Cart 0 Product Products (empty)
No products
TBD Shipping
$0.00 + Shipping Total
Product successfully added to your shopping cart
Quantity
Total
There are 0 items in your cart. There is 1 item in your cart.
Total products
Total shipping TBD
Total + Shipping
Schwarzbeck Helmholtz Coils
- Schwarzbeck Antennas
- Schwarzbeck Automotive Antennas
- Schwarzbeck Broadband Horn Antennas
- Schwarzbeck Biconical Antennas
- Schwarzbeck Logarithmic Periodic Broadband Antennas
- Schwarzbeck Stacked Log-Periodic Broadband Antennas
- Schwarzbeck Biconic Log-Periodic Antennas
- Schwarzbeck Dipole Antennas
- Schwarzbeck Rod Antennas
- Schwarbeck Antenna Baluns / Holders
- Schwarzbeck LISN Line Impedance Stabilisation Networks
- Schwarbeck Decoupling & Absorbing Clamps
- Schwarzbeck Field Probes
- Schwarzbeck Helmholtz Coils
- Schwarzbeck Antenna Masts
- Schwarzbeck Coupling/Decoupling Networks
Schwarzbeck Helmholtz Coils
Rent, buy or lease Schwarzbeck Helmholtz Coils. The EMC Shop specializes in RF and magnetic immunity and compliance testing.
Schwarzbeck Helmholtz Coils There are 20 products.
Schwarzbeck HHS 5218 Helmholtz Coils
In Stock- 0 - 100 kHz
- 20 A, 5 min. Maximum Coil Current
- 10 A continuos Nominal Coil Current
- Helmholtz Coils
Schwarzbeck HHS 5215-100 Helmholtz Coils
In Stock- 0 - 6 kHz Usable frequency range
- 10 A continuous Nominal Coil Current
- Helmholtz Coils
Schwarzbeck HHS 5215-10 Helmholtz Coils
In Stock- DC - 100 kHz Usable Frequency Range
- 20 A, 5 min. Maximum Coil Current
- 10 A continuos Nominal Coil Current
- Helmholtz Coils
Schwarzbeck HHS 5213-100 Helmholtz Coils
In Stock- 100 Number of turns (per coil)
- 15 A, 5 min Maximum coil current
- 9 A continuous Maximum coil current
- Helmholtz Coils
Schwarzbeck HHS 5210-100-2.5 Helmholtz Coils
In Stock- 0 – 10 kHz
- Helmholtz-Coils
- Designed to generate precisely defined magnetic fields
- From DC to the upper end of the audio frequency range and beyond
Schwarzbeck HHS 5210 Helmholtz Coils
In Stock- 0 - 150 kHz Usable Frequency Range
- Designed to generate precisely defined magnetic fields;
- From DC to the upper end of the audio frequency range and beyond
- Field strength can be calculated exactly by analytical (or numerical) methods;
- Based on the coils' geometry, the number of turns and the coil current
Schwarzbeck HHS 5206-8 Circular Helmholtz Coils
In Stock- DC – 800 kHz Usable Frequency Range
- Ideally suited for the calibration of magnetic field probes or sensors
- Designed to generate precisely defined magnetic fields;
- From DC to the upper end of the audio frequency range and beyond
- Fieldstrength can be calculated exactly by analytical (or numerical) methods
Schwarzbeck HHS 5206-16 Circular Helmholtz Coils
In Stock- DC – 500 kHz Usable Frequency Range
- Ideally suited for the calibration of magnetic field probes or sensors
- Designed to generate precisely defined magnetic fields;
- From DC to the upper end of the audio frequency range and beyond
- Fieldstrength can be calculated exactly by analytical (or numerical) methods
Schwarzbeck HHS 5206-132 Circular Helmholtz Coils
In Stock- DC – 30 kHz Usable Frequency Range
- Ideally suited for the calibration of magnetic field probes or sensors
- Designed to generate precisely defined magnetic fields;
- From DC to the upper end of the audio frequency range and beyond
- Fieldstrength can be calculated exactly by analytical (or numerical) methods
Schwarzbeck HHS 5204-36 Circular Helmholtz Coils
In Stock- DC – 150 kHz Usable Frequency Range
- Ideally suited for the calibration of magnetic field probes or sensors
- Designed to generate precisely defined magnetic fields;
- From DC to the upper end of the audio frequency range and beyond
- Fieldstrength can be calculated exactly by analytical (or numerical) methods
Schwarzbeck HHS 5204-12 Circular Helmholtz Coils
In Stock- DC – 500 KHz Usable Frequency Range
- Ideally suited for the calibration of magnetic field probes or sensors
- Designed to generate precisely defined magnetic fields;
- From DC to the upper end of the audio frequency range and beyond
- Fieldstrength can be calculated exactly by analytical (or numerical) methods
