Cord Power
Qty: 1Ground Lead (Pack of 5)
Qty: 1Grabber Kit (Set Of 20)
Qty: 1Adapter Barrel BNC(f) - BNC(f)
Qty: 1Probe N2873A
Qty: 4Accessory Pouch
Qty: 1Mouse Optical
Qty: 1Keyboard Mini USB
Qty: 1Cover Front Protection
Qty: 1Cable Calibration 50 Ohm BNC(m) - BNC(m)
Qty: 1Cable MSO
Qty: 1Adapter Probe Tip - BNC Purple
Qty: 1Flying Lead Kit 17-Channel
Qty: 1Includes 200 Mpts/CH Memory
Cord Power
Qty: 1Ground Lead (Pack of 5)
Qty: 1Grabber Kit (Set Of 20)
Qty: 1Adapter Barrel BNC(f) - BNC(f)
Qty: 1Probe N2873A
Qty: 4Accessory Pouch
Qty: 1Mouse Optical
Qty: 1Keyboard Mini USB
Qty: 1Cover Front Protection
Qty: 1Cable Calibration 50 Ohm BNC(m) - BNC(m)
Qty: 1Cable MSO
Qty: 1Adapter Probe Tip - BNC Purple
Qty: 1Flying Lead Kit 17-Channel
Qty: 1Ethernet Tx Compliance Software (Ethernet, EEE)
Adapter Barrel BNC(f) - BNC(f)
Qty: 1Adapter Probe Tip - BNC Purple
Qty: 1Cord Power
Qty: 1Grabber Kit (Set Of 20)
Qty: 1Cable Calibration 50 Ohm BNC(m) - BNC(m)
Qty: 1Cable MSO
Qty: 1Accessory Pouch
Qty: 1Cover Front Protection
Qty: 1Ground Lead (Pack of 5)
Qty: 1Flying Lead Kit 17-Channel
Qty: 1Probe N2873A
Qty: 4Keyboard Mini USB
Qty: 1Mouse Optical
Qty: 1Includes 400 Mpts/CH Memory
Adapter Barrel BNC(f) - BNC(f)
Qty: 1Adapter Probe Tip - BNC Purple
Qty: 1Cord Power
Qty: 1Grabber Kit (Set Of 20)
Qty: 1Cable Calibration 50 Ohm BNC(m) - BNC(m)
Qty: 1Cable MSO
Qty: 1Accessory Pouch
Qty: 1Cover Front Protection
Qty: 1Ground Lead (Pack of 5)
Qty: 1Flying Lead Kit 17-Channel
Qty: 1Probe N2873A
Qty: 4Keyboard Mini USB
Qty: 1Mouse Optical
Qty: 1Content is AI-generated. Verify critical details with manufacturer-provided resources.
The MSOS404A offers 4 GHz analog bandwidth with a maximum sample rate of 20 GSa/s when using two channels, or 10 GSa/s across all four channels. This Infiniium S-Series oscilloscope provides excellent performance for capturing high-speed signals while maintaining the signal integrity needed for accurate measurements.
The MSOS404A includes 16 digital channels in addition to four analog channels, making it a true mixed signal oscilloscope. The digital channels operate at 2 GSa/s with 128 Mpts of standard memory depth, allowing you to capture control signals, evaluate data buses up to 16 bits wide, and trigger across up to 20 channels simultaneously.
The MSOS404A comes standard with 800 Mpts per channel when using two channels, or 400 Mpts per channel when operating all four channels. This deep memory allows you to capture long time periods while retaining fast sample rates, and the responsive architecture ensures quick update rates even with deep memory enabled.
The MSOS404A features a 10-bit ADC with a maximum sample rate of 20 GSa/s interleaved across two channels, or 10 GSa/s across all four channels. This provides four times more vertical resolution than 8-bit oscilloscopes and supports vertical scaling as low as 2 mV/div in hardware. The high-resolution ADC works with the low-noise front end to deliver up to 16 bits of resolution in high-res mode.
Yes, the MSOS404A supports user-installed bandwidth upgrades to higher models including 6 GHz and 8 GHz configurations. The front end incorporates a 130 nm BiCMOS IC with user-selectable analog filters that enable instant bandwidth upgrades via software license, protecting your investment as your measurement needs grow.
The MSOS404A achieves an exceptionally low noise floor of only 90 uV at 1 mV/div with 1 GHz bandwidth. This industry-leading low noise front end is critical for viewing small signal details accurately and contributes to system ENOB values in excess of 8, delivering superior signal integrity for precision measurements.
Yes, the MSOS404A supports protocol decode and triggering for dozens of serial buses including I2C, SPI, RS-232, USB 2.0, USB 3.0, CAN, LIN, FlexRay, PCIe, and many MIPI protocols. The digital channels can be used for protocol analysis, and optional software packages provide decode, trigger, and compliance testing capabilities for various standards.
The MSOS404A features best-in-industry intrinsic jitter of 100 fs typical, ensuring the lowest possible contribution to jitter measurements from the oscilloscope itself. Combined with time scale accuracy of 12 ppb after calibration, this superior time base architecture enables precise jitter characterization and accurate deep memory measurements for high-speed system reliability validation.