MIL-STD-202 METHOD 213 METHOD C Search Results

HD-BNC

Abstract: AMPHENOL Spanner Amphenol HD-BNC 4028 BE
Contextual Info: 2. REV MECHANICAL: A. DURABILITY: 4. ENVIRONMENTAL: A. THERMAL SHOCK PER MIL-STD-202 METHOD 107 TEST CONDITION B EXCEPT HIGH TEMP @200 C B. VIBRATION: MIL-STD-202 METHOD 204 TEST CONDITION B C. SHOCK: MIL-STD-202 METHOD 213 TEST CONDITION B D. CORROSION: MIL-STD-202 METHOD 101

HD-BNC

Abstract: 4028 BE 800REF
Contextual Info: 2. REV MECHANICAL: A. DURABILITY: 4. ENVIRONMENTAL: A. THERMAL SHOCK PER MIL-STD-202 METHOD 107 TEST CONDITION B EXCEPT HIGH TEMP @200 C B. VIBRATION: MIL-STD-202 METHOD 204 TEST CONDITION B C. SHOCK: MIL-STD-202 METHOD 213 TEST CONDITION B D. CORROSION: MIL-STD-202 METHOD 101

Ac 472 m

Contextual Info: Axial Leads/Glass Encapsulation GENERAL DESCRIPTION Lead Pull & Torsion per MIL-STD-202, Method 211, Condition A & D Resistance to Soldering Heat perMIL-STD-202,Method210, Condition B Vibration and Shock per MIL-STD-202, Method 204, Condition B and Method 213, Condition I

Contextual Info: Littelfuse Surface Mount Fuses Subminiature Surface Mount PICO SMF 459 and 460 Series Fuses ENVIRONMENTAL SPECIFICATIONS: Operating Temperature: -55°C to 125°C. Shock: MIL-STD-202, Method 213, Test Condition I 100 G’s peak for 6 milliseconds . Vibration: MIL-STD-202, Method 201 (10-55 Hz, .06 in. total excursion).

Contextual Info: CFPV-45, -46 ISSUE 2; 18 OCTOBER 2004 Delivery Options • Please contact our sales office for current leadtimes Environmental Specification ■ Mechanical shock per MIL-STD-202, Method 213, Cond. E. ■ Thermal shock per MIL-STD-883, Method 1011, Cond. A

Contextual Info: ELECTRICAL Nominal Impedance Ohms Interface Dimensions MIL-STD-348A, 50 VSWR Torque 250_ Shock MIL-STD-202. Method 213, 7-10 In-Lbs Insertion Loss (dB MAX) ,15\/f(GHz) Insertion (MAX Lbs) N/A RF Leakage (dB MIN) -(60-fGHz) Withdrawal (MIN Oz) N/A

50060-2

Contextual Info: DESIGNED FOR USE WITH R G -1 8 8 /U FLEX CABLE CABLE ENTRY DIAMETER MIN I MUM FERRULE CONTACT HOUSING ELECTRICAL Nominal Impedance Ohms Interface Dimensions MIL-STD-348A, 50 VSWR Torque 250_ Shock MIL-STD-202. Method 213, 7-10 In-Lbs Insertion Loss (dB MAX) .07\^f(GHz)

R459

Abstract: R460005 mil-std-202, method 210
Contextual Info: Surface Mount Fuses Subminiature Surface Mount PICO SMF 459 and 460 Series Fuses • For newer designs the NANO2® fuse is recommended. ENVIRONMENTAL SPECIFICATIONS: Operating Temperature: –55°C to 125°C. Shock: MIL-STD-202, Method 213, Test Condition I

