Sistem testare EMC EMI EMS Micronix MR2300

• ME8662N dedicated to shield
• ME8662E electromagnetic anechoic box type

 

• Newest type of anechoic box with high shielding characteristics
• Optimum for mass production line needing a large opening

 

• A model equiping with automatic conveyer for mass production line.
• Outside dimensions : 922 (W) × 794 (H) × 731 (D) mm
• Inside dimensions : 801 (W) × 610 (H) × 610 (D) mm
• Weight : approx. 94kg (include automatic conveyer)
• Capable of customizing

 

• The frequency range is so wide as 300MHz to 6.6GHz
• The minimum step size of attenuation is 0.05dB
• maximum attenuation is 80dB
• GP-IB and RS-232C interface are equipped as standard accessories

 

• The electric field strength of 1, 3, 10V/m
• The malfunction of the EUT by the electromagnetic radiation can be observed
• One PC controls all of applications such as the EMI test, the EMS test, the EUT camera monitor and the electric turntable (option)

 

• These two models using the ferrite tile as the radio wave absorber are optimum for EMI test
• The compact and broadband antenna by our own development is prepared as option
• Capable of EMI test in frequency range 30MHz to 3GHz if upgraded to MR2300 system

 

• Compact size with ferrite absorber
• Optimum for EMC test, receiving sensitivity test and wireless system test for technical regulations

 

• High quality and reliability the testing and measuring instruments manufacturer offers
• Good cost-performance and short delivery time
• The electromagnetic anechoic box that covers the inside of the shield box with an radio wave absorber

 

• These are electromagnetic anechoic box using radio wave absorber of ferrite and ranging 50 to 800MHz
• Outside dimensions : 915 (W) × 650 (H) × 585 (D) mm
• Inside dimensions : 810 (W) × 506 (H) × 506 (D) mm
• Weight : type approx. 165kg
• Capable of customizing

 

• Type equipping with exhaust fan and intake
• As the temperature rise in box is suppressed, the ideal test environment is provided even during long time operation