ANB02001-125

DOCUMENT NAME: PRODUCT SPECIFICATION SUBJECT: RF Ⅰ BOARD CONNECTOR DOCUMENT NO: SPEC-ANB-1001 END PAGE 1 OF 8 REV B PRODUCT SPECIFICATION NO.SPEC-ANB-1001 RF Ⅰ BOARD END CONNECTOR （Product NO. ANB0200*-12*） APPROVED CHECKED PREPARED By Wesley.Wang Roy.Duan Roy.Duan Date 2017-07-18 2017-07-18 2017-07-18 Cocentra Confidcntial III ISSUED BY : FM-RD-27 DOCUMENT NAME: PRODUCT SPECIFICATION Rev. A B C D E F G H J K L M N P Q R S T U V W Y Z SUBJECT: RF Ⅰ BOARD CONNECTOR DOCUMENT NO: SPEC-ANB-1001 END PAGE 2 OF 8 REV B ***** REVISION HISTORY ***** Date Revision Page No. Notes 2012-06-05 New Reversion 初次发行 2017-05-18 Update 更新发行 Cocentra Confidcntial III FM-RD-27 DOCUMENT NAME: PRODUCT SPECIFICATION SUBJECT: RF Ⅰ BOARD CONNECTOR DOCUMENT NO: SPEC-ANB-1001 END PAGE 3 OF 8 REV B 1. SCOPE This product described in this paper is a SMT Type Micro Coaxial RF Receptacle, whose part name in our comply is USS RF REC. It is special for micro strip-to -Coaxial adapter in RF circuit, such as Mobile Phone, Wireless Net, Mini PCI, Bluetooth, PDA, GPS, Electric Measurement Instruments and so on. 2. REQUIREMENT 2.1. PRODUCT DIMENSION Product shall be intermateable with industry standard product of opposite gender. This connector shall have the dimensions as shown in Drawing . 2.2. PCB/PANEL LAYOUT The recommended PCB layout 2.3. are shown in Drawing . BILL OF MATERIAL The bill of material and product number of Connectors are described in Drawing . 2.4. MECHANICAL & ELECTRICAL CHARACTERISTIC The connector shall have the mechanical and electrical performance as described in Table I. 2.5. PACKAGING Parts shall be packaged according to requirements specified in purchase order for safe delivery. Connector container and the packing specification are shown in Drawing . 2.6. HARMFUL MATERIAL CONTROL Harmful material controls please follow the Doc. No. QW-QA-10. 3. PERFORMANCE AND TEST DESCRIPTION 3.1. REQUIREMENT Product is designed to meet electrical, mechanical, and environmental performance requirements specified in Table I. 3.2. TEST CONDITION Unless otherwise specified, all tests shall be performed at ambient environmental conditions: 3.2.1 Temperature: 15℃~35℃ 3.2.2 Humidity: 50±2% R. 3.2.3 Atmospheric Pressure: 650 mmHg to 800 mmHg. 3.3. SAMPLE SELECTION Test samples shall be selected at random from current production. No test samples shall be reused. Each group shall be containing 10 test samples. Cocentra Confidcntial III FM-RD-27 DOCUMENT NAME: PRODUCT SPECIFICATION 3.4 SUBJECT: RF Ⅰ BOARD CONNECTOR DOCUMENT NO: SPEC-ANB-1001 END PAGE 4 OF 8 REV B TEST SEQUENCE Products qualification test sequence as shown in Table II. 4. QUALITY ASSURANCE PROVISIONS CCT is responsible for the quality of the part as it is delivered to customer. The failing lots will be return or other supplier action. 