Flyers
If you design, develop, validate and manufacture connected medical devices, you need to balance efficacy, safety and time to market. These devices are complex to develop and produce and the market is highly scrutinized and regulated by FDA, EMA and other governing bodies. Keysight offers accurate and reliable test and measurement solutions for the entire connected medical device product lifecycle. Here are the Keysight solutions we have for you, as you work on these design and test phases for your new medical device.
Product Development and Design Validation
Test important sensors within the device, manage power and characterize your device.
Task |
Product |
Benefits |
Sensors simulation |
Arbitrary waveform generator |
• Simulate sensor behavior to verify, tune and test your device • Vary signals from a single pulse, a burst of pulses, or a steady pulse train with high bandwidth up to 100 MHz and fast edge times down to 2.9 ns to simulate physiological conditions |
Optimize battery life |
Battery and power management: N6705C DC power analyzer, N6781A SMU, X8712A, CX3300 |
• Perform run-down tests for battery-powered devices requiring up to 3A of current • Do current drain or event-based power analysis • Emulate battery • Measure the current waveform from a low sleep current (< 1 mA) to a high-current active mode without missing any signals |
Verify performance of components |
Network analyzer: E5080B ENA vector, E5061B |
• Measure S-parameter of filters, amplifiers, antennas and low frequency power-line EMI filters without using external test sets • Perform high impedance probing measurements |
Signal Integrity and Systems Verification
Task |
Product |
Benefits |
Uncover design issues e.g. power and signal integrity before prototyping with simulation |
PathWave Advanced Design System (ADS) high speed digital design software |
• Avoid costly rework by discovering and solving signal integrity issues (delays, ringing, crosstalk, electromagnetic interference…) and power integrity issue (system noise) early |
Analyze and perform power integrity measurements |
InfiniiVision X-Series oscilloscopes and S-Series oscilloscopes with power rail probe (N7020A) |
• Measure periodic and random disturbances (PARD), static and dynamic load response, and similar power integrity (PI) measurements • Provides mV sensitivity for noise, ripple and transients on DC power rail measurements • Find the high-speed transients that can have detrimental effects on clocks and digital data |
Solve signal integrity issues |
ENA vector network analyzer: E5080B, E5061B |
• Measure insertion loss, attenuation, reflections, crosstalk, delay, and differential to common mode conversion |
RF Design
Design and test wireless hardware of the device.
Task |
Product |
Benefits |
Characterize the device and system level RF performance |
IOT8700 Series wireless test solution |
• Perform over-the-air signaling test of end-device, including the antenna |
Test all the necessary standards, and support the addition of new standards as they emerge |
X-Series signal analyzers + signal generators |
• Accurately produce and analyze wireless signals and perform advanced receiver testing with the latest standards • Achieve faster throughput and greater manufacturing uptime |
Test multi-format devices |
E6640A wireless test set |
• Maximize production throughput and yield with the speed, accuracy and port density |
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