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Com-Power LIT-153A Transient Limiter

Manufacturer part number: LIT-153A
150kHz to 30MHz
PURCHASE
AvailableQTYPrice
New:   1
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$345.00
Used:   0
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$0.00Configurations
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Available Configurations

Key Features and Functions

The LIT-153A transient Limiter helps limit the transients when conducted EMI emissions measured using Line Impedance Stablization Network (LISN). The EMC receiver input is connected live and neutral line of the product via the LISN. The LISN blocks the supply voltage from LISN RF portt but allow the RF signal to pass without much attenuation, so that it can be measured with a EMC receiver. Because the RF signal must be passed through, any short transients (a few microseconds or less) on the power supply lines will also be passed through. Trasient limiter LIT-153A protects the EMI receiver input from these short transients A transient with high enough energy witll damage a unprotected receiver input.

  • Frequency range: 150 kHz - 30 MHz
  • 10 dB Attenuation (in-band)
  • Prevent Damage to Instrument Input from Transient Voltage Spikes
  • Act as a Band-Pass Filter to Attenuate Out-of-band Signals
  • Excellent Input/Output VSWR < 1:1.2
Frequency Range150 kHz - 30 MHz
Insertion Loss10 dB +1.5 / -0.5 dB*
Input2 Watts CW (+33 dBm) ±10 Vdc
ConnectorN type (input and output)
VSWR1.1:1
DimensionsL 3.0” (75 mm) W 1.25” (32 mm) H 1.25” (32 mm)
Description

Key Features and Functions

The LIT-153A transient Limiter helps limit the transients when conducted EMI emissions measured using Line Impedance Stablization Network (LISN). The EMC receiver input is connected live and neutral line of the product via the LISN. The LISN blocks the supply voltage from LISN RF portt but allow the RF signal to pass without much attenuation, so that it can be measured with a EMC receiver. Because the RF signal must be passed through, any short transients (a few microseconds or less) on the power supply lines will also be passed through. Trasient limiter LIT-153A protects the EMI receiver input from these short transients A transient with high enough energy witll damage a unprotected receiver input.

  • Frequency range: 150 kHz - 30 MHz
  • 10 dB Attenuation (in-band)
  • Prevent Damage to Instrument Input from Transient Voltage Spikes
  • Act as a Band-Pass Filter to Attenuate Out-of-band Signals
  • Excellent Input/Output VSWR < 1:1.2