LVDS POD
SKU: LVDSPOD
Specifications
| Model | Channels | Bus Triggers | Protocol Analysis |
| LA4068E | 68 | I | I |
| LA4068B | 68 | I, II | I, II |
| LA4136E | 136 | I | I |
| LA4136B | 136 | I, II | I, II |
| LVDS POD |
LVDS Probe is only for LA4000/3000 series & BusFinder series. LVDS Probe can be applied to logic signal and low voltage differential signal(LVDS) measurement.
• LA08/09 Tip: Digital signal input channel. It contains 2 LA09-tip & 1 LA08-tip for single-ended signal measurement.
• LVDS Tip: Low voltage differential signal input channel. It contains 8 pairs of differential signals in the LVDS-tip
LVDS, as a commonly used high-speed data transmission standard, requires dedicated probing tools for signal analysis and measurement. It finds extensive applications in high-speed data transmission systems, image processing, industrial automation, and other fields.
Signal Compatibility:
LVDS logic analyzer probes should exhibit good signal compatibility, capable of adapting to different types and standards of LVDS signals.
Measurement Range:
The probes should cover the typical LVDS signal range, including the general voltage range of 200 mV to 1200 mV, to ensure accurate measurements.
Excellent Common Mode Rejection Ratio (CMRR):
The probes should have excellent CMRR to reduce the impact of common mode interference on measurements, ensuring precise signal analysis.
Differential Acquisition Capability:
The probes should effectively capture LVDS differential signals, maintaining signal integrity and reducing signal distortion.
Low Interference and Noise:
The probes should possess outstanding interference resistance, minimizing external interference and noise"s impact on measurements.
Specifications are as follows:
• Threshold:NA (LVDS P/N reference)
• Input Voltage:Max=0~3.3V
• Sensitivity=100mV
• Impedance:75kohm || 3pF
• Data rate:500Mbps (Same as LA-probe)
Suporte de protocolos
80+ protocolos decodificados · 80+ com disparo por hardware
84 protocolos suportados·DDecodificação TDisparo EVValidação elétrica
| Protocolo | Decodificação | Disparo |
|---|---|---|
Nenhum protocolo corresponde à sua pesquisa.
Compare Série LA4000 Models
See how the LVDS POD compares to other models in the Série LA4000 series.
| Specification | LA4068E | LA4068B | LA4136E | LA4136B |
|---|---|---|---|---|
| Channels | 68 | 68 | 136 | 136 |
| Timing Analysis | 4 GHz | 4 GHz | 4 GHz | 4 GHz |
| State Analysis | 400 MHz | 400 MHz | 400 MHz | 400 MHz |
| Memory | 32 Gb | 32 Gb | 32 Gb | 32 Gb |
| Bus Trigger | Tier I | Tier I, II | Tier I | Tier I, II |
| Protocol Analyzer | Tier I | Tier I, II | Tier I | Tier I, II |
| Cascading | Yes | Yes | Yes | Yes |
| List Price | $8,700 | $11,000 | $12,100 | $13,800 |
Protocolos suportados
Artigos relacionados
How to Choose the Right Logic Analyzer for Your Project
A practical decision guide for selecting the right Acute logic analyzer or mixed-signal oscilloscope based on your channel count, sample rate, protocol decode, and portability requirements.
Power Sequence Validation with Acute Logic Analyzers
Learn how to validate multi-rail power-up and power-down sequences on FPGA and SoC designs using Acute logic analyzers with 16-128 channel simultaneous capture.
Getting Started with Acute Test Instruments
First-time setup guide for Acute instruments — software installation, USB connection, first capture, and basic protocol decode configuration for I2C, SPI, and UART.
Downloads
Software
Application software for BusFinder protocol analyzers, LA3000, and LA4000 logic analyzers. Windows 10/11.
Linux application for the BusFinder and LA4000 series. Separate native Linux app — currently in beta. Download the latest release from GitHub.
SDK e API
Folhas de dados
Não tem certeza de qual instrumento e adequado para sua aplicação?
Nossa equipe de engenharia pode ajuda-lo a escolher o instrumento certo para suas necessidades de protocolo, número de canais e desempenho.