**<br>**CLAUSE**<br>**IEC**<br>**60068-2**<br>**TEST**<br>**METHO**<br>**D**<br>**TEST**<br>**PROCEDURE**<br>**REQUIREMENTS**<br>4.5<br>Visual inspection<br>and dimension<br>check<br>Any applicable method<br>using**× **3 magnification<br>In accordance with<br>specification (pcb<br>damage 2 mm)<br>4.6.1<br>Antenna<br>Frequency = 0.9/1.8/1.9<br>GHz;Triple Band<br>Standard test board<br>4.8<br>Adhesion<br>A force of 5 N applied<br>for 10 s to the line<br>joining the terminations<br>and in a plane parallel to<br>the substrate<br>No visible damage<br>4.12<br>4(Na)<br>Rapid change of<br>temperature<br>-40 °C (30 minutes) to<br>+80°C (30 minutes)**;**5<br>cycles<br>No visible damage<br>Central Freq. Change<br>±6%<br>4.14<br>3(Ca)<br>Damp heat<br>500±12 hours at 60°C;<br>90 to 95 % RH<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>4.15<br>Endurance<br>500±12 hours at 80°C;<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>~~Mioraike Series Aniind fheSiaYAGEO~~|**RELIABILITY DATA(Reference to IEC Specification)**<br>**IEC**<br>**384-10/**<br>**CECC 32**<br>**100**<br>**CLAUSE**<br>**IEC**<br>**60068-2**<br>**TEST**<br>**METHO**<br>**D**<br>**TEST**<br>**PROCEDURE**<br>**REQUIREMENTS**<br>4.5<br>Visual inspection<br>and dimension<br>check<br>Any applicable method<br>using**× **3 magnification<br>In accordance with<br>specification (pcb<br>damage 2 mm)<br>4.6.1<br>Antenna<br>Frequency = 0.9/1.8/1.9<br>GHz;Triple Band<br>Standard test board<br>4.8<br>Adhesion<br>A force of 5 N applied<br>for 10 s to the line<br>joining the terminations<br>and in a plane parallel to<br>the substrate<br>No visible damage<br>4.12<br>4(Na)<br>Rapid change of<br>temperature<br>-40 °C (30 minutes) to<br>+80°C (30 minutes)**;**5<br>cycles<br>No visible damage<br>Central Freq. Change<br>±6%<br>4.14<br>3(Ca)<br>Damp heat<br>500±12 hours at 60°C;<br>90 to 95 % RH<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>4.15<br>Endurance<br>500±12 hours at 80°C;<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>~~Mioraike Series Aniind fheSiaYAGEO~~|**RELIABILITY DATA(Reference to IEC Specification)**<br>**IEC**<br>**384-10/**<br>**CECC 32**<br>**100**<br>**CLAUSE**<br>**IEC**<br>**60068-2**<br>**TEST**<br>**METHO**<br>**D**<br>**TEST**<br>**PROCEDURE**<br>**REQUIREMENTS**<br>4.5<br>Visual inspection<br>and dimension<br>check<br>Any applicable method<br>using**× **3 magnification<br>In accordance with<br>specification (pcb<br>damage 2 mm)<br>4.6.1<br>Antenna<br>Frequency = 0.9/1.8/1.9<br>GHz;Triple Band<br>Standard test board<br>4.8<br>Adhesion<br>A force of 5 N applied<br>for 10 s to the line<br>joining the terminations<br>and in a plane parallel to<br>the substrate<br>No visible damage<br>4.12<br>4(Na)<br>Rapid change of<br>temperature<br>-40 °C (30 minutes) to<br>+80°C (30 minutes)**;**5<br>cycles<br>No visible damage<br>Central Freq. Change<br>±6%<br>4.14<br>3(Ca)<br>Damp heat<br>500±12 hours at 60°C;<br>90 to 95 % RH<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>4.15<br>Endurance<br>500±12 hours at 80°C;<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>~~Mioraike Series Aniind fheSiaYAGEO~~|**RELIABILITY DATA(Reference to IEC Specification)**<br>**IEC**<br>**384-10/**<br>**CECC 32**<br>**100**<br>**CLAUSE**<br>**IEC**<br>**60068-2**<br>**TEST**<br>**METHO**<br>**D**<br>**TEST**<br>**PROCEDURE**<br>**REQUIREMENTS**<br>4.5<br>Visual inspection<br>and dimension<br>check<br>Any applicable method<br>using**× **3 magnification<br>In accordance with<br>specification (pcb<br>damage 2 mm)<br>4.6.1<br>Antenna<br>Frequency = 