High Frequency Noise Simulator

INS 400

The INS 400 high-frequency noise simulator is designed to simulate the interference generated when the relay is turned on or off as a representative of the inductive component.

Download Datasheet

Request a Quote Add to Compare Add to Quote List

Introduction

The INS 400 high-frequency noise simulator is designed to simulate the interference generated when the relay is turned on or off as a representative of the inductive component. This type of interference contains a wide spectrum (up to 2 GHz) that is coupled, reflected, resonated, and amplified by the IC through the wiring of the power line and the printed circuit board inside the device, causing equipment failure.

The device can be used to evaluate the performance of electronic equipment against transient conducted interference, and can qualitatively test the anti-radiation performance of the anti-interference performance of the electronic equipment system and the grounding performance of the system. It is one of the most practical instruments.

Features

> Floating output

> Built-in 50 Ω terminal resistor

> Manually select different pulse widths and coupling modes

> Coaxial short enables simple implementation of common-mode and differential-mode tests

> 5.7-inch colorful touch screen operation, support PC interconnection

Standards

Other Standards

NECA TR-28

Application Areas

Specification

Technical Parameters

Output Voltage	0.1 kV ~ 2 kV±10%, built-in 50 Ω terminal load
Polarity	Positive or negative
Output Impedance	50 Ω
Rise Time	＜1 ns
Pulse Width	50 ns ~ 1000 ns (adjustable 50 ns per step)
Repetition Frequency	Max. 80 Hz, (depends on the set voltage) Frequency upper limit and set voltage formula: U= -50fmax+4500
Phase Synchronization	0 ~ 359°, ±10%（only L1-L2）
EUT Capacity	AC 240 V 16 A, DC 60 V 16 A
Trigger Mode	Manual, automatic, external
Test Duration	Max. 60 s per circle

General Parameters

Accessories

Optional Accessories

1	Coupling/Decoupling Network	Model: INSN 2032 AC 380 V Three-phase five-wire system 32 A Input voltage 2,000 V
2	Coupling/Decoupling Network	Model: INSN 2050 AC 380 V Three-phase five-wire system 50 A Input voltage 2,000 V
3	Attenuator	Model: TFB 500 Output impedance: 50 Ω Attenuation ratio: 500:1 Frequency range: DC ~ 400 MHz
4	Capacitive Coupling Clamp	Model: CCC 100 Coupling capacitance: 100 pF ~ 1,000 pF DC 5 kV Insulation: ＞5 kV (1.2/50 μs) Dimension: 1,040140110 mm (NMHV connector)
5	Current Injection Clamp	Model: BCIP-400 Frequency range: 10 kHz ~ 400 MHz Inside diameter: φ40 mm
Isolation Transformer, Calibration Adapter

Standard Accessories

Test Cable, Power Cord, Fuse, Flat Grounding Wire, User Manual

Request a Quote

Interested in our products? Leave us a message, and our team will get back to you soon!

Prev: High Frequency Noise Simulator Next: High-Frequency Radiation Ring Back to list

Working Power	AC 110/220 V, 土10%, 50 Hz/60 Hz
Max. Power Consumption	300 W
Dimension	21-inch/6U rack, 450 (W)280 (H)620 (D) mm
Weight	Approx. 30 kg
Ambient Temperature	15℃ ~ 35℃
Relative Humidity	45% ~ 75% RH (no condensation)
Atmospheric Pressure	86 kPa ~ 106 kPa

High Frequency Noise Simulator INS 400

High Frequency Noise Simulator

INS 400