Huntron, Inc. In-Circuit Tester 2800S Tracker

Description
The 2800 series of Huntron Tracker are designed to complement conventional test instrumentsin the debug and troubleshooting process. Using the proven power-off test method known as Tracker Signature Analysis it eliminates the risk of further circuit damage, which often occurs when power is applied. The Huntron Trackers are suited for todays mixed signal circuit cards where Analog and Digital are mixed together. The Tracker 2800's features variable range parameters resulting in over 100 combinations of voltage, source resistance and frequency. The 2800 series is a great off-line support tool for the automated Huntron Access Prober diagnostic systems. The Tracker works by applying a current-limited AC signal across two points of a component. The current flow causes a vertical signature deflection, while the applied voltage causes a horizontal deflection. Together they form a unique V/I signature that represents the overall health of the device under test. Analyzing the signature can quickly determine whether the component is good, bad, or marginal
Description
The 2800 series of Huntron Tracker are designed to complement conventional test instrumentsin the debug and troubleshooting process. Using the proven power-off test method known as Tracker Signature Analysis it eliminates the risk of further circuit damage, which often occurs when power is applied. The Huntron Trackers are suited for todays mixed signal circuit cards where Analog and Digital are mixed together. The Tracker 2800's features variable range parameters resulting in over 100 combinations of voltage, source resistance and frequency. The 2800 series is a great off-line support tool for the automated Huntron Access Prober diagnostic systems. The Tracker works by applying a current-limited AC signal across two points of a component. The current flow causes a vertical signature deflection, while the applied voltage causes a horizontal deflection. Together they form a unique V/I signature that represents the overall health of the device under test. Analyzing the signature can quickly determine whether the component is good, bad, or marginal

Suppliers

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In-Circuit Tester - 2800S Tracker - Huntron, Inc.
Mill Creek, WA, USA
In-Circuit Tester
2800S Tracker
In-Circuit Tester 2800S Tracker
The 2800 series of Huntron Tracker are designed to complement conventional test instrumentsin the debug and troubleshooting process. Using the proven power-off test method known as Tracker Signature Analysis it eliminates the risk of further circuit damage, which often occurs when power is applied. The Huntron Trackers are suited for todays mixed signal circuit cards where Analog and Digital are mixed together. The Tracker 2800's features variable range parameters resulting in over 100 combinations of voltage, source resistance and frequency. The 2800 series is a great off-line support tool for the automated Huntron Access Prober diagnostic systems. The Tracker works by applying a current-limited AC signal across two points of a component. The current flow causes a vertical signature deflection, while the applied voltage causes a horizontal deflection. Together they form a unique V/I signature that represents the overall health of the device under test. Analyzing the signature can quickly determine whether the component is good, bad, or marginal

The 2800 series of Huntron Tracker are designed to complement conventional test instrumentsin the debug and troubleshooting process. Using the proven power-off test method known as Tracker Signature Analysis it eliminates the risk of further circuit damage, which often occurs when power is applied. The Huntron Trackers are suited for todays mixed signal circuit cards where Analog and Digital are mixed together.
The Tracker 2800's features variable range parameters resulting in over 100 combinations of voltage, source resistance and frequency. The 2800 series is a great off-line support tool for the automated Huntron Access Prober diagnostic systems.
The Tracker works by applying a current-limited AC signal across two points of a component. The current flow causes a vertical signature deflection, while the applied voltage causes a horizontal deflection. Together they form a unique V/I signature that represents the overall health of the device under test. Analyzing the signature can quickly determine whether the component is good, bad, or marginal

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Technical Specifications

  Huntron, Inc.
Product Category Electronics Test Fixtures
Product Number 2800S Tracker
Product Name In-Circuit Tester
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