The 80C05 module is optimized for testing long-wavelength (1520 to 1580 nm) telecom signals at 40 Gbps and with reference receiver filtering provided for9.953 Gbps. The 80C05, with its selectable bandwidth, lets the user choose optimal noise vs. bandwidth performance to accurately characterize the signal. With its high optical bandwidth (40 GHz), it is also well-suited for general purpose, high performance optical component testing.
Read More
The 81630B is a 970nm-1650nm -70dBm to +28dBm 2 channel optical power sensor module for the HP 8163A, 8163B, 8164A, 8164B, 8166A.
Read More
The Agilent 34946A microwave switch for the 34980A Multifunction Switch/Measure Unit offers bi-directional switching for test signals from DC to 20 GHz. These switches provide excellent insertion loss, isolation, and VSWR specification. The microwave switches are configured as two independent 1×2 (SPDT) terminated switches on a single module. For general-purpose microwave switching applications, the module can be used to switch separate signal sources for a multi-band receiver/transmitter testing application.
Read More
The Agilent 86112A provides two accurate measurement channels with user-selectable bandwidths of 12.4 or 20 GHz. The lower bandwidth mode provides excellent oscilloscope noise performance for accurate measurement of small signals. The high bandwidth mode provides high-fidelity display and measurement of very high-speed waveforms.
Read More
Keysight 34922A 70-Channel Armature Multiplexer for 34980A with 34922T Terminal Block
The HP/Agilent 34922A module for the 34980A Multifunction Switch/Measure Unit offers high density multiplexer switching in a compact size. It combines dense, multi-function switching with 100 channel/second scan rates to address a broad spectrum of data acquisition applications.
Current measurements can be accomplished with user provided shunt resistors. Standard 78-pin Dsub connectors allow for use with standard cables, terminal blocks, or mass interconnect solutions.
Read More
The Agilent 34950A module for the 34980A Multifunction Switch/Measure Unit has 64 bi-directional lines configured as eight 8-bit channels. Each 8-bit channel has programmable polarity and thresholds up to 5V. The memory is useful for simulating and capturing digital patterns up to 10 MHz. It provides configurable handshaking protocols for a wide variety of applications. In addition, the two counter/totalizer channels can be used to count events, frequency, period, duty cycle, totalize, and pulse width. Standard 78-pin Dsub connectors allow for use with standard cables, terminal blocks, or mass interconnect solutions.
Agilent 34950A 64-bit Digital I/O with Memory and Counter
Read More
The HP/Agilent 83494A single-mode clock recovery plug-in module is an integrated solution for high-speed digital transmission test. When a separate trigger source is not available, the 83494A can derive a timing reference directly from the signal under test. The 83494A can synchronize to all SONET/SDH transmission rates through 10 Gb/s with exceptional jitter performance that ensures an accurate display of the test waveform.
Unit comes with (2) 81000FI and (2) N(m) to SMA (f) Adapters
Read More
The HP/Agilent Keysight 34921A module for the 34980A Multifunction Switch/Measure Unit is the most versatile multiplexer for general purpose scanning. It has low thermal offset characteristics and a built-in thermocouple reference on the terminal block, making it ideal for temperature measurements directly to the internal DMM. The dense, multi-function switching with 100 channel/second scan rates addresses a broad spectrum of data acquisition applications.
Four additional fused inputs (44 channels total) route up to 1A of current to the internal DMM, allowing AC and DC current measurements without the need for external shunt resistors. Standard 50-pin Dsub connectors allow for use with standard cables, terminal blocks, or mass interconnect solutions.
Photo and Serial Number may be a like representation, for more detailed information please contact us prior to ordering.
Read More