Documentation
Product Details
High-bandwidth spanning from DC to 8MHz
The IsoBand V brings forth a unique combination of high-isolation, high voltage measurement and high-bandwidth, making it a perfect choice in the industry for measuring fast transients, PWM switching, high-frequency signals, VFDs, surge voltages, sharp transitions, and more.
While keeping a bandwidth that spans from DC to 8MHz. It covers a large set of possible input ranges, from ±5V to ±2000V, which are isolated and linearly scaled to a standard ±10V output signal.
Three Way Galvanic Isolation
The IsoBand V modules provide a three-way galvanic isolation, Channel to Channel, Primary to Secondary and Signal to Power. This galvanic barrier prevents unwanted currents from flowing along the circuit and adds a level of protection as well as allows to operate grounds with different potentials.
High Input Impedance & Low Output Impedance
IsoBand V devices have a high input impedance that allows connecting them to most signal sources without a measurable impact. Also, the high input impedance increases device safety. The low output impedance makes it possible to connect to most digitizers and scopes as well as to run long wires.
High-Common Mode Rejection
The smart design of the isolation barrier is able to remove most common mode present in at the input. As a result, you get a cleaner output regardless of unwanted ground shifts or even AC components present at the input as common mode.
Surge Protection
The IsoBand V devices are designed to survive and protect other equipment against harmful voltage surges. These depend on the duration but can go as high as 20x the rated measurement range for up to 5 microseconds.
IsoBand V devices will cap the outputs to a maximum slightly higher than the output range, saturate and not go over range therefore protecting any connected Digitizer or Scope.
High Linearity
The high linearity of the IsoBand V makes possible to measure over a very wide amplitude range while preserving the nominal ratio. This high linearity associated to great stability and low offset ultimately translates as high accuracy measurements.
Frequently Asked Questions
