The Tektronix P6700 Series optical-to-electrical (O/E) converters change optical signals into electrical signals for convenient analysis on Tektronix TDS7000/5000/3000/500/600/700 Series oscilloscopes equipped with the TEKPROBE interface, or any other oscilloscope when used with the 1103 TEKPROBE power supply. The P6700 Series O/E converters are ideal for optical source characterization in the development, manufacture or service of optical communication systems and devices. Small, conveniently packaged P6701B optical-to-electrical analog converters provide an accurate interface for optical pulse shape measurements. The high gain, large dynamic range and stable output offset of these O/E converters make them ideal for performing eye-pattern analysis and extinction measurements.
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The P6330 enables users to make time domain or frequency domain measurements on high bandwidth signals commonly found in digital IC designs, communication applications, and disk drive applications. The P6330 provides high-bandwidth, low circuit loading, and low noise differential probing solutions. The small probe head geometry and assorted probe tip accessories allow these probes to easily accommodate manual probing of surface mount devices.
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The P6248 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 (Gigabit Ethernet, IEEE-1394 Firewire and Fibre Channel). The P6248 includes accessories that allow RAMBUS via probing and IEEE-1394 interconnect access. The small probe head geometry and assorted probe tip accessories allow these probes to easily accommodate manual probing of surface mount devices while maintaining high CMRR. The P6248 are ideal for design verification of disk drive read channel electronics and timing analysis for troubleshooting ground bounce problems associated with high speed logic. They can also be used for pulse shape or cross talk compliance testing of high speed communication signals.
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The Agilent N3302A is a 150 W electronic load module for use in either the N3300A or N3301A electronic load mainframe in system applications. The N3302A load module is fast and accurate, for programming in constant current, constant voltage, or constant resistance modes, or for making voltage, current or power measurements. The N3302A can also digitize waveforms. A single GPIB address is all you need for complete control and read-back of the N3302A load module within a single N3300A or N3301A mainframe. The N3302A electronic load provides fast operation and the accurate programming and read-back needed for high-volume DC power supply test systems.
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The Agilent N2757A is a GPIB interface module for fast data transfers. If you need fast data transfers, equip your 54622A or 54622D oscilloscope with GPIB communication. Agilent offers the N2757A GPIB interface module to provide a GPIB port for your oscilloscope
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The Agilent N2261A is a GP relay module, providing 40 independent single-pole-single-throw (SPST) latching relays. Each channel can switch up to 200 V, 1 A, and 60 W or 62.5 VA. Thanks to an innovative driving circuit, 10 switching channels can be operated simultaneously, resulting in high throughput for an automatic test system. It can be operated in either SCPI mode or 3488A mode. A pair of signals can be switched together by using a pair of channels on two N2261A modules. The N2261A can be operated in single channel break-before-make (BBM) or multiple channels open/close mode. A connection terminal is not provided with the module. A screw terminal block, crimp and insert terminal block, and DIN-to-D50/25 cables are available for ease of wiring.
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The Agilent N2260A is high-density re-configurable multiplexer (MUX) module for general production test. It can be operated in either SCPI or 3488A mode. In the SCPI mode, it can be configured in any of the following ways: one 80-channel, 1-wire MUX one 40-channel , 2-wire MUX dual independent 20-channel, 2-wire MUXs one 20-channel, 4-wire MUX. A connection terminal is not provided with the N2260A module. Screw terminal block, crimp and insert terminal block, and DIN96-to-D50/25 cables are available separately for ease of wiring.
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The MP1755A in combination with the MP1756A are used to detect errors used to evaluate conformity with ITU-T standards. In addition, complicated searching for input thresholds or phase adjustments is simplified with the touch of a single key. These functions are ideally suited for the research and development of ultrahigh-speed logic ICs and digital communications.
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