|
|
|
BCP-511
Broadband Current Probe
20 KHz - 100 MHz
This probe is capable of measuring pulse currents up to 100 amperes with a duty cycle of 0.001 and has a wide operating frequency of 20 KHz - 100 MHz. |
larger image
|
| Frequency Range: |
20 KHz - 100 MHz |
| Transfer Impedance (dBW) |
-12 to +1 |
| Max Cont. Current (Amps) |
350 |
| Connector: |
BNC-Type, Female |
| Physical Dimensions |
|
| Aperture: |
1.2" (32 mm) |
| Diameter: |
3.9" (98 mm) |
| Weight: |
1.8 lb.'s (816 grams) |
Features
- Measure conducted emissions from 20 KHz to 100 MHz
- Capable of measuring pulse currents up to 100 amperes with a duty cycle of 0.001
- Individually Calibrated (Transfer Impedance calibration included)
- High Current Capability
- Split Type Clamp-on Design
- ideal for CISPR 22 testing
|
Conducted currents can be measured without making direct contact with the
source conductor or metallic surface by means of clamp-on current probes.
The BCP-511 Current Probe is designed to permit field intensity meters, spectrum
analyzers, and other 50 ohm impedance instruments to measure quantitative magnitudes
of current. Measurements can be made on single and multi-conductor cables, ground
and bonding straps, shielded conduits and on coaxial cables.
For ease and convenience of performing conducted measurements, all of our current probes
utilize the split type clamp-on design. Small and lightweight, each Current Probe is
manufactured to exacting standards, thus insuring repeatable performance. This current
probe is capable of measuring pulse currents up to 100 amperes with a duty cycle of 0.001
and has a wide operating frequency of 20 KHz - 100 MHz.
Recommended Accessories
- CPF-530 (Current Probe Fixture)
- SAC-212 (3 meter BNC/N Cable, RG-58A/U)
More Information
To download Adobe's free Acrobat Reader software,
click the Get Acrobat Reader button below.
|
|
|
|
|
|
A.H. Systems, inc.
9710 Cozycroft Ave. • Chatsworth, CA 91311
phone: (818) 998-0223 • fax: (818) 998-6892
copyright
© 1996 - 2012 A.H.Systems, inc.
All Rights Reserved.
|
290Kb)
