REVISIONS REV. DESCRIPTION A Part Number 24 Vdc R461JK-480823 A A A A A A SHEET NO. 1 2 3 4 5 6 APPROVALS 07/22/13 ENGINEERING T. JOHNSON 7/14/2014 S. LYNCH 7/16/2014 QUALITY MANUFACTURING J. LEE 7/16/2014 APPROVED K.R. 4822 McGrath Street Ventura, CA. 93003-5641 PH: (805) 650-0260 FAX: (805) 650-1734 DATE DRAWN SARA LEE PRODUCTION RELEASE Nominal Coil Voltage REVISIONS DATE 7/17/14 TECHNOLOGIES COMPANY SW, SP6T, LATCHING SELF CUT-OFF, 16 PIN IDC CONN. SMA-FEMALE CONNECTORS, INDICATORS 50 OHM [1W] INT TERMINATIONS, 5 MIL CYCLE, 26.5GHz CODE IDENT. NO. 00471 SCALE NONE DWG. NO. R461JK-480823 FINAL ASSY: R461JK-480823 SHEET 1 OF 6 04-0004 REV. C 5/27/10 OUTLINE DRAWING: .585 14.9 16 PIN IDC CONNECTOR PIN 1 2.234 56.7 2.570 65.3 .086 2.2 .331 8.4 7X SMA-FEMALE CONNECTORS 6X EQ. SPACED ON 1.062 [27.0] B.C. 2.250 57.2 1.800 45.7 4X UNLESS OTHERWISE SPECIFIED TOLERANCES ARE: [ ] MILLIMETERS .XXX ±.010 .XX ±.030 CODE IDENT. NO. 00471 .172 [4.4] THRU DWG. NO. REV. R461JK-480823 A ANGLES: ±3° SCALE NONE FINAL ASSY: XXX SHEET 2 OF 6 04-0005 REV. B 9/21/06 SPECIFICATION: 1.0 2.0 RF CHARACTERISTICS: 1.1 FREQUENCY (GHz): DC - 4 4 - 12.4 12.4 - 18 18 - 26.5 1.2 VSWR (RATIO MAX): 1.20:1 1.35:1 1.45:1 1.70:1 1.3 INSERTION LOSS (dB MAX): 1.4 ISOLATION (dB MAX): 100 80 70 65 1.5 IMPEDANCE (NOMINAL): 50 50 50 50 1.6 THIRD ORDER INTER MODULATION: 1.7 REPEATABILITY (MAX): 4.0 -120 dBc typical (2 carriers 20W) 0.03 dB @ 25o C ACTUATION DATA: 2.1 OPERATING MODE: LATCHING 2.2 OPERATING VOLTAGE: 20 - 32 Vdc (24Vdc NOMINAL) 2.3 COIL RESISTANCE: 132 OHMS 2.4 OPERATING CURRENT: 195 mA @ 25o C TYPICAL 2.5 STAND-BY CURRRENT: 50 mA 2.6 INDICATOR SPECIFICATIONS: 2.7 3.0 0.3 + 0.015 x frequency (GHz) 2.7.1 MAXIMUM WITHSTANDING VOLTAGE: 60V 2.7.2 MAXIMUM CURRENT CAPACITY: 150 mA 2.7.3 MAXIMUM <<ON>> RESISTANCE: 2.5 Ω 2.7.4 MAXIMUM <<OFF>> RESISTANCE: 10 G Ω SWITCHING TIME: 15 mS MAX MECHANICAL: 3.1 DESIGN LIFE: 5 MILLION CYCLES MIN 3.2 ACTUATOR TERMINAL: 16 PIN, IDC CONNECTOR (.1" SPACING) 3.3 WEIGHT: 250 g MAX ENVIRONMENTAL: 4.1 OPERATING TEMPERATURE: -25o C TO +75o C 4.2 STORAGE TEMPERATURE: -55o C TO +85o C 4.3 TEMPERATURE CYCLING: -55o C TO +85o C (10 CYCLES) 4.4 VIBRATION: OPERATING 7g: 5-2000 Hz @ 0.25 IN P-P 4.4.1 SURVIVAL 20g: 20-2000 Hz @ 0.06 IN P-P 4 MIN/CYCLE, 4 CYCLES/AXIS 4.4.2 RANDOM 2.41g (rms ) 10 MIN/ AXIS 4.5 SHOCK: HALF-SINE: 500g @ 0.5ms, 3 DROPS/DIRECTION, 18 TOTAL 4.5.1 OPERATING 50g @ 6ms, 6 DIRECTIONS 4.6 MOISTURE RESISTANCE: 65o C, 95% RH, 10 DAYS 4.7 ALTITUDE STORAGE: 50,000 FEET (15,240 METERS) 4.8 RFI: 55 dB at 20 GHz 4.9 MAGNETIC FIELD: < 6 GAUSS 1/4" FROM SURFACE CODE IDENT. NO. 00471 SCALE NONE DWG. NO. REV. R461JK-480823 FINAL ASSY: R461JK-480823 A SHEET 3 OF 6 04-0005 