0.9/1.8/1.9<br>GHz;Triple Band<br>Standard test board<br>4.8<br>Adhesion<br>A force of 5 N applied<br>for 10 s to the line<br>joining the terminations<br>and in a plane parallel to<br>the substrate<br>No visible damage<br>4.12<br>4(Na)<br>Rapid change of<br>temperature<br>-40 °C (30 minutes) to<br>+80°C (30 minutes)**;**5<br>cycles<br>No visible damage<br>Central Freq. Change<br>±6%<br>4.14<br>3(Ca)<br>Damp heat<br>500±12 hours at 60°C;<br>90 to 95 % RH<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>4.15<br>Endurance<br>500±12 hours at 80°C;<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>~~Mioraike Series Aniind fheSiaYAGEO~~|**RELIABILITY DATA(Reference to IEC Specification)**<br>**IEC**<br>**384-10/**<br>**CECC 32**<br>**100**<br>**CLAUSE**<br>**IEC**<br>**60068-2**<br>**TEST**<br>**METHO**<br>**D**<br>**TEST**<br>**PROCEDURE**<br>**REQUIREMENTS**<br>4.5<br>Visual inspection<br>and dimension<br>check<br>Any applicable method<br>using**× **3 magnification<br>In accordance with<br>specification (pcb<br>damage 2 mm)<br>4.6.1<br>Antenna<br>Frequency = 0.9/1.8/1.9<br>GHz;Triple Band<br>Standard test board<br>4.8<br>Adhesion<br>A force of 5 N applied<br>for 10 s to the line<br>joining the terminations<br>and in a plane parallel to<br>the substrate<br>No visible damage<br>4.12<br>4(Na)<br>Rapid change of<br>temperature<br>-40 °C (30 minutes) to<br>+80°C (30 minutes)**;**5<br>cycles<br>No visible damage<br>Central Freq. Change<br>±6%<br>4.14<br>3(Ca)<br>Damp heat<br>500±12 hours at 60°C;<br>90 to 95 % RH<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>4.15<br>Endurance<br>500±12 hours at 80°C;<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>~~Mioraike Series Aniind fheSiaYAGEO~~|**RELIABILITY DATA(Reference to IEC Specification)**<br>**IEC**<br>**384-10/**<br>**CECC 32**<br>**100**<br>**CLAUSE**<br>**IEC**<br>**60068-2**<br>**TEST**<br>**METHO**<br>**D**<br>**TEST**<br>**PROCEDURE**<br>**REQUIREMENTS**<br>4.5<br>Visual inspection<br>and dimension<br>check<br>Any applicable method<br>using**× **3 magnification<br>In accordance with<br>specification (pcb<br>damage 2 mm)<br>4.6.1<br>Antenna<br>Frequency = 0.9/1.8/1.9<br>GHz;Triple Band<br>Standard test board<br>4.8<br>Adhesion<br>A force of 5 N applied<br>for 10 s to the line<br>joining the terminations<br>and in a plane parallel to<br>the substrate<br>No visible damage<br>4.12<br>4(Na)<br>Rapid change of<br>temperature<br>-40 °C (30 minutes) to<br>+80°C (30 minutes)**;**5<br>cycles<br>No visible damage<br>Central Freq. Change<br>±6%<br>4.14<br>3(Ca)<br>Damp heat<br>500±12 hours at 60°C;<br>90 to 95 % RH<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>4.15<br>Endurance<br>500±12 hours at 80°C;<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>~~Mioraike Series Aniind fheSiaYAGEO~~|**RELIABILITY DATA(Reference to IEC Specification)**<br>**IEC**<br>**384-10/**<br>**CECC 32**<br>**100**<br>**CLAUSE**<br>**IEC**<br>**60068-2**<br>**TEST**<br>**METHO**<br>**D**<br>**TEST**<br>**PROCEDURE**<br>**REQUIREMENTS**<br>4.5<br>Visual inspection<br>and dimension<br>check<br>Any applicable method<br>using**× **3 magnification<br>In accordance with<br>specification (pcb<br>damage 2 mm)<br>4.6.1<br>Antenna<br>Frequency = 0.9/1.8/1.9<br>GHz;Triple Band<br>Standard test board<br>4.8<br>Adhesion<br>A force of 5 N applied<br>for 10 s to the line<br>joining the terminations<br>and in a plane parallel to<br>the substrate<br>No visible damage<br>4.12<br>4(Na)<br>Rapid change of<br>temperature<br>-40 °C (30 minutes) to<br>+80°C (30 minutes)**;**5<br>cycles<br>No