SIGLENT TECHNOLOGIES SAP2500D, User Manual

Page 1: ...SAP2500D Differential Probe User Manual EN01A...

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Page 3: ...4 1 4 CLEANING 4 1 5 ABNORMALITIES 4 2 FIRST STEPS 6 2 1 DELIVERY CHECKLIST 6 2 2 FUNCTIONAL CHECK 6 2 3 QUALITY ASSURANCE 8 2 4 MAINTENANCE AGREEMENT 8 3 MECHANICAL DIMENSION 9 4 ACCESSORIES 10 5 PR...

Page 4: ...ating this accessory is the responsibility of the assembler of the system Connect and disconnect properly Connect the probe to the measurement instrument before connecting the test leads to a circuit...

Page 5: ...nt it is connected to Attend to the accompanying information to protect against personal injury or damage Do not proceed until conditions are fully understood and met 1 2 Operating Environment The acc...

Page 6: ...ervice 1 4 Cleaning The exterior of the probe and cable should be cleaned using a soft cloth moistened with water The use of abrasive agents strong detergents or other solvents may damage the probe Al...

Page 7: ...connect the probe from the oscilloscope To use the probe correctly all instructions and markings should be read carefully WARNING Using the probe in a manner not specified by the manufacturer may dama...

Page 8: ...service center or distributor as soon as possible If you fail to contact us immediately in case of omission or damage we will not be responsible for replacement Figure 1 SAP2500D Differential Probe 2...

Page 9: ...d attenuation ratio 4 Select the channel to which the probe is connected Set the oscilloscope scale factor to 1 V div Set the oscilloscope offset factor to 0 V 5 Measure the average voltage of channel...

Page 10: ...ure caused by any of the following a Attempted repairs or installations by personnel other than SIGLENT b Connection to incompatible devices incorrect connection c For any damage or malfunction caused...

Page 11: ...ser Manual 9 3 Mechanical Dimension Characteristic Description SAPBus interface box 115 0 mm 38 9 mm 24 5 mm Probe head 100 0 mm x 12 0 mm x 10 0 mm Tip Pitch 2 54mm Cable length 1 3 m from the probe...

Page 12: ...2 74 70 12 003 5 pcs Pogo Tip 2 74 70 12 004 5 pcs Swivel Tip 2 74 70 10 018 2 pcs Tip Saver 2 74 70 10 019 2 pcs Y Lead Adapter 2 52 42 11 026 2 pcs Right Angle Pin Lead 5 cm 2 52 42 11 016 1 pcs St...

Page 13: ...socket Pogo Tip Part Number 2 74 70 12 004 The pogo tip provides z axis compliance The tip can fit into a socket or via and onto an IC leg Swivel Tip Part Number 2 74 70 10 018 The swivel tip adapter...

Page 14: ...2 52 42 11 017 12 cm 2 52 42 11 019 These leads have a socket on one end and a square pin on the other to connect to the input or ground socket of the probe body and may be used for general purpose p...

Page 15: ...ttached to either socket of the probe head Solder in Lead Part Number 2 52 42 11 027 This lead is designed to be soldered directly to the test points for a secure connection A damping 56 2 resistor is...

Page 16: ...always following anti static procedures wear wrist strap etc when using or handling the probe 5 1 Connecting the Probe to an Oscilloscope The SAP2500D differential probes have been designed for use wi...

Page 17: ...one of the available accessories makes the SAP2500D probe with its small profile and low mass head ideally suited for applications in dense circuitry The amplifier inside the probe has a limited linea...

Page 18: ...he SAPBus interface the SAP2500D becomes an integral part of the oscilloscope measurement circuit The probe can be controlled from the oscilloscope s front panel The oscilloscope provides power to the...

Page 19: ...in a thermally stable environment and the probe and oscilloscope should be warmed up for at least 20 minutes Warranted characteristics Characteristics SAP2500D Bandwidth probe only 2 5 GHz Bandwidth...

Page 20: ...18 SAP2500D Differential Probe User Manual Figure 3 Typical system frequency response of the SAP2500D and an SDS6204A...

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