Teradyne Z1800-Series PRISM-Z Analog Measurement Subsystem User Manual

User guide for Teradyne's PRISM-Z analog measurement subsystem, covering installation, calibration, operation, and technical specifications for Z1800-Series…


Teradyne Z1800-Series PRISM-Z Analog Measurement Subsystem User Manual - cover page
Brand
Teradyne
Document type
User Manual
Language
English
Pages
42
File format
PDF
File size
415 KB
Published
06 November, 2026
Updated
06 November, 2026
MD5 checksum
178B563A059FAF8E9CAE2D4252D29F01

About this manual

This document serves as the user manual for the PRISM-Z Analog Measurement Subsystem, designed for in-circuit testing on Z1800-Series testers. It details the instrument’s components, including stimulus sections, measurement circuits, and operational amplifiers, and explains how to install, calibrate, and operate the system. The PRISM-Z offers improved accuracy, stability, and flexibility compared to older systems like the ATB, with features such as DSP-based processing, precision resistor decades, and software-configurable blocks.

What's inside

  • Introduction
  • The PRISM-Z Instrument
  • Stimulus Section
  • Output Impedance A and B
  • Measure Circuit
  • High Volt Amplifier
  • Measurement Operational Amplifier (MOA)
  • Backplane Soft Connect
  • Digital Section
  • Installing the PRISM-Z in the Card Cage

Specifications

Stimulus Frequency Range12.5Hz to 20kHz
ADC Sampling Rate100kHz

Frequently asked questions

What is the PRISM-Z used for?

It is an analog measurement subsystem for in-circuit testers, designed to accurately measure values and circuit configurations on modern products.

Which testers support the PRISM-Z?

It is standard on new Z1888 systems and supported as an upgrade for Z1805-1, Z1808, Z1840, Z1860, Z1880-1, Z1880-2, and Z1890 testers.

What are the key improvements of the PRISM-Z over older systems?

It offers improved throughput, accuracy, stability, range, and flexibility compared to previous systems like the ATB.

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