visible damage<br>Central Freq. Change<br>±6%<br>4.14<br>3(Ca)<br>Damp heat<br>500±12 hours at 60°C;<br>90 to 95 % RH<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>4.15<br>Endurance<br>500±12 hours at 80°C;<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>~~Mioraike Series Aniind fheSiaYAGEO~~|**RELIABILITY DATA(Reference to IEC Specification)**<br>**IEC**<br>**384-10/**<br>**CECC 32**<br>**100**<br>**CLAUSE**<br>**IEC**<br>**60068-2**<br>**TEST**<br>**METHO**<br>**D**<br>**TEST**<br>**PROCEDURE**<br>**REQUIREMENTS**<br>4.5<br>Visual inspection<br>and dimension<br>check<br>Any applicable method<br>using**× **3 magnification<br>In accordance with<br>specification (pcb<br>damage 2 mm)<br>4.6.1<br>Antenna<br>Frequency = 0.9/1.8/1.9<br>GHz;Triple Band<br>Standard test board<br>4.8<br>Adhesion<br>A force of 5 N applied<br>for 10 s to the line<br>joining the terminations<br>and in a plane parallel to<br>the substrate<br>No visible damage<br>4.12<br>4(Na)<br>Rapid change of<br>temperature<br>-40 °C (30 minutes) to<br>+80°C (30 minutes)**;**5<br>cycles<br>No visible damage<br>Central Freq. Change<br>±6%<br>4.14<br>3(Ca)<br>Damp heat<br>500±12 hours at 60°C;<br>90 to 95 % RH<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>4.15<br>Endurance<br>500±12 hours at 80°C;<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>~~Mioraike Series Aniind fheSiaYAGEO~~|**RELIABILITY DATA(Reference to IEC Specification)**<br>**IEC**<br>**384-10/**<br>**CECC 32**<br>**100**<br>**CLAUSE**<br>**IEC**<br>**60068-2**<br>**TEST**<br>**METHO**<br>**D**<br>**TEST**<br>**PROCEDURE**<br>**REQUIREMENTS**<br>4.5<br>Visual inspection<br>and dimension<br>check<br>Any applicable method<br>using**× **3 magnification<br>In accordance with<br>specification (pcb<br>damage 2 mm)<br>4.6.1<br>Antenna<br>Frequency = 0.9/1.8/1.9<br>GHz;Triple Band<br>Standard test board<br>4.8<br>Adhesion<br>A force of 5 N applied<br>for 10 s to the line<br>joining the terminations<br>and in a plane parallel to<br>the substrate<br>No visible damage<br>4.12<br>4(Na)<br>Rapid change of<br>temperature<br>-40 °C (30 minutes) to<br>+80°C (30 minutes)**;**5<br>cycles<br>No visible damage<br>Central Freq. Change<br>±6%<br>4.14<br>3(Ca)<br>Damp heat<br>500±12 hours at 60°C;<br>90 to 95 % RH<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>4.15<br>Endurance<br>500±12 hours at 80°C;<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>~~Mioraike Series Aniind fheSiaYAGEO~~|**RELIABILITY DATA(Reference to IEC Specification)**<br>**IEC**<br>**384-10/**<br>**CECC 32**<br>**100**<br>**CLAUSE**<br>**IEC**<br>**60068-2**<br>**TEST**<br>**METHO**<br>**D**<br>**TEST**<br>**PROCEDURE**<br>**REQUIREMENTS**<br>4.5<br>Visual inspection<br>and dimension<br>check<br>Any applicable method<br>using**× **3 magnification<br>In accordance with<br>specification (pcb<br>damage 2 mm)<br>4.6.1<br>Antenna<br>Frequency = 0.9/1.8/1.9<br>GHz;Triple Band<br>Standard test board<br>4.8<br>Adhesion<br>A force of 5 N applied<br>for 10 s to the line<br>joining the terminations<br>and in a plane parallel to<br>the substrate<br>No visible damage<br>4.12<br>4(Na)<br>Rapid change of<br>temperature<br>-40 °C (30 minutes) to<br>+80°C (30 minutes)**;**5<br>cycles<br>No visible damage<br>Central Freq. Change<br>±6%<br>4.14<br>3(Ca)<br>Damp heat<br>500±12 hours at 60°C;<br>90 to 95 % RH<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>4.15<br>Endurance<br>500±12 hours at 80°C;<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>~~Mioraike Series Aniind fheSiaYAGEO~~|**RELIABILITY