Vishay Sprague Paper Capacitors Metal Case, Film/Foil, Ampere Thr
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Type 103P
Vishay Sprague
Paper Capacitors Metal Case, Film/Foil, Ampere Thru-Pass, Subminiature
Bulkhead mounting Excellent specifications Hermetically encased inductance connection insertion loss
PERFORMANCE CHARACTERISTICS
Operating Temperature: 55°C 125°C. Capacitance Range: 0.001µF 1.0µF. Capacitance Tolerance: 20%, 10%. Voltage Rating: WVDC WVDC. Current Rating: ampere maximum. Dissipation Factor: 1.0% maximum. Resistance: 0.01 maximum. Voltage Test: 200% rated voltage minute. Insulation Resistance: 25°C: 20,000 Megohm Microfarads 30,000 Megohm minimum. 85°C: Megohm Microfarads Megohm minimum.
Life Test: 140% rated voltage hours 125°C. open short circuits. visible damage. Maximum Cap.: Minimum I.R. initial limit. Maximum D.F. 1.5%. Moisture Resistance: MIL-STD-202, Method 106E, cycles. visible damage. Maximum Cap.: Minimum I.R. initial limit. Maximum D.F. 1.5%. Thermal Shock Immersion Cycling: visible damage. Maximum Cap.: Minimum I.R. initial limit. Maximum D.F. 1.5%.
PHYSICAL CHARACTERISTICS
Lead Pull: pounds (2.3 kilograms) minute. physical damage. Lead Bend: After three complete consecutive bends, damage. Marking: Sprague® trademark, type part number, capacitance voltage.
ENVIRONMENTAL CHARACTERISTICS
Vibration Test (Condition mechanical damage, short, open intermittent circuits.
DIMENSIONS inches [millimeters]
Circuit Diagram
0.312 0.031 [7.92 0.79] 1.625 1.000 [41.28 25.40 0.0]
0.031 [0.79]
1.625 1.000 [41.28 25.40 0.0]
0.255 [6.48] 0.250 [6.35] Across Flats
0.015 [0.38] 0.005 [0.130] Dia. External Toothed Lockwasher 2-123
0.125 [3.18] Max.
0.040 0.004 0.001 [1.02 0.10 0.02] Dia. Solid Tinned Leads
0.125 0.015 [3.18 0.38]
5/16 [7.938] UNF-2A 6-113
Straddle Milled Flats Thread Locking Mounting Surface
0.437 0.015 [11.10 0.38] Across Flats
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technical questions, contact spresale@vishay.com
Document Number: 42032 Revision 17-Nov-03
Type 103P
Vishay Sprague
DIMENSIONS inches [millimeters]
Terminals
0.020 0.005 [0.51 0.13] 0.255 [6.48] 0.250 [6.35] Across Flats 0.020 0.005 [0.51 0.13]
0.125 0.015 [3.18 0.38] Slot 0.062 0.125 [1.58 3.18] Slot 0.060 [1.52] 0.050 [1.27] 0.125 [3.18]
0.125 0.015 [3.18 0.38]
0.296 0.062 [7.52 1.57]
0.187 0.015 [4.75 0.38]
0.296 0.015 [7.52 0.38]
0.187 0.015 [4.75 0.38] 0.156 0.015 [3.96 0.38]
.312 0.031 [7.92 0.79]
0.156 0.015 [3.96 0.38] 5/16 [7.938]
STANDARD RATINGS inches [millimeters]
CAPACITANCE (µF) PART NUMBER* TERMINAL WIRE LEAD WVDC 0.047 0.10 0.22 0.47 1.00 103P473X0200T 103P104X0200T** 103P224X0200T 103P474X0200T** 103P105X0200T 103P473X0200S 103P104X0200S 103P224X0200S 103P474X0200S 103P105X0200S WVDC 0.047 0.10 0.22 0.47 103P473X0300T 103P104X0300T 103P224X0300T 103P474X0300T 103P473X0300S 103P104X0300S 103P224X0300S 103P474X0300S WVDC 0.047 0.10 0.22 0.47 103P473X0400T 103P104X0400T** 103P224X0400T** 103P474X0400T 103P473X0400S 103P104X0400S* 103P224X0400S* 103P474X0400S WVDC 0.001 0.400 0.750 [10.16 19.05] 103P102X0600T 103P102X0600S 0.0047 103P472X0600T** 103P472X0600S* 0.400 0.750 [10.16 19.05] 0.01 103P103X0600T** 103P103X0600S* 0.400 0.750 [10.16 19.05] 0.047 103P473X0600T 103P473X0600S 0.400 1.375 [10.16 34.93] 0.10 103P104X0600T** 103P104X0600S* 0.562 1.375 [14.27 34.93] 0.22 103P224X0600S* 0.670 1.875 [17.02 47.63] 103P224X0600T** 0.47 103P474X0600T 103P474X0600S 0.750 2.375 [19.05 60.32] Part Numbers given capacitance tolerance 20%. specify tolerance, change standard inventoried Part Numbers will stocked with tolerance (X9). 0.400 1.375 [10.16 34.93] 0.562 1.125 [14.27 28.58] 0.562 1.875 [14.27 47.63] 0.750 2.125 [19.05 53.98] 0.400 1.125 [10.16 28.58] 0.400 1.375 [10.16 34.93] 0.562 1.375 [14.27 34.93] 0.670 1.875 [17.02 47.63] 0.400 0.875 [10.16 22.23] 0.400 1.125 [10.16 28.58] 0.562 1.125 [14.27 28.58] 0.562 1.875 [14.27 47.63] 0.750 2.125 [19.05 53.98] NOMINAL CASE SIZE
ORDERING INFORMATION
103P TYPE CAPACITANCE This expressed picofarads. first digits significant figures. third number zeros follow. CAPACITANCE TOLERANCE (Inventoried) VOLTAGE RATING This expressed volts. TERMINAL Wire Leads Soldering
Document Number: 42032 Revision 17-Nov-03
technical questions, contact spresale@vishay.com
www.vishay.com
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