What's included
J2113A Semi-Floating Differential Amplifier - Ground Loop Breaker
J2170B High PSRR Power Adapter
1 Year Warranty
J2113A - J2102A - Comparison Plot. Measurement is of a 1mOhm resistor with the J2102 passive coaxial transformer, the J2113A Semi-Floating Differential Amplifier and no ground loop breaker.
S21, S11, and S22 plots show 3dB S21 -3dB bandwidth @ 830MHz and S22 -6dB bandwidth @ 635 MHz.
The J2113A is a solid-state Semi-Floating Amplifier (SFA), or ground loop isolator, that provides the BEST isolation for low impedance measurements. The J2113A removes the groups loops associated with VNAs and Oscilloscopes which occur in many different types of test setups. The ground loops are often subtle or hidden and can impact the measurement results dramatically if not accounted for. The J2113As frequency response, as shown below, is flat from DC to over 800MHz, all while maintaining 50Ohm impedance at both the input and the output for accurate, low-noise measurements. It allows measurement both lower and higher in frequency than achievable with a Common Mode Transformer. The J2113A supports power distribution network (PDN) measurement, component measurement, PSRR testing and many other applications.
Features
- Eliminates DC ground loop down to 1Hz
- Works up to 800MHz (-3dB)
- Supports the 2 Port Shunt Thru impedance measurement required for Power Distribution Networks (PDNs)
- Works with all types of test equipment to eliminate ground loops, such as Network Analyzers, Oscilloscopes and Spectrum Analyzers
- Popular for oscilloscopes - isolate probe grounds - J2113A is optimized for pulse response
- Perfect for component measurements
- Excellent CMMR performance
Detailed Specifications
J2113A Linearity
J2113A Linearity
Specifications | ||
Characteristic | Rating | |
Recommended Bandwidth | DC-800 MHz (-3dB), DC-700MHz (-1dB) | |
Maximum Voltage | 1.9V | |
CMRR | > 57dB | |
Temperature Range | 0-50C | |
Maximum Altitude | 6000 Ft | |
Absolute Maximum Voltage | is +/- 2V |
* Performance at -10dBm input level.
Caution: To avoid equipment damage and/or severe injuries or death ensure that the absolute maximum ratings are observed and not exceeded at all times.