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esd-electrostatic-simulator-gun-sesd-216-16-5kv

ESD electrostatic simulator gun SESD 216 16.5kV

Model: SESD 216

The ESD SESD 216 16.5kV electrostatic simulator gun is suitable for performing EMC tests on systems and systems according to IEC/EN 61000-4-2 (ESD test). Depending on the test object and test setup, two test methods will be used: exhaust and exposure. In the case of gas discharge, pulses are triggered by approaching the test object. When the contact is discharged, the test probe is placed on the test object.
  • ± 16.5 kV air / ± 10 kV contact discharge
  • Discharge impedance 150 pF / 330 ohms
  • Contact control in case of contact discharge
  • Counter operation with and without automatic polarity change.
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handheld-electrostatic-discharge-gun-esd-sesd-230-30kv

Handheld electrostatic discharge gun ESD SESD 230 30kV

Model: SESD 230 30kV

The ESD SESD 230 30kV hand-held electrostatic discharge gun is suitable for performing EMC tests on systems and systems according to IEC/EN 61000-4-2 (ESD test). Higher test levels can be set far beyond standard limits. Depending on the test object and test setup, two test methods will be used: air discharge (AIR) and contact discharge (CON).
  • 30 kV air and contact discharge
  • Discharge impedance 150 pF / 330 ohms
  • Contact control in case of contact discharge
  • Counter operation with and without automatic polarization change.
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esd-emulator-sesd-30000-30kv

ESD Emulator SESD 30000 30kV

Model: SESD 30000

The ESD SESD 30000 30kV Schlöder simulator is suitable for performing EMC tests according to IEC/EN 61000-4-2, ISO 10605 and others standards. The system's modular structure allows for more experimentation. Tested according to different standards and customer requirements. Higher test levels can be set far beyond standard limits.
  • Test against different requirements
  • Combined R(Ω) and C(pF)
  • 30 kV air and contact discharge
  • Built-in automatic charging
  • Modular design, can be combined on request
  • Capacitor and resistor module
  • Optional SESD 30 battery for battery and mains operation.
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sesd-2910-30kv-esd-test-system

SESD 2910 30kV ESD test system

Model: SESD 2910

Schlöder's SESD 2910 30kV ESD test system was developed specifically to demonstrate the immunity of electrical ignition and ignition devices (EEDs) to impulses from electrostatic discharges. The ESD simulation system SESD 2910 simulates electrostatic discharge as defined in EN 13763 of 13 March 2004 and according to VG standard VG 95378-11, May 1997. This ESD generator is also suitable for testing. testing electric ignition devices in the automotive industry - e.g. airbags.
  • EN 13763-13 - Immunity to spark ignition against electrostatic discharge
  • Test voltage 30 kV
  • Power modules from 150 pF - 5000 pF,
  • Resistor modules from 0.5 - 5000
  • Serial interface.
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burst-transmitter-sft-1400-125khz-schloder

Burst transmitter SFT 1400 125kHz Schlöder

Model: SFT 1400

The Burst SFT 1400 125kHz Schlöder transmitter simulates transient transient disturbances as defined in the IEC/EN 61000-4-4 standards. Due to the very short rise time (5ns), the individual pulses produce a wideband RF spectrum up to approximately 300 MHz. RF interference results are results.
  • Boom frequency up to 125 kHz
  • All parameters can be changed during testing
  • DIN EN 61000-4-4, April 2013
  • Single pulse to explode forever
  • 5000 pulses/second. - 500 / pack
  • Correct activation
  • Various special functions.
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burst-generator-sft-1420-2mhz

Burst generator SFT 1420 2MHz

Model: SFT 1420

The Burst SFT 1420 2MHz generator simulates transient transient disturbances according to IEC 61000-4-4 and EN 61000-4-4 standards. These disturbances are generated by the switching inductor. The individual pulses have very short rise times in the nanosecond range and thus a wideband RF spectrum up to 300 MHz, which can cause RF interference. By increasing the pulse in the burst packet, time-critical applications can be tested alongside the very precise triggering of the SFT 1420. The Burst generator also offers a range of special functions such as " Real Burst", which simulates the natural occurrence of an explosive pulse or "Noise", where contact bouncing can be simulated. The "IFM" and "DFM" (frequency rise or fall) functions are important tools for checking resonance or saturation effects in the equipment under test.
  • Boom frequency up to 2000 kHz
  • RS 232 interface
  • Single pulse to explode forever
  • Various special functions.
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