For full functionality of this site it is necessary to enable JavaScript.
EMIN.VN
0

Picotest P2105A probe: Outstanding features and practical applications

2023년 04월 27일 08시 56분 58초

The Picotest P2105A probe is a high-quality measuring device, designed to measure electronic parameters in a wide range of practical applications. With high accuracy and resolution, the P2105A probe can measure parameters such as voltage, current, impedance and capacitance.

The Picotest P2105A probe is a high quality measuring instrument designed to measure electronic parameters in a wide range of practical applications. With high accuracy and resolution, the P2105A probe can measure parameters such as voltage, current, impedance and capacitance. To better understand the features and uses of this electronic component, please refer to this article with EMIN!

Đầu dò Picotest P2105A

Picotest P2105A probe - probe ‘‘Browser’’’

The Picotest P2105A probe is a 50 ohm single-port line TDR probe designed specifically for TDT/TDR applications. Featuring a 1-port reflector method, the P2105A supports a wide variety of measurements including impedance, ripple, noise, PCB power rails, VRM, and clock vibration. With its low inductance, this probe minimizes space constraints on dense PCBs and eliminates the need for additional SMA connections or other test points.


The P2105A is known as the 'browser' probe because of its ability to move easily and quickly from one point to another simply by resetting the probe points. This simplifies repeatable measurements, especially when there are multiple rails to evaluate and insufficient time or PCB iterations to provide a checkpoint implementation for each rail.


The P2105A comes in a variety of fixed pin steps (20, 31, 40, 50, 60, 70 or 100 mil spacing with 1X attenuation; GSG SMA and custom pitch are also available), making it compatible with all all 50 ohm devices, including the J2154A PerfectPulse TDR, vector network analyzer (VNA), oscilloscope and spectrum analyzer. The P2105A probe is also designed to work with a traditional single-ended TDR setup.

Outstanding features of the Picotest P2105A . probe

Đầu dò Picotest P2105A

  • 15GHz single-head precision high-bandwidth probe for all Time Domain Reflectometry (TDR) applications

  • Compatible with Picotest J2154A PerfectPulse TDR

  • Fixed throws available: 20, 31, 40, 50, 60, 70, 100 million or GSG SMA

  • Custom pitch spacing available

  • Compatible with all 50 ohm . instruments

  • Spring feet for easy landing

  • Short pins and integrated but detachable PDN cable for low coupling and optimal shielding

  • Handheld browser style for easy exploration and iteration; Handle design fits most probe holders

  • Slim low profile housing for comfort and visibility

Applications

  • Low Cost PCB Coupon Tester - Characteristic Impedance PCB Trace

  • Measure voltage ripple and noise

  • Measure PCB trace length, characteristic impedance and dielectric constant

  • Locate and detect impedance mismatches

  • Measure parasitic values ​​of inductance and capacitance such as link wires, vias and ESL

  • Measure PCB trace path rise/fall time and over/under correction

  • Support loss-of-trace and cable models

Conclude:

This is a convenient and precise probe product for PCB TDR applications. With easy movement between test points and low inductance, the P2105A minimizes space constraints on dense PCBs and optimizes PCB rail analysis and evaluation. This product is also compatible with a variety of measuring instruments and is designed to work with a traditional single-ended TDR setup, saving time and improving measurement efficiency. All in all, the Picotest P2105A Probe is a product worth considering for use in TDR applications on PCBs.


Above are all the shares of the ad about the Picotest P2105A probe, hope that this article will help you in your work and how to use this electronic component. If you have any questions please feel free to contact Fanpage or Website to get it resolved as soon as possible


관련 뉴스

INVITATION: KEYSIGHT BOOTH AT INTELLIGENT ASIA HANOI 2026
2026년 06월 26일 11시 50분 23초

Intelligent Asia Hanoi 2026 will take place at the National Exhibition Center (VEC) in Dong Anh from July 1 to 4, 2026. Although a newcomer to the specialized exhibition circuit, the event has already established its standing by bringing together hundreds of leading enterprises from the electronics and smart manufacturing sectors. It serves as a vital bridge, enabling manufacturers to meet, negotiate, and access the latest technological solutions

Realizing a High-Performance RF System: The Combination of MATLAB and Tabor Proteus
2026년 06월 26일 10시 32분 59초

Bridging the gap between theoretical simulation and actual hardware implementation remains the greatest challenge in advanced engineering projects. In fields such as radar, 5G/6G, and quantum computing, a lack of synchronization between the design environment and operational hardware often prolongs development timelines

Downtime Doesn't Strike Suddenly: Many Factories Lose Hundreds of Hours of Production by Overlooking Subtle Warning Signs
2026년 06월 25일 14시 15분 17초

For many factories, downtime is often viewed as an unexpected event that strikes during a production shift. In reality, however, the situation is different. Before a motor fails, a variable frequency drive (VFD) reports an error, or a production line requires an emergency stop, the equipment typically emits multiple warning signals—such as abnormal temperature rises, excessive vibration, degraded power quality, or unstable communication performance. These indicators can persist for days or even months before an actual breakdown occurs

Micsig MOIP Series: Comprehensive testing solution for high-power three-phase inverters
2026년 06월 22일 11시 36분 21초

The widespread adoption of wideband semiconductor components such as SiC and GaN in photovoltaic inverters, motor drives, and automotive charging systems has driven the switching frequency and power density of three-phase inverters to unprecedented levels. However, this development has also brought with it severe measurement challenges: high voltages, intense electromagnetic interference, and the requirement for ultra-fast switching signal capture at the nanosecond scale

혜택 소식 받아보기

대량 할인, 도매 가격 업데이트 및 신제품 소식을 이메일로 받아보세요.

구독하면 당사의 서비스 이용약관개인정보 처리방침에 동의하는 것으로 간주됩니다.

빠른 지원

인증된 전문가에게 직접 연결