HP - Agilent - Keysight 1145A Dual Active Probe, 750 MHz 2-Channel 10:1

Description

Used, HP 1145A 750 MHz 2 Channel 10:1 Active Probe Only No Clips/Probe tips Or Other Accessories. Buyer Agrees All Sales Final No Returns
Unit was in used in my shop paired with a 54542C-002 until fall of 2020 when scope was sold. item Been in stored in a sealed antistatic shielded bag in tool box since.
This probe will require a optional HP Keysight 1142A external power supply to work with most scopes. Please verify your scope is compatible before buying.
Item Ships Out The Same Day if Ordered My 11:45AM Pacific Time
Shipping Will Be Full value Insured Delivery Via Choice of USPS Priority Mail, UPS or Fedex
2 channels per assembly
dc to 750 MHz probe bandwidth
10X attenuation
The HP Keysight 1145A active probe for surface mount devices, provides an easy, lightweight, reliable connection to SMDs on PC boards and backplanes while delivering active probe performance down to the tip. Its unique design also presents a powerful combination of industry standard compatibility and superior reliability. The probes basic contact is a standard 25 mil square pin socket that houses passive circuitry. The active circuitry is contained in a plastic pod 13 inches from the tip. This design ensures a small, lightweight and rugged tip.
2 channels per assembly
dc to 750 MHz probe bandwidth
10X attenuation
Powered directly by Keysight 54520, Keysight 54522, Keysight 54540, and Keysight 54542 oscilloscopes
Use the optional Keysight 1142A external power supply with any other instrument with 50-ohm input such as 3000, 5000, 6000 (300MHz-1GHz), 7000, 8000, 80000, 9000, and 90000 Series oscilloscopes.
Specifications
Bandwidth
1
≥
750 MHz
Rise Time
1,2
≤
470 ps
Attenuation
3
10:1 ±3%
Input Resistance
1 M
Ω
, ±2%
Maximum Input Voltage
±40 V (dc + peak ac)
Characteristics
Input Capacitance
2 pF (typical)
Overshoot and Ringing
Less than
±
10% for the first 6 ns,
±
4% from 6 ns to
20 μs
, ±
1.5% thereafter.
Output Voltage Offset Error at output
Less than
±
1 mV
Input Dynamic Range
0 to
±
6.0 V
Output Load Requirement
50
Ω