PICOTEST J2100A | Feed transformer, 1 Hz - 5 MHz

Name: J2100A | Feed transformer, 1 Hz - 5 MHz
Brand: PICOTEST
SKU: J2100A
Availability: OutOfStock

Manufacturer number: J2100A

Delivery time upon request

On Request

or choose one of the following options:

Product inquiries

Picotest J2100A feed transformer 1Hz - 5MHz

1 Hz supports PFC correction (Power Factor Corrector / PFC)
5 MHz is probably sufficient for most power supply tests and control circuits
Frequency range: 23 octaves
Low distortion for high measurement accuracy
5 Ω termination for a minor influence on the control loop
Includes attenuation for measuring very small signals
Output: banana jacks
Input: BNC socket
Dimensions: 109.22 x 89.66 x 50.80 mm
Weight: 0.225 kg
Warranty: 1 year

Independant Consulting

More than 25 strong brands and exclusive partnerships.

About the brands

Services

More than instruments: Before, during and after sales.

Go to the services

Demonstration & Consulting

Sales and technical support close to you.

Start request

Documents & Downloads

Datasheet

pdf | 0.61 MB

Description

J2100A | Feed transformer, 1 Hz - 5 MHz

With this feed-in transformer, it is easy to impress an interference signal in a frequency range from 1 Hz to 5 MHz on a line to determine whether the system under test can withstand this interference or whether it starts to oscillate. It is essential that the overall system is not changed in its basic parameters by inserting this feed-in transformer. Such faults can also be impressed within the control loop. Such a test contributes to a stable and safe design, especially for modules of power supplies etc. The transformer is completely insulated, so that it can also be used without reference mass (floating), i.e. even at high voltage levels. In connection with the Bode 100 network analyzer, appropriate attenuators are required for its inputs.

The bandwidth of the feed transformer depends on the impedances of the connected measuring devices. The Bode 100 and most other network analyzers have an input impedance of the internal oscillator of 50 Ω. Provided that the optimal resistance is 5 Ω. The inserted signal is thereby significantly weakened, which is advantageous for the measurements, since it does not change the output values of the system to be tested in the basic values.