CAP 10uF, 10 µF Capacitor for MIL-STD-461 CS101, CS106 DO1-60, DEF-STAN

10 µF ±10 % Capacitance for effective low-frequency decoupling
1,000 VDC / 640 VAC dielectric strength, rated up to 600 VAC (400 Hz) and 270 VAC (890 Hz)
Meets MIL STD 461E/F/G & DO 160G §17 requirements for conducted immunity testing
Compact Aluminum Housing (80 × 62 × 120 mm, 270 g) with 4 mm safety banana jacks
Wide Temperature Range (–25 °C to +60 °C) for laboratory and on site environments
Ideal for LISN Decoupling between DUT side terminals in low-frequency surge and immunity tests

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SCHWARZBECK MESS-ELEKTRONIK

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Military ,
RF ,

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Data Sheet

SPECIFICATIONS

CAP 10 µF Decoupling Capacitor for Low-Frequency Signal Isolation

Overview

The CAP 10 µF is an optional high-reliability decoupling capacitor designed to meet the requirements of MIL STD 461 E/F/G and DO 160G Section 17. Installed across the DUT-side terminals of two Line Impedance Stabilization Networks (NNBM 8124), it provides essential low-frequency signal decoupling and surge suppression during conducted immunity testing.

Key Benefits

Standards Compliance: Fully meets MIL STD 461 E/F/G and DO 160G Sec. 17 test requirements.
High Voltage Withstand: 1,000 V DC dielectric strength; up to 640 VAC (50/60 Hz), 600 VAC (400 Hz), 270 VAC (890 Hz).
Low Impedance at LF: 10 µF ±10 % capacitance ensures effective decoupling of low-frequency disturbances.
Compact & Robust: Anodized aluminum housing (80 × 62 × 120 mm), 270 g, rated –25 °C to +60 °C.
Easy Connectivity: 4 mm safety laboratory jacks for quick, secure installation.

Technical Specifications

Parameter	Value
Capacitance	10 µF ± 10 %
Dielectric Strength	1,000 VDC
Max. AC Voltage	640 VAC (50/60 Hz) / 600 VAC (400 Hz) / 270 VAC (890 Hz)
Max. Current	15 A
Connectors	4 mm safety laboratory jacks
Operating Temperature	–25?°C … +60 °C
Dimensions (W?×?H?×?D)	80 × 62 × 120 mm
Weight	≈ 270g
Standards	MIL STD 461 E/F/G, DO 160G Sec. 17

Installation & Usage

Placement: Connect one CAP 10 µF capacitor between the DUT side terminals of two NNBM 8124 LISNs, per DO 160G Figure 17.2.
Single Phase/DC: 1x needed; L-N / Pos - Neg
3-Phase: 3x are needed; One needed for each L_x to N, if no N; one is used between each L_x
Connection: Use 4 mm safety laboratory leads (Optional). A-EMC PC-SB-OP-1M 12AWG wire with Safety Banana Plugs to open end 1m long 2 Black, 2 Red
Compliance Check: Verify that neither the LISN nor the CAP 10 µF exceeds its rated voltage/current limits under test conditions.