DATA(Reference to IEC Specification)**<br>**IEC**<br>**384-10/**<br>**CECC 32**<br>**100**<br>**CLAUSE**<br>**IEC**<br>**60068-2**<br>**TEST**<br>**METHO**<br>**D**<br>**TEST**<br>**PROCEDURE**<br>**REQUIREMENTS**<br>4.5<br>Visual inspection<br>and dimension<br>check<br>Any applicable method<br>using**× **3 magnification<br>In accordance with<br>specification (pcb<br>damage 2 mm)<br>4.6.1<br>Antenna<br>Frequency = 0.9/1.8/1.9<br>GHz;Triple Band<br>Standard test board<br>4.8<br>Adhesion<br>A force of 5 N applied<br>for 10 s to the line<br>joining the terminations<br>and in a plane parallel to<br>the substrate<br>No visible damage<br>4.12<br>4(Na)<br>Rapid change of<br>temperature<br>-40 °C (30 minutes) to<br>+80°C (30 minutes)**;**5<br>cycles<br>No visible damage<br>Central Freq. Change<br>±6%<br>4.14<br>3(Ca)<br>Damp heat<br>500±12 hours at 60°C;<br>90 to 95 % RH<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>4.15<br>Endurance<br>500±12 hours at 80°C;<br>No visible damage<br>2 hours recovery<br>Central Freq. Change<br>±6%<br>~~Mioraike Series Aniind fheSiaYAGEO~~| |---|---|---|---|---|---|---|---|---|---|---|---| |**0.9/1.8/1.9GHz Triple Band Antenna**<br>**with Cable & Connector for Mobile Application**<br>**Part No.**<br>**CAN 4313330109191B**||||**4313 330 00919**<br>**4313 330 01919**<br>**4313 330 03919**<br>**4313 330 09919**<br>**4313 330 10919**|||||—<br>►|6|Mar. 17, 03| ||||||||||—<br>►|7|Mar. 26, 03| ||||||||||►|8|Aug. 9, 04| |**BY**|**Cliff**|**SUPER**||**TLL.SH**|8|**PAGE**|6|SH nr.|—<br>►|9|Aug. 10, 04| |**CHECK**||||**DATE**||Aug. 10, 2004|||—<br>►||| ## **ORDERING INFORMATION:** The antennas may be ordered by the following ordering code. These code numbers can be determined by the following rules: CAN4313 3 30 10 919 1B F C M S T A C F. Family Code C. Packing Type Code M. Materials Code **CAN43** = Antenna **13** = per 1000pcs **3** = FR-4 material (K=4) S. Size Code **30** = 35 * 6 * 0.4 mm T. Tolerance and Style **00** = GSM/DCS/PCS Band using 1.13 mm cable with Ipex connector, 15 cm **01** = GSM/DCS/PCS Band using 1.13 mm cable with Right Angle MMCX connector, 20 cm (actual 20.8 cm) **03** = GSM/DCS/PCS Band using 1.13 mm cable with MMC card, 5.3 cm (actual 6.3 cm) **09 = GSM/DCS/PCS Band using 1.13 mm cable with Ipex/HRS connector, 3.8 cm (actual 3.8 cm) 10 = GSM/DCS/PCS Band using 1.13 mm cable without connector, 7 cm outer cable (actual around** |A. Working Frequency||||||||||||| |---|---|---|---|---|---|---|---|---|---|---|---|---| |**919 =**GSM 900 880-960 MHz,|GSM 900 880-960 MHz,|GSM 900 880-960 MHz,||||DCS 1800 1710-1880 MHz||||||DCS 1800 1710-1880 MHz| |PCS 1900|||1850-1990 MHz|||||||||| |C. Packing Type Code||||||||||||| |1B: 1000 pcs in bulk/bag||||||||||||| |**0.9/1.8/1.9GHz Triple Band Antenna**||||**4313 330 00919**<br>**4313 330 01919**|**4313 330 00919**<br>**4313 330 01919**|**4313 330 00919**<br>**4313 330 01919**||||—<br>►|6|Mar. 17, 03| |**with Cable & Connector for Mobile Application**<br>**Part No.**||**with Cable & Connector for Mobile Application**<br>**Part No.**||**4313 330 03919**<br>**4313 330 09919**|**4313 330 03919**<br>**4313 330 09919**|**4313 330 03919**<br>**4313 330 09919**||||—<br>►|7|Mar. 26, 03| |**CAN 4313330109191B**||||**4313 330 10919**|**4313 330 10919**|**4313 330 10919**||||||| |||||||||||►|8|Aug. 9, 04| |**BY**<br>**Cliff**||**SUPER**||**TLL.SH**|8||**PAGE**|7|SH nr.