BERTScope CR

We have the right products to ensure your success. Browse our new Tektronix and Keithley Product Catalog and explore our complete line of test and measurement solutions. You’ll find over 130 pages of key product details and specifications, applicat

NOMINAL IMPEDANCE: 50 ohm FREQUENCY RANGE: dc to 18.0 GHz INSERTION LOSS (between input & either output arm): 6 dB nominal, -0.2 dB, +1.2 to 10 GHz, 1.5 to 18 GHz MAXIMUM INPUT POWER: 1 watt CW, 1 kilowatt peak (5 μsec pulse width, 0.05% duty cyc

USB 3 Tx Testing ScriptHello and welcome to Tektronix! Today I’m going to walk through a USB 3 Device Transmitter Test using TekExpress.A USB 3 Transmitter test consists of acquiring the signal from a USB 3 Device and running it through various tests

In 8G mode only, some DUT’s are sensitive to the initialization routine, which involves forcing a re-lock of the DUT PLL several times to optimize the peaking measurement.The “Standard” selection uses a method that toggles the CR divider reset to cau

このアプリケーション・ノートは、アイ・ダイアグラムとは何か、その構造、アイ・ダイアグラム生成のための一般的なトリガ方法について説明します。また、アイ・ダイアグラムをスライスすることで得られるさまざまな情報についても説明します。さらに、トランスミッタ、チャンネル、レシーバ・テストの基本的な方法についても説明します。この分野に馴染のないエンジニアでも、一般的に使用される概念がわかるように書かれています。

このアプリケーション・ノートでは、BER等高線測定の概要について説明します。具体的には、BER等高線とは何か、どのように構成され、ギガビット・スピードでのパラメータ性能に有効な観測方法である理由について説明します。さらに、BERTScopeビット・エラー・レート・テスタiによるBER等高線の例についても説明します。

BSA & BA Remote Control Guide Programmer Manual

BSA & BA Remote Control Guide Programmer Manual

BSA & BA Remote Control Guide Programmer Manual

BSA & BA Remote Control Guide Programmer Manual

BSAPCI3 Instructions

Clock Recovery Instruments Quick Start User Manual

Clock Recovery Declassification & Securities Instructions

BSA & BA Remote Control Guide Programmer Manual

Part 1 of looking at clock recovery from a practical point of view with emphasis on how it affects measurements.

There are several methods of measuring PLL loop response, based on the type of test instrumentation used. As expected, the various methods trade off test accuracy, test speed (throughput), ease of use, ease of setup, and initial cost. In addition, s

This primer discusses how the dual-Dirac relates to practical measurements that can be made with sampling scopes and BER-based instruments.

Delve into jitter problems in new ways, such as examining Random Jitter on each edge of the data pattern, separating out the jitter caused by transmitter pre-emphasis, and performing jitter decomposition on long patterns such as PRBS-31.  

Key Specs and Ordering Information for BERTScope CR125A, 175A, & 286A Clock Recovery.

Comparison of DCD and F/2 Jitter.

This primers describes how jitter measurements can be self-verified using a BER-based Jitter Peak measurement and how to simplify the jitter measurement challenge by using a pattern that does not contribute pattern-dependent effects, and finally sho

Study the measurements needed to test an SFP+ transceiver to the 16G Fibre Channel standard, covering both Multi- Mode 850 nm and Single Mode 1310 nm interfaces. Included is a test and characterization example using a Single Mode 1310 nm laser SFP+

As clock recovery becomes increasingly common in more systems and test setups, its effects on measurements must be considered. Many outside influences can disturb the relationship between data and how it is clocked. By understanding the relationship

Part 2 of looking at clock recovery from a practical point of view with emphasis on how it affects measurements.

The BERTScope PC software provides for PC control of BERTScope Clock Recovery (CR125A, CR175A, CR286A) and Digital Pre-Emphasis Processor (DPP125, DPP125B) instruments that are being operated as stand-alone instruments, i.e. not connected directly to

BERTScope Clock Recovery Instrument Help File for offline use.

The BERTScope PC software provides for PC control of BERTScope Clock Recovery (CR125A, CR175A, CR286A) and Digital Pre-Emphasis Processor (DPP125, DPP125B, DPP125C)and BSAITS instruments that are being operated as stand-alone instruments, i.e. not co

The BERTScope PC software provides for PC control of BERTScope Clock Recovery (CR125A, CR175A, CR286A) and Digital Pre-Emphasis Processor (DPP125B) instruments that are being operated as stand-alone instruments, i.e. not connected directly to a BERTS

In addition to an introduction to stressed eye testing, this primer discusses some of the high-speed standards that use it, and how a receiver test using stressed eye is constructed.

While measuring the amount of jitter present on a signal is relatively straight forward conceptually; when the levels of jitter are small, amounts above a bit period (1 unit interval or UI) can be more difficult. This has practical consequences for

Six sigma is a form of mask testing that provides for critical insight when mask testing depth specification are important for pass/fail testing or deeper evaluation on high-speed signaling standards to provide a significantly more complete picture

BER-based measurements can provide a better view of the stress eye opening down at the deep BER levels that the receiver will be expected to operate at when it is tested.