Related Manuals for Picotest LoadSlammer Pro 1000
Summary of Contents for Picotest LoadSlammer Pro 1000
- Page 1 LoadSlammer™ Pro User Guide User Guide for: LSP1000, LSP200, LSP40 Document 39011280 Rev 0.1...
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Page 2: Table Of Contents
Document 39011280 ONTENTS Introduction ..........................2 Overview .......................... 2 Hardware ......................... 2 2.2.1 LoadSlammer Pro 1000 ................... 2 2.2.2 LoadSlammer Pro Mini.................... 3 Operating Specifications ....................4 2.3.1 LoadSlammer Pro 40 ....................4 2.3.2 LoadSlammer Pro 200 ..................... 5 2.3.3 LoadSlammer Pro 1000 ................... -
Page 3: Introduction
In addition to the sense outputs, the onboard sampling and analysis allows for pass/fail testing all in one device. 2.2 H ARDWARE Hardware overview of the LoadSlammer Pro family. 2.2.1 LoadSlammer Pro 1000 ► Current Monitor Output ► Voltage Monitor Output ►... -
Page 4: Loadslammer Pro Mini
Document 39011280 2.2.2 LoadSlammer Pro Mini (200 & 40) ► Current Monitor Output ► Voltage Monitor Output ► Status Indication LED ► Data Connection (USB-C, USB 2.0) Included in the Box LoadSlammer Pro Mini • USB 2.0 type-A to type-C cable •... -
Page 5: Operating Specifications
Document 39011280 2.3 O PERATING PECIFICATIONS 2.3.1 LoadSlammer Pro Mini 40 Parameter Typ. Unit Timing Characteristics Rise Time 89,000 On Time Range 7.5µ 100m Off Time Range 7.5µ Load Characteristics Current Range Current Resolution Current Output Accuracy Input Voltage Rating Current Sense Output Conversion Ratio Max Current... -
Page 6: Loadslammer Pro 200
Document 39011280 2.3.2 LoadSlammer Pro Mini 200 Parameter Typ. Unit Timing Characteristics Rise Time 89,000 On Time Range 100m 7.5µ Off Time Range 7.5µ Load Characteristics Current Range Current Resolution Current Output Accuracy Input Voltage Rating Current Sense Output Conversion Ratio Max Current Current Readout Accuracy... -
Page 7: Loadslammer Pro 1000
Document 39011280 2.3.3 LoadSlammer Pro 1000 Parameter Typ. Unit Timing Characteristics Rise Time On Time Range 7.5µ 100m Off Time Range 7.5µ Load Characteristics Current Range Current Resolution Current Output Accuracy Input Voltage Rating Current Sense Output Conversion Ratio Max Current... -
Page 8: Terminology
Document 39011280 2.4 T ERMINOLOGY Slew Rate – The change in current per unit of time (di/dt). Usually discussed in amps per �� microsecond. �������� ���� = �� �������� Rise Time – The time required for a signal to rise from 10% to 90% of the steady state values. -
Page 9: Operating The Loadslammer Pro
Document 39011280 PERATING THE LAMMER 3.1 P HYSICAL ONNECTION TO 3.1.1 Placement Location Placement of the LoadSlammer Pro on the DUT (Device Under Test) is crucial. For best results, place the LoadSlammer Pro as close to the load as possible to include all the effects of the PDN. -
Page 10: Test Equipment Setup
Document 39011280 3.1.2.3 Passive Adapter Passive adapters are the best way to connect the LoadSlammer to a DUT. The adapter sits in place of a large BGA package to allow connection of the LoadSlammer on an application board. LoadSlammer offers custom passive adapter design services to provide a higher level of confidence in the test results, from design reviews to turnkey development for your application. -
Page 11: Connections To Loadslammer
LAMMER 3.2.1 USB Data Connection The LoadSlammer Pro Mini devices require only a USB 2.0 type-C connection; no external power is required. The LoadSlammer Pro 1000 requires external 24V power in addition to the USB 2.0 Mini-B connection. 3.2.2 Voltage Sense... -
Page 12: Test Modes
Document 39011280 devices’ status indicator light will turn green indicating the device is in slave mode and ready to test. The voltage measurements are taken only from the master device. 3.3 T ODES The LoadSlammer Pro family has several modes of operation and is field upgradeable to offer additional functionality. -
Page 13: Impedance
Document 39011280 3.3.3 Impedance Impedance mode applies a sinusoidal load transient and measures voltage amplitude to determine the large signal impedance. There are several ways to interpret this data. One way is to look at the amplitude response of the voltage over frequency, known as output impedance. Complementary, analyzing the spectral content at each applied frequency can inform on where the non-linarites of the system are located. -
Page 14: Change History
Document 39011280 HANGE HISTORY Revision Number Date Reason for change May 27, 2020 Initial Release 05.27.2020 LoadSlammer Pro User Guide...
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