|—<br>►|9|Aug. 10, 04| |**CHECK**||||**DATE**|**DATE**||Aug. 10, 2004|Aug. 10, 2004|Aug. 10, 2004|—<br>►||| |Revision|Date|Content|Remark| |---|---|---|---| |1|Aug. 7, 2002|New Issued|| |2|Oct. 17, 2002|Modify Hirose/Ipex or MMCX connector using<br>1.13mm cable|| |3|Jan. 30, 2003|Add Hirose/Ipex or MMCX connector using 1.13<br>mm cable, 30cmCTCand 12NC|| |4|Mar.10, 2003|Add MMC Card, 53 cm|| |5|Mar.13, 2003|Add 30 cm cable and PCB only and 10cm coding|| |6|Mar.17, 2003|Add 130 cm cable MMCX coding|| |7|Mar.26, 2003|Add 30 cm cable MMCX coding|| |8|Aug.9, 2004|Add 3.8 cm cable Hirose/Ipex connector|| |9|Aug.10, 2004|Add 7 cm outer cable without connector|| |**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**0.9/1.8/1.9GHz Triple Band Antenna**|**4313 330 00919**<br>**4313 330 01919**|**4313 330 00919**<br>**4313 330 01919**|**4313 330 00919**<br>**4313 330 01919**|**4313 330 00919**<br>**4313 330 01919**|||—<br>►|6|Mar. 17, 03| |---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---| |**with Cable & Connector for Mobile Application**|**with Cable & Connector for Mobile Application**<br>**Part No.**||||**with Cable & Connector for Mobile Application**<br>**Part No.**||**4313 330 03919**<br>**4313 330 09919**|**4313 330 03919**<br>**4313 330 09919**|**4313 330 03919**<br>**4313 330 09919**||||—<br>►|7|Mar. 26, 03| |||**CAN 4313330109191B**|**CAN 4313330109191B**||||**4313 330 10919**|**4313 330 10919**|**4313 330 10919**||||||| ||||||||||||||►|8|Aug. 9, 04| |**BY**||**Cliff**|**Cliff**||**SUPER**||**TLL.SH**|8||**PAGE**|8|SH nr.|—<br>►|9|Aug. 10, 04| |**CHECK**|||||||**DATE**|**DATE**||Aug. 10, 2004|Aug. 10, 2004|Aug. 10, 2004|—<br>►|||
Updated at February 9, 2023
Founded in 1977, Yageo Corporation is a premier global provider of passive component solutions. Through strategic acquisitions of industry leaders such as Pulse Electronics, BrightKing, and KEMET, the company has built a comprehensive product portfolio and established a commanding presence across the electronics industry, particularly in capacitors, resistors, and circuit protection technologies. Our extensive range of Yageo components is heavily focused on their advanced circuit protection solutions. We carry a comprehensive selection of transient voltage suppression (TVS) devices, featuring hundreds of TVS diodes and varistors engineered to safeguard sensitive electronics from destructive voltage transients. This core offering is complemented by a robust lineup of gas discharge tubes (GDTs) designed for reliable overvoltage protection in demanding environments. Beyond voltage suppression, we supply a variety of Yageo's specialized thermistor products, including resettable fuses, inrush current limiting (ICL) NTC thermistors, and precision temperature sensing components. Rounding out our selection are high-performance Yageo RF and single-band chip antennas, providing reliable, space-efficient connectivity for modern wireless applications.
About Novapart
Novapart is a B2B electronic component broker specialising in stock shortages and cost reduction. We source hard-to-find parts and identify compliant alternatives across a catalogue of 410,000+ components from 500+ manufacturers.
Learn more →Stock Shortage Specialist
When a component is unavailable, discontinued or has an unacceptable lead time, we tap into our network of vetted European and Asian distributors to source what you need — without compromising on quality or traceability.
Request a quote →Compliant Alternatives
We identify pin-to-pin, electrically equivalent substitutes that meet the same certifications (RoHS, AEC-Q100, REACH) as your original specification — validated against datasheets, not just part numbers. Often at a lower cost.
BOM Analysis service →