Preamplificator antena banda larga 50..5000 MHz MTS MTV-50-5000

• Frequency Range: 60MHz - 6000 MHz (effective use 20 MHz - 6000 MHz)
• Type: EMC Wideband Antenna, hybrid
• Gain: 8 dBi typ.
• Power: 500 W CW (1000 W peak)

 

• Frequency Range: 9 kHz - 30 MHz
• Type: Active Magnetical Loop, hand-guided

 

• Frequency ranges: 200..800 ~ 2900..4000 MHz
• Max. attenuation: 65..93 dB
• Input power max.: +26 dB
• Control: RS-232, IEEE488, LAN and manual control

 

• Highest quality materials for extended life time and high test appearance
• Economical solution for very high RF shielding levels and reproducible test scenarios to avoid time-consuming and expensive tests at EMC laboratories
• Usable for frequencies between 500 MHz to 6000 MHz, such as GSM / DCS / DECT / UMTS / RFID / ZigBee / Bluetooth / WLAN etc.
• Interior reflections reduction by RF foamabsorber material
• Optional: Additional reflection reduction byerrite absorbers beneath the foam absorber material(= Shielding Box MSB-0022)

 

• Highest quality materials for extended life time and high test appearance
• Economical solution for very high RF shielding levels and reproducible test scenarios to avoid time-consuming and expensive tests at EMC laboratories.
• Usable for frequencies between 700 MHz and 4200 MHz, such as GSM / DCS / DECT / UMTS / RFID / ZigBee / Bluetooth /WLAN etc.
• Weight optimized structure
• Inside coated with RF absorber material

 

• Frequency Range: 20..300 MHz
• Type: EMC Wideband Antenna, biconical
• Gain: 0 dBi typ.
• Power: 100 W (200 W peak)

 

• Frequency Range: 50 MHz - 5000 MHz
• Gain: 20 dB
• Output power 20 dBm

• Frequency Range: 9 kHz - 30 MHz
• Type: Transmitting Loop Antenna
• Power: 30 W continously, 100 W for short periods (with external dummy-load)

 

• LISN according to CISPR, EN, VDE, ANSI
• Frequency range 9 kHz to 30 MHz
• International style (G, GB, F, I, CH, USA)
• Air-core coil
• Small insertion loss
• Operating voltage switchable (115/ 230V)
• Permanent current up to 2x 16A
• Calibrated according to CISPR 16-1:1999

 

• Time and cost saving through fast failure search with real RF signals instead of simulations
• Less error rate in test cases compared with software simulations
• Independency from RF-radiation of the environment
• Repeatable results
• Ideal working due to customized configuration
• Easy operation by manual control or by graphic user interface