info@picotest.com
1-877-914-7426
IMG-LOGO
Port Saver – Instrument Protection DC Block

Port Saver – Instrument Protection DC Block

KEY FEATURES:

  • Transient protection - Limited inrush surge - Surge transient tested
  • No DC Bias or AC bias effects
  • Self-charge and discharge
  • Low Noise – works with 1-port probes
  • Wide frequency range
  • Various Frequency Ranges/Clamp Voltages Available
  • Single Ended or Bi-directional Operation
  • Customizable: Input Voltage, Clamp Voltage, Frequency Range

More Information:
Probe User Manual

Questions? Don't hesitate to Contact Us

Subscribe to newsletter
Model Description Price  
P2131A Port Saver DC Blocker 500Hz - 500MHz (Works with all 50 ohm equipment, 75VDC maximum differential voltage)
$495.00
P2132A Port Saver DC Blocker (N9020A) 2Hz - 50MHz (Works with all 50 ohm equipment, 6VDC maximum differential voltage)
$495.00

P2131A - Standard

Characteristic Rating
Absolute Maximum Input Voltage +/-75V
Frequency Range 500Hz - 500MHz
Pre-charge, Dis-charge Time Constant 10s
Insertion Loss (Typical) 0.5dB
VSWR <1.3
Impedance 50 ohms
Peak Inrush Current 10.5 Amps
Peak Inrush Clamp Voltage 7.5V < 1us
Connector Type SMAK - SMAF
Working Temperature -40 -+75 C

P2132A

Characteristic Rating
Absolute Maximum Input Voltage +/-6V
Frequency Range 2Hz - 50MHz
Pre-charge, Dis-charge Time Constant 60s
Insertion Loss (Typical) 10dB
VSWR <1.3
Impedance 50 ohms
Peak Inrush Current 150m Amps
Peak Inrush Clamp Voltage 200mV < 1us
Connector Type SMAK - SMAF
Working Temperature -40 -+75 C

Note: Blue bold text indicates a Characteristic that can be customized

The Port Saver family of DC blocks incorporates new features designed to protect your most value instruments while also greatly improving performance. Port Saver includes inrush currently limiting, which together with the transient protection, limits the voltage that appears at the instrument when a DC voltage is applied. Pre-charge allows the block to charge even without a connection to the instrument, eliminating the inrush. Self-discharge allows the DC block to discharge even if it is removed from both the source and the instrument, eliminating potential damage from energy stored in the block.

Typical RF blocks are based on ceramic capacitors, which exhibit AC and DC bias effects, making it very difficult to calibrate, as well as ferro-resonant noise. Port Saver blocks do not exhibit DC or AC bias effects, resulting in greatly improved calibration and measurement accuracy and do not exhibit ferro-resonant noise, making them quieter.

Port Saver DC blocks can easily be customized for different voltages and bandwidth. Please inquire with Picotest at info@picotest.com

Port Saver – Instrument Protection DC Block

Copyright © 2022 Picotest. All rights reserved.

Loading...