5. PRODUCT PICTURE 6. Technical Parameters 6.1 Rated Voltage 60VAC (R.M.S) 6.2 Frequency Range 0~6GHz 6.3 Character Impedance 50Ω 6.4 Operate Temperature -40℃~90℃ 6.5 Operate Humidity 90% MAX 7. Electric Performance 7.1 Dielectric Resistance 500MΩ 7.2 Dielectric Withstand Voltage 200VAC 1Min 7.3 Contact Resistance 7.4 7.3.1 Signal Contact Initial：20mΩ max 7.3.2 Ground Contact Initial： 20mΩ max VSWR 7.4.1 ≦3GHz 3~6GHz 1.3max 1.4max Test Method(Refer to the FIG2)： FIG2 Cocentra Confidcntial III FM-RD-27 DOCUMENT NAME: PRODUCT SPECIFICATION SUBJECT: RF Ⅰ BOARD CONNECTOR DOCUMENT NO: SPEC-ANB-1001 END PAGE 5 OF 8 REV B Table I: Performance Requirements Items 1. Test Conditions Specifications Solder the receptacle connector to the test board and mate the ［Signal contact］ plug connector together, then measure the contact resistance Initial ：20mΩ MAX as shown in Fig3 by the four terminal methods. Apply the After testing ：ΔR20 mΩmax low level conditions in accordance with MIL-STD-202G, Method 307. ［Ground contact］ Initial ：20mΩ MAX Open circuit voltage ：20 mV MAX After testing ：ΔR20 mΩMAX Circuit current ：10 mA MAX Contact Resistance 2. Insulation Resistance 3. Dielectric Withstanding Voltage 4. VSWR 5. Un-mating force :500MΩ MIN Mate the receptacle and plug connector together, and then Initial apply DC 100V between the signal contact and the ground After testing :100 MΩ MIN contact in accordance with MIL-STD-202G, Method 302. Mate the receptacle and plug connector together, and then No creeping discharge, flashover, apply AC 200V rms between the signal contact and the no insulator breakdown shall ground contact for a minute in accordance with occur. MIL-STD-202G, Method 301. Measure the VSWR as shown in FIG2 by the network 1.3MAX. at 0.1~3GHz analyzer. 1.4MAX .at 3~6GHz Frequency: 100M~6GHz Solder the receptacle connector to the test board and mate the ［Total un-mating force］ plug connector, then measure the un-mating force at Initial :4N MIN speed 25±3mm/minutes along by the push-pull machine. After 30 :2N MIN Solder the receptacle connector to the test board, Push the receptacle connector from each directions as 20N MIN Shown in Fig.4. Measure the strength when the connector is broken. 6. Receptacle shearing strength Fig 4 Cocentra Confidcntial III FM-RD-27 DOCUMENT NAME: PRODUCT SPECIFICATION SUBJECT: RF Ⅰ BOARD CONNECTOR DOCUMENT NO: SPEC-ANB-1001 END PAGE 6 OF 8 REV B Mate and un-mate the receptacle connector(soldered to ［Appearance］No abnormality the test board) and plug connector 30 cycles at speed 7. ［Contact Resistance］ Durability 25±3 mm/minutes along the mating by the push-pull Shall meet Table I.1 machine. Apply force on the cable as shown in Fig5 During the testing, run 100mA DC to check electrical discontinuity. ［Appearance］No abnormality ［Electrical discontinuity］ 8. No electrical discontinuity grater Contact resistance than 1μs shall occur. with force on the ［Contact Resistance］ cable Shall meet Table I.1 9. Vibration 10. Shock 11. Humidity (Steady State) 12. Thermal Shock Fig5 Apply the following vibration to the mating connector. ［Appearance］No abnormality During the testing, run 100mA DC to check electrical ［Contact Resistance］ discontinuity. Shall meet Table I.1 Frequency: 10Hz →100 Hz →10Hz/approx 20 minutes. ［Electrical discontinuity］ Half amplitude, Peak value of acceleration : 1.5mm or No electrical discontinuity grater 59m/s²(6G) than 1μs shall occur. Directions, cycle: 3 mutually perpendicular direction,3 cycles about each direction. Apply the following vibration to the mating connector. During the testing, run 100mA DC to check electrical ［Appearance］No abnormality ［Contact Resistance］ discontinuity. Peak value of acceleration: 735 m/s²(75G) Shall meet Table I.1 ［Electrical discontinuity］ Duration :11msec