REV. B 9/21/06 SUPPLEMENTAL SPECIFICATIONS: MAX incident CW Power (cold switching) vs. Frequency Power Handling at 25 C is 30 W at 4 GHz Reference conditions: • Cold switching only (NO hot switching) • Ambient temperature of 75 C or less • Sea level (0.88 derating @ 15,000 ft) • Load VSWR < 1.2 (see graph for derating above 1.2 VSWR) Power Derating Factor vs. VSWR CODE IDENT. NO. 00471 SCALE NONE DWG. NO. REV. R461JK-480823 FINAL ASSY: R461JK-480823 A SHEET 4 OF 6 04-0005 REV. C 5/27/10 DRIVING THE SWITCH: DRIVE +24 Vdc INDICATOR 1 2 Ind Common Path 1 Ind. 1 Path 2 Ind. 2 Path 3 Ind. 3 Path 4 Ind. 4 Path 5 Ind. 5 Path 6 Ind. 6 Common Gnd 15 16 Open All Paths Each RF path can be closed by applying Ground to the corresponding "drive" pin. Any non-driven path will be simultaneously opened by internal logic. Standard drive: • Connect pin 15 to ground. • Connect pin 1 to supply (+20Vdc to +32Vdc) • Select (close) desired RF path by applying Ground to the corresponding "drive" pin (Ex: apply Ground to pin 3 to close RF path 1). • To select another path, ensure that all unwanted RF path "drive" pins are disconnected from Ground (to prevent multiple RF path engagement). Apply Ground to the "drive" pin which corresponds to the desired RF path. • To open all RF paths, ensure that all RF path "drive" pins are disconnected from Ground. Complete the operation by applying Ground to pin 16. Break-Before-Make Open the undesired RF path. After 15 mS (minimum), close the new RF path. Make-Before-Break Ensure that the previously selected RF path "drive" is connected to Ground, then close the new RF path. The previously selected path can then be de-selected. CODE IDENT. NO. 00471 SCALE NONE DWG. NO. REV. R461JK-480823 FINAL ASSY: R461JK-480823 A SHEET 5 OF 6 04-0005 REV. B 9/21/06 ELECTRONIC POSITION INDICATORS: The electronic position indicators consist of optically isolated, solid state relays which are driven by, photoelectric sensors coupled to the mechanical position of the RF paths moving elements. The circuitry consists of a common which can be connected to an output corresponding to the selected RF path. If one or more RF paths are closed, the corresponding indicators will be connected to the common. The solid state relays are configured for AC and/or DC operation. The electronic position indicators require the supply (20 to 32 Vdc) to be connected to pin 1 and Ground connected to pin 15. Pin Number Function 2 Indicator Common 4 Indicator RF Path 1 6 Indicator RF Path 2 8 Indicator RF Path 3 10 Indicator RF Path 4 12 Indicator RF Path 5 14 Indicator RF Path 6 CODE IDENT. NO. 00471 SCALE NONE DWG. NO. REV. R461JK-480823 FINAL ASSY: R461JK-480823 A SHEET 6 OF 6 04-0005 REV. B 9/21/06