TestEquity
TekBox
TekBox

TekBox DC-LISN-Combo1 Line Impedance Stabilization Network Combo1, 100kHz - 110MHz, 10 A

Our Part #20000218

Mfr Part #DC-LISN-Combo1

TekBox DC-LISN-Combo1
TekBox
TekBox

TekBox DC-LISN-Combo1 Line Impedance Stabilization Network Combo1, 100kHz - 110MHz, 10 A

Our Part #20000218

Mfr Part #DC-LISN-Combo1

$699.00EACH

DC-LISN-Combo1 Line Impedance Stabilization Network Combo

TBOH01

  • 5µH DC Line Impedance Stabilization Network LISN
  • Frequency range: 100kHz - 110MHz
  • DC Resistance: 40 m Ohms
  • Maximum current: 10A
  • Nominal operating voltage range: 0 - 75V DC
  • Absolute maximum rating: 200V
  • Built in surge protection

TBLM01

  • Frequency range: 30 kHz - 110 MHz
  • Maximum RF level at any BNC port: 27dBm
  • Maximum DC current at any BNC port: 30 mA
  • Splits the conducted noise signal into its common mode and differential mode components with each signal component available at a separate BNC port

A Line Impedance Stabilization Network is a coupling device to measure conducted noise present on supply lines with a measurement receiver or spectrum analyzer. It establishes a defined impedance setup for the measurement, independent of the impedance of the power source.

The TBOH01 5µH LISN is a device required to setup conducted noise measurements of DC-powered devices. It is designed to be used for EMC pre-testing in the frequency range of 150kHz to 110 MHz according to the CISPR 25 standard.

The LISN is inserted into the supply line of the DUT (Device Under Test). Conducted noise which is present at the supply terminals of the DUT can be measured at the BNC connector using a spectrum analyzer or a measurement receiver. The source (supply) terminal and the DUT terminal are decoupled by a 5µH inductor

In the Box:

  • 2 TBOH01
  • 1 TBLM01
  • 1 BNC Termination
  • 1x N-Male to BNC-Male 75 cm RG58
  • 2x BNC-Male to BNC-Male 35 cm RG223

Brand: TekBox
Includes: 2 TBOH01; 1 TBLM01; 1 BNC Termination; 1x N(m) to BNC(m) 75 cm RG58; 2x BNC(m) to BNC(m) 35 cm RG223
$699.00EACH