Mil std-202, method 107

Contextual Info: CAD#120102_3 DRAWING NO. REV 1 2 - 0 1 0 2 REQUIREMENTS RATING NOMINAL IMPEDANCE OHMS 50 FREQUENCY RANGE (GHz) D C -26.5 TEMPERATURE COEFFICIENT 200 PPM OPERATING TEMPERATURE (*C) 1.10:1 AVERAGE POWER (WATTS) SHOCK MIL— STD— 202 METHOD 213 COND. I (100 G’s)

micro fuse

Abstract: FUSE 125mA FUSE T 160mA FUSE 250mA radial TMR-2A micro thermal fuse TMR40 thermal 3A 250v fuse TMR-10A TMR31
Contextual Info: Type TMR Time Lag Micro Fuse Radial Leaded – Long Leaded Designed to Meet UL/CSA Specifications Agency Standards and Listings: UL Listed CSA Certified 40mA~10A 40mA~6.3A Interrupt Ratings: 50A @ 250 VAC Operating Temperature: -55ºC ~ +125ºC Shock: MIL-STD-202, Method 213, Test Condition 1

FUSE T 3.15A 250V

Abstract: FUSE 125mA micro fuse radial saw FUSE T 160mA thermal micro fuse tMRR TMR-R-125mA FUSE, MICRO 2.5A
Contextual Info: Type TMR-R Time Lag Micro Fuse Radial Leaded – Long Leaded Designed to Meet UL/CSA Specifications Agency Standards and Listings: UL Listed CSA Certified 40mA~10A 40mA~6.3A Interrupt Ratings: 50A @ 250 VAC Operating Temperature: -55ºC ~ +125ºC Shock: MIL-STD-202, Method 213, Test Condition 1

FUSE 315mA

Abstract: FUSE 125mA TMS-R
Contextual Info: Type TMS-R Time Lag Micro Fuse Radial Leaded – Short Leaded Designed to Meet UL/CSA Specifications Agency Standards and Listings: UL Listed CSA Certified 40mA~10A 40mA~6.3A Interrupt Ratings: 50A @ 250 VAC Operating Temperature: -55ºC ~ +125ºC Shock: MIL-STD-202, Method 213, Test Condition 1

MIL-STD-202

Abstract: MIL-STD-202 METHOD 211 mil-std-202 method 213 method c MIL-STD202 mil-std-202 METHOD 106 MILSTD-202 MIL-STD-202 METHOD 208 MIL-STD-202 METHOD 204 mil-std-202, method 102 florida 50 ohms termination resistance
Contextual Info: DRAWING NO. REV. 32- 1157 REQUIREMENTS RATING NOMINAL IMPEDANCE Ohms REQUIREMENTS RATING VIBRATION MIL—STD—202 METHOD 204 COND. D (20 G’S) SHOCK MIL—STD—202 METHOD 213 COND. 1 (100 G’S) TEMPERATURE CYCLING MIL—STD—202 METHOD 102 COND. C (- 6 5 TO + 1 2 5 °C)

MIL-STD-202

Abstract: MIL-STD-202 METHOD 208 MIL-STD-202 METHOD 204 mil-std-202 DC mil-std-202 204 B mil-std-202 METHOD 106
Contextual Info: EDD DRAWING NO. REV. 42-1056 REQUIREMENTS RATING NOMINAL IMPEDANCE OHMS RATING VIBRATION MIL—STD—202 METHOD 204 COND. D (20 G’s) SHOCK MIL—STD—202 METHOD 213 COND. 1 (100 G’s) THERMAL SHOCK MIL—STD—202 METHOD 107 COND. B (- 65 TO + 1 2 5 ° C)

Contextual Info: 1. CAD#321156_2 UNLESS OTHERWISE SPECIFIED TOLERANCES ARE ±.010 ,254m m DRAWING NO. REV. 32-1156 'C — .515 — (1 3.08mm) .250 MIN (6.35mm) 0.125 THRU (3.1 7mm) .140 MAX (3.56mm) 32-1156 FLORIDA RF LABS .125 (3.1 7mm) (6.'J5rnm) MATERIALS: MTG. F LANGE: COPPER PER ASTM B301

Contextual Info: 1. DRAWING NO. UNLESS OTHERWISE SPECIFIED TOLERANCES ARE ±.010 ,254m m REV. 32-1160 E .515 — (1 3.08mm) .140 MAX (3.56mm) .250 MIN (6.35mm) 0.125 THRU (3.1 7mm) 32-1160 FLORIDA RF LABS i .250 (6.35mm) MATERIALS: MTG. FLANGE: COPPER PER ASTM B301 SUBSTRATE: BERYLLIUM OXIDE

