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Differential Probe With < 1.0 Ghz Bandwidth

Supplier : Tektronix (india) Private Limited.

Key Features of Differential Probe With < 1.0 Ghz Bandwidth
  • Low Input Capacitance: &lt;1 pF Differential
  • Probe Input Connector: Two Standard 0.025 in./0.63 mm [0.1 in. center] Square Pin Receptacle [Female]
  • Electrostatic Discharge Tolerant [IEC 801-2]
  • Connects to TEKPROBE&trade; BNC Interface on TDS Series Oscilloscopes or Other Instruments Using 1103 TEKPROBE &reg;Power Supply
  • For Use with Oscilloscopes, Spectrum or Network Analyzers
  • &gt;60 dB [1000:1] Common Mode Rejection Ratio [CMRR]
  • Small Probe Head Allows Easy Probing of SMDs
  • Communications [Gigabit Ethernet, IEEE-1394, Fibre Channel]
  • Semiconductor Characterization [RAMBUS]
  • Disk Drive Read Channel Design
  • Communication Pulse Shape Compliance
  • Jitter, Cross-Talk, BERT Measurements
  • Location of Ground Bounce
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Product Profile of Differential Probe With < 1.0 Ghz Bandwidth
Tektronix [India] Private Limited supplies Differential Probe with < 1.0 GHz Bandwidth. The products of Tektronix [India] Private Limited are manufactured according to ISO 9001 certification. The Differential Probe with < 1.0 GHz Bandwidth enable users to make time domain or frequency domain measurements on high bandwidth signals commonly found in disk drive, digital IC design [RAMBUS] and communication applications.

Key Features of Differential Probe With < 1.0 Ghz Bandwidth
  • Low Input Capacitance: &lt;1 pF Differential
  • Probe Input Connector: Two Standard 0.025 in./0.63 mm [0.1 in. center] Square Pin Receptacle [Female]
  • Electrostatic Discharge Tolerant [IEC 801-2]
  • Connects to TEKPROBE&trade; BNC Interface on TDS Series Oscilloscopes or Other Instruments Using 1103 TEKPROBE &reg;Power Supply
  • For Use with Oscilloscopes, Spectrum or Network Analyzers
  • &gt;60 dB [1000:1] Common Mode Rejection Ratio [CMRR]
  • Small Probe Head Allows Easy Probing of SMDs
  • Communications [Gigabit Ethernet, IEEE-1394, Fibre Channel]
  • Semiconductor Characterization [RAMBUS]
  • Disk Drive Read Channel Design
  • Communication Pulse Shape Compliance
  • Jitter, Cross-Talk, BERT Measurements
  • Location of Ground Bounce
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