160x155x200mm 

2:1 ratio 

200 W Maximum30Hz - 250 kHz 

100 W Maximum at15 Hz - 30 Hz 

Insulation Resistance Test - 2kV 

TEST STANDARD: CISPR 25 

5 μH // 50 Ω LISN / Artificial Network 

Small Size 80 x 80 x 120mm 

The Conformity Assessment Business Model DCS06 Test Generator has been designed to operate with its complementary injection clamp to fully meet the pulse requirements of DCS06 when tested into a 5? load. It operates from an intuitive touch screen interface and has full phase synchronization up to 800 Hz input frequency with 1-degree steps. It has been designed with future revisions of the test standard in mind. 

The Conformity Assessment Business Model DCS12 Test Generator meets all the DCS12 wave verification parameters for testing DC, single and three-phase equipment, that is source impedance and verification of damping and frequency when measured into a 10 Ω load. Output amplitude is software adjustable with permanent memory, should re-alignment be needed during calibration. 

There are three fixed outputs: 600 V, 750 V, and 2500 V 

15.9 kHz ±10 % 

10.9 kHz ±10 % 

Static Dissipation Brush is designed to meet section 7.2.4.1 of EN 61000-4-2: 2009. It is used to dissipate the charge on ungrounded equipment being tested. 

DCS05 Test Generator for DEF-STN 59-411, Switching & NEMP Levels

The Conformity Assessment Business Model DCS05 Test Generator. When coupled to its matched test clamp, the Generator produces damped oscillatory wave transients in the frequency range 500kHz to 50 MHz that meet the definition of a type 1N Generator verification requirements Defence Standard 59-411. 9 Fixed frequencies are available: 500 kHz, 1 MHz, 2 MHz, 3 MHz, 5 MHz, 10 MHz, 15 MHz, 35 MHz, and 50 MHz. 

The Conformity Assessment Business Model DCS05 Test Generator. When coupled to its matched test clamp, the Generator produces damped oscillatory wave transients in the frequency range 500kHz to 50 MHz that meet the definition of a type 1N Generator verification requirements Defence Standard 59-411. 9 Fixed frequencies are available: 500 kHz, 1 MHz, 2 MHz, 3 MHz, 5 MHz, 10 MHz, 15 MHz, 35 MHz, and 50 MHz. 

Matched test clamp for DCS05 Test Generator, the Generator produces damped oscillatory wave transients in the frequency range 500kHz to 50 MHz that meet the definition of a type 1N Generator verification requirements Defence Standard 59-411. 9 Fixed frequencies are available: 500 kHz, 1 MHz, 2 MHz, 3 MHz, 5 MHz, 10 MHz, 15 MHz, 35 MHz, and 50 MHz. 

The Conformity Assessment Business Model DCS06 Clamp is designed and tuned for optimal operation in the 100 kHz frequency range and provides efficient coupling of the Defence Standard 59-411 DCS06 pulse to the EUT at voltages up to 1 kV (single turn output) and 4 kV (4 turn output). A single turn monitor loop is provided for pulse amplitude measurement during the test. 

0.5 Ohm 1% Shunt Resistor, 200W 

used in MIL-STD, FORD, and other standards 

Low Inductance 

High Precision 

1.0 Ohm 1% Shunt Resistor, 200W 

used in MIL-STD, FORD, and other standards 

Low Inductance 

High Precision 

DO 160 Section 19 Compliance: Generates chattering relay spike trains meeting RTCA DO 160 §19.3.5 and Boeing D6-16050-4 §7.5.2 requirements. 

Adjustable High Voltage Pulses: Up to 600 V burst amplitude, 0.2–10 µs spike width, 50–1000 µs burst duration. 

Intuitive Touchscreen Interface: 7″ display for real time control of polarity, burst length, and duty cycle. 

Dual Monitor Outputs: Two 1:1 Banana ports (≥100 MHz bandwidth) for precise oscilloscope verification. 

Robust Safety Design: Shrouded banana outputs, reinforced HV wiring, earth ground lug, and IP3X enclosure. 

Compact & Portable: 235 × 180 × 140 mm, 2.3 kg—ideal for laboratory or on aircraft test environments 

The Conformity Assessment Business Model CAB1001 Surge Inrush Compensator enables users to meet the 500A inrush requirement of EN 61000-4-11 irrespective of supply impedance. 

The Surge Sense has been developed with EMC test laboratories in mind to enable a “go / no-go” verification of the surge generator output prior to test. 

The Trans Sense has been developed with EMC test laboratories in mind to enable a “go/no-go” verification of the transient generator output prior to the test. 

The VDips-Sense has been developed with EMC test laboratories in mind to enable a “go / no-go” verification of the Voltage Dip generator output prior to test. 

The ESD-Sense has been developed with EMC test laboratories in mind to enable a “go / no-go” verification of the ESD generator output prior to test. 

This is one-off design and development of the transient generator specified in JLR Specification JLR -EMC-CS v1.0 Amendment 4. It gives a good reproduction of the required CI 220 and RI 130 transients. 

This is for JLR-EMC-CS V1.0 Amendment 4 test CI 250. This provides the millisecond / sub-millisecond timing pulses over a 60 s period for each of the four required test sequences for the CI 250 immunity to ground offset test. It feeds directly into the "Trigger In" on the arbitrary waveform generator to produce the required transient trigger sequence.