MIL-STD-202

Contextual Info: DRAWING NU REV, 42-0054 .053 .006 .004 I J MATERIALS: BODY: BRASS PER ASTM B16 CONTACT: BERYLLIUM COPPER PER ASTM B197 INSULATOR: TEFLON PER ASTM D1710 SUBSTRATE: ALUMINA RESISTIVE FILM: NICHROME .050 165 155 SQ FINISH: BODY: NICKEL PER QQ-N-290 CONTACT: GOLD PER MIL-G-45204

geq date code

Abstract: CAD32
Contextual Info: 1. CAD#321158_2 UNLESS OTHERWISE SPECIFIED TOLERANCES ARE ±.010 ,254m m .095 (2.41m m) .060 (1.52mm) 0.125 THRU (3.1 7mm) DRAWING NO. REV. 32-1158 'C .102 (2.59mm) - .004 (.102mm .002 (.051 mm i i - -Í— —4- .125 J (3.1 7mm) .125 • (3.1 7mm) 32-1158

geq date code

Contextual Info: 1. CAD#321161_ 2 UNLESS OTHERWISE SPECIFIED TOLERANCES ARE ±.010 ,254m m (1 3.08mm) DRAWING NO. REV. 32-1161 'C .250 MIN (6.35mm) .250 MIN (6.35mm) 0.125 THRU (3.1 7mm) , \ -250 (6.35mm) MATERIALS: MTG. FLANGE: COPPER PER ASTM B301 SUBSTRATE: BERYLLIUM OXIDE

Contextual Info: NOTES: 1. UNLESS OTHERWISE SPECIFIED, TOLERANCES ARE ± 0.250 6 .3 5 m m C A D #221004_2 N/C .156 (3 .9 6 m m ) 4 -4 0 .250 (6 .3 5 m m ) .060 ( 1 ,5 2 m m ) REV. 22-1004 .0 1 0 ” (,2 5 4 m m ). .125 (3.1 8 m m ) .003 (,0 7 6 m m ) DRAWING NO.: U N C -2A

F0548

Abstract: 321017
Contextual Info: DRAWING NO. REV. G 32-1017 .250 MAX 1.900 .125 1.550 • 1 1.040 1.00 I - c K c K) c c 500 t r ) ) .270 T 1 .500 ±0.100 0.170 4) -.005 .06 • .185 UNLESS OTHERWISE SPECIFIED MATERIALS: SUBSTRATE: BERYLLIUM OXIDE FLANGE: Cu PER ASTM B152 1/2 HD, ALLOY 102

florida rf 100 2a

Abstract: florida rf 2a
Contextual Info: NOTES: 1. UNLESS OTHERWISE SPECIFIED, TOLERANCES ARE ± 0.250 6 .3 5 m m C A D #221003_2 .060 ( 1 .5 2 m m ) N/C .156 (3 .9 6 m m ) 4 -4 0 .250 (6 .3 5 m m ) .003 (.0 7 6 m m ) 22-1003 .0 1 0 ” (,2 5 4 m m ). .125 (3.1 8 m m ) REV. DRAWING NO.: U N C -2A

Contextual Info: EDD DRAWING NO. UNLESS OTHERWISE SPECIFIED TOLERANCES ARE + .010’ REV. 32-1117 - 51 5 — - D .102 2.59m m (13.1mm) .105 .040 -*• .005 - (,127mm) (1.02mm) .125 — (3.18m m ) .250 MIN (6.35m m ) .250 (6.35m m ) ^ I .125 - f MATERIALS: MTG. FLANGE: COPPER PER ASTM B301

Contextual Info: EDD DRAWING NO.: 81-7031-* NOTES: UNLESS OTHERWISE SPECIFIED, TOLERANCES ARE ± .010” [.2 54m m ]. .040 [1,02mm] .100 [2.54mm] REV. B .090 [2.29mm] 2X .023 [,58mm] 2X .030 [.76mm] BSSS .200 [5.08mm] 2X .020 _J [.51 mm] PROTECTIVE COATING MATERIALS: SUBSTRATE: ALUMINUM NITRIDE