JAI CV-M2 operation manual Edge Pre-select Mode, Edge Pre-select mode vertical timing

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CV-M2

6.4.2. Edge Pre-select Mode

In EPS mode, the trigger leading edge will start an exposure at the first LVAL pulse if LS=0, (or immediately if LS=1), and it stops and the resulting image is read out after the pre-selected shutter time. It can be the 10 steps in normal or 1216 steps in programmable. SM=0 or SM=1. This mode will operate with full and partial scanning.

An EEN pulse will indicate the active accumulation time, and a FVAL pulse indicates that the resulting video is read out.

To use this mode:

 

 

Set function:

Trigger mode “Edge Pre-select”

TR=1

 

LVAL synchronous accumulation

LS=0, LS=1

 

Shutter mode “Normal” or “Programmable”

SM=0, SM=1

 

“Shutter Speed”

SH=0 through 9

 

“Programmable exposure”

PE=1 through 1216

 

Scanning format

SC=0 through SC=4

 

Output select

OS=0, OS=1

 

Polarity and other functions

 

Input:

Ext. trigger to Camera Link or pin 10 on 12-pin connector.

Important notes on using this mode.

•The duration of the trigger should be >2LVAL to <3FVAL.

•If LS=0 (Synchronous accumulation), the minimum trigger interval is 1 FVAL + 3 LVAL. The new exposure should not be finish before the previous frame is read out.

•If LS=1 (Asynchronous accumulation) the minimum trigger interval is the exposure time + 3 LVAL. A new trigger must not be applied before FVAL is low.

•1LVAL = 47.9 ∝sec (single). 27.3 ∝sec (dual).

For horizontal timing refer to 6.2.3 through 6.2.6. (Fig.17. through fig. 20.) For LVAL synchronous accumulation refer to 6.2.7 and 6.2.8. (Fig. 21. fig. 22.)

Ext . Tr i g1

FVAL

LVAL

SUB

SG

Exposur e

Per i od

EEN

DATA OUT

DVAL

1214L

When t he LVAL Sync Accum. :

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Fig.24. Edge Pre-select mode vertical timing

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Contents CV-M2 Table of Contents CV-M2Standard Composition Main FeaturesGeneral Locations and Functions LocationsPin Multi-connector DC-IN/Trigger BNC connector for analogue monitor video outputDigital Output Connector for Camera Link Pin AssignmentInput and Output Circuits Monitor video outputIris video output Trigger inputCamera Signals Camera Link interfaceFunctions and Operations Basic functionsDual video output Burst triggerTrigger Exposure Video out Restart continuous trigger modePIV mode Sensor Gate Control Sensor Gate ControlDigital video out allocation Knee functionVertical timing Sensor layout and timingCCD sensor layout Horizontal timing single channel OS=0. Normal mode. Full frame 1ck = 25 nsecHorizontal timing details single channel OS=0. For all modes. Full frameHorizontal timing dual channel OS=1. Normal mode. Full frameHorizontal timing details dual channel OS=1. For all modes. Full frameLval synchronous accumulation in EPS mode Lval synchronous accumulationLval a-synchronous PWC mode there is no exposure jitter Lval a-synchronous accumulationPartial scanning vertical timing Data OUT DvalInput/Output of Timing Signals Input of Timing SignalsOutput of Timing Signals Trigger ModesOutput select OS=0, OS=1, OS=2 Polarity and other functions Continuous Operation Non triggeredScanning format Edge Pre-select Mode Edge Pre-select mode vertical timingFast dump Pulse Width Control Mode Pulse Width Control mode vertical timingBurst Trigger mode Burst Trigger modePIV mode details Sensor Gate Control single channel details This command can change the trigger polarity Other FunctionsConfiguring the Camera Mode setting SW1 on rearRS-232C/Camera Link switch Internal SwitchRS-232C control CV-M2 command list Parameter RemarksCamera Control Tool for CV-M2 Camera Control Tool main barExternal Appearance and Dimensions Specifications Spectral sensitivitySpecification table CV-M2Appendix Camera type Users Mode Settings Users ModificationsUsers Record CV-M2

CV-M2 specifications

The JAI CV-M2 is an advanced and versatile camera model designed for demanding imaging applications in industrial, scientific, and security sectors. This camera is part of JAI's robust lineup of machine vision solutions, emphasizing high performance, reliability, and adaptability in diverse environments.

One of the standout features of the CV-M2 is its high-resolution sensor. Equipped with a 5-megapixel CMOS sensor, it delivers exceptional image clarity and detail. This capability makes it suitable for applications where precision is critical, such as quality control in manufacturing or intricate research work. The sensor's design minimizes noise levels, ensuring clear images even in low-light conditions, which enhances its versatility.

The CV-M2 supports multiple frame rates, making it adaptable to various application requirements. It can achieve frame rates of up to 60 frames per second, allowing for smooth video capture and the ability to capture fast-moving subjects without motion blur. This attribute is particularly beneficial in dynamic environments like assembly lines or during scientific experiments.

Connectivity options are another highlight of the JAI CV-M2. It features a range of standard interfaces including GigE Vision and USB3 Vision, which allow for easy integration into existing systems and provide versatility for different application needs. These interfaces support long cable lengths, ensuring flexibility in camera positioning without compromising on image quality.

In terms of durability, the CV-M2 is built to withstand harsh conditions. Its robust housing is designed to protect against dust and moisture, making it a reliable choice for industrial settings where environmental factors can be a concern. This durability does not come at the expense of weight, as the compact design ensures easy installation and maneuverability.

Further enhancing its usability, the JAI CV-M2 features extensive software support, compatible with various machine vision software packages. This compatibility simplifies the integration process and allows users to leverage powerful image processing tools for real-time analysis and decision-making.

Overall, the JAI CV-M2 stands out as a reliable and high-performing camera solution. With its blend of high resolution, fast frame rates, robust connectivity, and enhanced durability, it meets the needs of a diverse range of applications, making it a valuable asset in any imaging setup. Its commitment to quality and performance continues to solidify JAI's reputation as a leader in the machine vision industry.
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