Wave Form :half sinusoidal No electrical discontinuity grater Direction, cycle :6 mutually perpendicular than 1μs shall occur. direction, 3cycle about each direction. ［Appearance］No abnormality Apply the following environment to the mating connector ［Contact Resistance］ in accordance with MIL-STD-202G,Method 103, Shall meet Table I.1 Condition B. ［Insulation Resistance］ Temperature ：313±2K (40±2℃) Shall meet Table I.2 Humidity ：90～95%RH ［Dielectric Withstanding Voltage］ Duration ：96 hours Shall meet Table I.3. Apply the following environment to the mating connector in accordance with MIL-STD-202G,Method 107G, Condition A. Temperature ：218K (-55℃) →358K(85℃)：30min Transition time ：5min. MAX No. of cycles ：5 cycles Cocentra Confidcntial III ［Appearance］No abnormality ［Contact Resistance］ Shall meet Table I.1 ［Insulation Resistance］ Shall meet Table I.2 ［Dielectric Withstanding Voltage］ Shall meet Table I.3. FM-RD-27 DOCUMENT NAME: PRODUCT SPECIFICATION 13. High Temperature Life 14. H2S Gas 15. Salt Water Spray 16. Solder ability SUBJECT: RF Ⅰ BOARD CONNECTOR DOCUMENT NO: SPEC-ANB-1001 END PAGE 7 OF 8 REV B ［Appearance］No abnormality ［Contact Resistance］ Apply the following environment to the mating connector Shall meet Table I.1 Temperature ：363±2K (90±2℃) ［Insulation Resistance］ Duration ：96 hours Shall meet Table I.2 ［Dielectric Withstanding Voltage］ ［Appearance］No abnormality Apply the following environment to the mating connector ［Contact Resistance］ Temperature ：313±2K (40±2℃) Shall meet Table I.1 Relative Humidity ：80±5%RH ［Insulation Resistance］ Duration ：96 hours Shall meet Table I.2 ［Dielectric Withstanding Voltage］ Apply the following environment to the mating connector in accordance with MIL-STD-202G,Method 101E, ［Appearance］No abnormality Condition B. ［Contact Resistance］ Temperature ：308±2K (35±2℃) Shall meet Table I.1 Relative Humidity ：95～98%RH Salt water density ：5±1%(by weight) Duration ：48 hours Dip the solder tine of the contacts in the solder bath at More than 95%of the dipped surface shall be wet and less than 518±5K(245±5℃) for 5±0.5seconds after immersing 5%of the pinhole than shall not the tine in the flux of RMA type for 5 to 10 seconds. gather at a point. (1) Reflow part ：533+0/-5K(260+0/-5℃) Peak 498K MIN .(225℃MIN) 70sce.MIN No abnormality adversely affecting (2) Pre-heat part：433～443K(160～170℃) 80～100sec the performance shall not occur. ﹡ Refer to reflow temperature profile.(Fig6) ﹡ The number of reflow is within 2 times. 17. Soldering Heat Resistance Cocentra Confidcntial III FM-RD-27 DOCUMENT NAME: PRODUCT SPECIFICATION SUBJECT: RF Ⅰ BOARD CONNECTOR DOCUMENT NO: SPEC-ANB-1001 END PAGE 8 OF 8 REV B Table Ⅱ: Test Sequence and Sample Quantity Test: Measurement or Examination A B C D E F G H I J K L 1,3 1,3 1,3 1,3 1,5 1,5 1,3 1,3 1,3 2,6 2,6 3,7 3,7 M N 1.Contact Resistance 2.Insulation Resistance 3.Dielectric Withstanding Voltage 4.VSWR 1 5.Un-mating 1 force 6. Receptacle shearing strength 1 7.Durability 2 8.Contact resistance with force on the cable 2 9.Vibration 2 10.Shock 2 11.Humidity 4 (Steady State) 12. Thermal Shock 13. High Temperature Life 4 2 14.H2S Gas 2 15. 2 Salt Water Spray 16. Solder ability 17.Soldering Heat Resistance Sample QTY. 1 1 10 10 Cocentra Confidcntial III 10 10 10 10 10 10 10 10 10 10 10 10 FM-RD-27